1. A torque offsetting tool comprising:

a torque input receiving segment comprising at least one torque input receiving member, wherein the said torque input receiving member is adapted to unreleasably releasably receive a torque inputting means and to transfer torque, from any kind torque inputting means, to a torque offsetting segment, wherein the said torque input receiving segment and the said torque offsetting segment are mounted for pivotal movement to each other on one end of the said torque offsetting segment;

a torque offsetting segment comprising a plurality of torque offsetting mechanism members, wherein the said plurality of torque offsetting mechanism members are adapted to receive, to offset, and to transfer torque from the said torque input receiving segment to a torque output receiving segment, wherein the said torque offsetting segment and the said torque output receiving segment are mounted for pivotal movement to each other on the other end of the said torque offsetting segment; and

a torque output receiving segment comprising at least one torque output receiving member, wherein the said torque output receiving member is adapted to receive and to transfer the offset torque from the said torque offsetting segment to any kind torque outputting means the said torque output receiving segment unreleasably releasably receives, wherein the said torque output receiving segment and the said torque offsetting segment are mounted for pivotal movement to each other on the other end of the said torque offsetting segment.

2. The torque offsetting tool of claim 1 , wherein its opposite end segments comprises a mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 1.

3. The torque offsetting tool of claim 1 , wherein a mechanism for un-restrainably restraining temporarily the pivotal movement among each segments is adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism.

4. The torque offsetting tool of claim 1 , wherein a body part on any of the said segments is adapted to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

5. The torque offsetting tool of claim 1 comprising:

a torque input receiving segment, said torque input receiving segment comprising a cylindrical housing member and a cylindrical shaft member, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having bore mounted the torque input receiving segment on a torque offsetting segment for pivotal movement , said cylindrical shaft member having cylindrical torque input receiving end portion part and beveled gear end portion part, said cylindrical torque input receiving end portion part being adapted for receiving unreleasably releasably any form of torque inputting element and said beveled gear end portion part being adapted for mating and transferring the torque input to the said torque offsetting segment;

a torque offsetting segment, said torque offsetting segment comprising two pairs of oval like shaped mounting plates and a plurality of mating gears sandwiched between thrust and retaining washers received on circumferential grooves formed on rivet pins, said two pairs of oval like shaped mounting plates having plurality of bores housed and mounted said plurality of mating gears for pivotal movement on rivet pins extending across the said two pairs of oval like shaped mounting plates, out of the said plurality of mating gears, two gears adjacent to the said torque input receiving segment's and torque output receiving segment's cylindrical shaft beveled gear end portion parts having beveled gear portion part and spur gear portion part, the rest gears out of the said plurality of mating gears being spur gears, said two gears being engagable meshingly rotatable with the said cylindrical shaft members' beveled gear end portion parts by their beveled gear end portion parts and being engagable meshingly rotatable with their adjacent gears of the said rest gears by their spur gear portion parts, said - plurality of mating gears being arranged for offsetting and transferring torque to said torque output receiving segment; and a torque output receiving segment, said torque output receiving segment comprising a cylindrical housing member and a cylindrical shaft member, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said torque output receiving segment's said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having bore, received between each said pair of oval like shaped mounting plates, mounted the torque output receiving segment on the said torque offsetting segment for pivotal movement, said cylindrical shaft member having cylindrical torque output receiving portion part and beveled gear end portion part, said cylindrical torque output receiving portion part being adapted for receiving unreleasably releasably any form of torque outputting element and said beveled gear end portion part being adapted for mating and transferring the offset torque from the said torque offsetting segment.

6. The torque offsetting tool of claim 5 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its opposite end segments comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 6, wherein the cylindrical shaft members of both the torque input and output receiving segments are fully housed in their respective cylindrical housing members, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 6 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 6 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

7. The torque offsetting tool of claim 6, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each short rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part;

two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each long rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide

. internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

8. The torque offsetting tool of claim 6, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each short rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part;

two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said at least one solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each long rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

9. The torque offsetting tool of claim 6, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin mounted on the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with both said pair of strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith;

a cylindrical lock actuator rod, having circumferential groove, four elliptical cylinder recess , two universal push button head portions on its opposite ends and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet wherein the elastic member fitted urge the rod locates in a lock position; and

two pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures extending between the said radial rectangular apertures and the said strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of structures housed rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and the interior rim of the said rectangular aperture of the said hollow rivet pin, , wherein the said each rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith.

10. The torque offsetting tool of claim 6, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising two pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures are in concentric alignment with each said strut portion parts facing its mouth part to the strut portion part, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith and be in a lock position.

11. The torque offsetting tool of claim 6, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on all segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pocket on each of the said cylindrical housing part, wherein the said small rectangular pockets being in concentric alignment with the inside or outside plate of the said pair of the said two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said semi-circle shaped portion plate parts are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion plate parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion plate parts to mesh therewith and be in a lock position.

12. Torque offsetting tools of claims 1 to11 , the said tools are manual hand tools universal joints, wherein torque input receiving segments' cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segments' cylindrical shaft output receiving portion part is a magnetic universal female square or hex.

13. The torque offsetting tool of claim 5 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its torque input receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by the same type of torque offsetting tool claimed in claim 6, wherein the cylindrical shaft member of the torque input receiving segment is fully housed in its cylindrical housing member wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the threaded portion part is complementary to the threaded portion part provided on the torque output receiving segment's sliding member of same type of torque offsetting tool claimed in claim 6 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 6 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

14. The torque offsetting tool of claim 13, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion' part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each short rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part;

two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each long rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

15. The torque offsetting tool of claim 13, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each short rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part;

two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each long rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

16. The torque offsetting tool of claim 13, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring' mechanism comprises:

a hollow rivet pin mounted on the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with both said pair of strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith;

a cylindrical lock actuator rod, having circumferential groove, four elliptical cylinder recess , two universal push button head portions on its opposite ends and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet wherein the elastic member fitted urge the rod locates in a lock position; and

two pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures extending between the said radial rectangular apertures and the said strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of structures housed rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and the interior rim of the said rectangular aperture of the said hollow rivet pin, wherein the said each rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin , wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith.

17. The torque offsetting tool of claim 13, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising two pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures are in concentric alignment with each said strut portion parts facing its mouth part to the strut portion part, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith and be in a lock position.

18. The torque offsetting tool of claim 13, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on all segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pocket on each of the said cylindrical housing part, wherein the said small rectangular pockets being in concentric alignment with the inside or outside plate of the said pair of the said two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said semi-circle shaped portion plate parts are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion plate parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each, toothed semi-circle shaped portion plate parts to mesh therewith and be in a lock position.

19. Torque offsetting tools of claims 13 to18, the said tools are manual hand tools universal joints, wherein torque input receiving segments' cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segments' un-housed cylindrical shaft output receiving portion part is a universal female or male square or hex.

20. Torque offsetting tools of claims 13 to18, the said tools are power hand tools universal joints, wherein torque input receiving segments' cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segments' un-housed cylindrical shaft output receiving portion part is a universal quick releasing universal male or female square or hex.

21. The torque offsetting tool of claim 5 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

a detachabty attaching mechanism wherein its torque output receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and drive the same type of torque offsetting tool claimed in claim 6, wherein the cylindrical shaft member of the torque output receiving segment is fully housed in its cylindrical housing member, wherein the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 6 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 6 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

22. The torque offsetting tool of claim 21, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, , wherein the said each short rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part;

two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, , wherein the said each long rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

23. The torque offsetting tool of claim 21, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, , wherein the said each short rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part;

two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, , wherein the said each long rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

24. The torque offsetting tool of claim 21, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin mounted on the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with both said pair of strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith;

a cylindrical lock actuator rod, having circumferential groove, four elliptical cylinder recess , two universal push button head portions on its opposite ends and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet wherein the elastic member fitted urge the rod locates in a lock position; and

two pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures extending between the said radial rectangular apertures and the said strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of structures housed rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and the interior rim of the said rectangular aperture of the said hollow rivet pin, , wherein the said each rectangular lock bar is in concentric alignment with the said strut portion parts and the said hollow rivet pin, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith.

25. The torque offsetting tool of claim 21, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising two pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures are in concentric alignment with each said strut portion parts facing its mouth part to the strut portion part, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith and be in a lock position.

26. The torque offsetting tool of claim 21, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on all segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pocket on each of the said cylindrical housing part, wherein the said small rectangular pockets being in concentric alignment with the inside or outside plate of the said pair of the said two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said semi-circle shaped portion plate parts are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion plate parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion plate parts to mesh therewith and be in a lock position.

27. Torque offsetting tools of claims 21 to26, the said tools are manual hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal female or male square or hex and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

28. Torque offsetting tools of claims 21 to26, the said tools are power hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

29. Torque offsetting tools of claims 21 to26, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

30. Torque offsetting tools of claims 21 to26, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

31. Torque offsetting tools of claims 21 to26, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

32. Torque offsetting tools of claims 21 to26, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

33. The torque offsetting tool of claim 5 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

un-housed shaft member portion parts of the said cylindrical shaft members wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member and the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

34. The torque offsetting tool of claim 33, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part; two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

35. The torque offsetting tool of claim 33, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said hollow rivet pin mounts one of the said spur gears, adjacent to the torque input receiving segment, for pivotal movement;

at least one solid rivet pin, mounted and extended across the said two pairs of oval like shaped support mounting plates, having two radial rectangular apertures wherein each rectangular aperture is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein the said at least one solid rivet pin mounts one of the said spur gears for pivotal movement;

two short rectangular lock bars, each short rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each short rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each short rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each short rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part; two long rectangular lock bars, each long rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each long rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein the said each long rectangular lock bar extends between the said torque output receiving segment's each strut portion part and the interior rim of the two adjacent rectangular aperture of the said hollow rivet pin passing though the said solid rivet pin's each rectangular aperture, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each long rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque output receiving segment's each toothed sector strut portion part;

at least one pair of support structure, on any plate of each pair of the said two pairs of oval like shaped support mounting plates, to support each rectangular long lock bar from buckling during operation; and

a cylindrical lock actuator rod, having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

36. The torque offsetting tool of claim 33, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprises:

a hollow rivet pin mounted on the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with both said pair of strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith;

a cylindrical lock actuator rod, having circumferential groove, four elliptical cylinder recess , two universal push button head portions on its opposite ends and axially extending tooth portion, wherein the said cylindrical actuator rod is received in the said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet wherein the elastic member fitted urge the rod locates in a lock position; and

two pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures extending between the said radial rectangular apertures and the said strut portion parts, wherein the said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of structures housed rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and the interior rim of the said rectangular aperture of the said hollow rivet pin, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith.

37. The torque offsetting tool of claim 33, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising two-pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said two pairs of support structures are in concentric alignment with each said strut portion parts facing its mouth part to the strut portion part, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed sector strut portion part and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut portion part to mesh therewith and be in a lock position.

38. The torque offsetting tool of claim 33, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on all segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pocket on each of the said cylindrical housing part, wherein the said small rectangular pockets being in concentric alignment with the inside or outside plate of the said pair of the said two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said semi-circle shaped portion plate parts are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the two pairs of oval like shaped support mounting plates semi-circle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion plate parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion plate parts to mesh therewith and be in a lock position.

39. Torque offsetting tools of claims 33 to38, the said tools are manual hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are magnetic universal female or male square or hex and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

40. Torque offsetting tools of claims 33 to38, the said tools are power hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are universal quick releasing universal male or female square or hex.

41. Torque offsetting tools of claims 33 to38, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

42. Torque offsetting tools of claims 33 to38, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

43. Torque offsetting tools of claims 33 to38, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

44. Torque offsetting tools of claims 33 to38, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

45. A torque offsetting tool comprising:

a torque input receiving segment comprising at least one torque input receiving member, wherein the said torque input receiving member is adapted to releasably firmly receive and to transfer torque, from any kind torque inputting means, to an adjacent torque offsetting segment of a plurality of torque offsetting segments, wherein the said torque input receiving segment and the said adjacent torque offsetting segment are mounted for pivotal movement to each other on one end of the said adjacent torque offsetting segment;

a plurality of torque offsetting segments each comprising at least one member, wherein the said plurality of offsetting segments are mounted for pivotal movement to each other, wherein the said plurality of offsetting segments are mounted for pivotal movement by their adjacent offsetting segments to the said torque input receiving segment and to a torque output receiving segment, wherein the said at least one member of the said plurality of torque offsetting segments are adapted and arranged in a way to receive, offset, and transfer torque from the said torque input receiving segment to the said torque output receiving segment; and

a torque output receiving segment comprising at least one torque output receiving member, wherein the said torque output receiving member is adapted to receive and to transfer the offset torque from an adjacent torque offsetting segment of the said plurality of torque offsetting segments to any kind torque outputting means the said torque output receiving segment releasably firmly receives, wherein the said torque output receiving segment and the said adjacent torque offsetting segment are mounted for pivotal movement to each other on the other end of the said adjacent torque offsetting segment.

46. The torque offsetting tool of claim 45, wherein its opposite end segments comprises a mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tools claimed in claim 46.

47. The torque offsetting tool of claim 45, wherein a mechanism for unrestrainably restraining temporarily the pivotal movement among each segments is adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism.

48. The torque offsetting tool of claim 45, wherein the plurality of torque offsetting segments are shielded with strong and flexible material.

49. The torque offsetting tool of claim 45, wherein a body part on any of the said segments is adapted to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

50. The torque offsetting tool of claim 45 comprising:

a torque input receiving segment, said torque input receiving segment comprising a cylindrical housing member and a cylindrical shaft member, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having bore mounted the torque input receiving segment on a torque offsetting segment for pivotal movement , said cylindrical shaft member having cylindrical torque input receiving end portion part and beveled gear end portion part, said cylindrical torque input receiving end portion part being adapted for receiving unreleasably releasably any form of torque inputting element and said beveled gear end portion part being adapted for mating and transferring the torque input to the said torque offsetting segment;

a plurality of torque offsetting segments, said plurality of torque offsetting segments comprising plurality of link segments and plurality of main segments, each said plurality of link segments comprises a pair of oval like shaped mounting plates and at least one mating spur gear sandwiched between thrust and retaining washers received on circumferential grooves formed on rivet pins, wherein the said plurality of link segments links and mounts the said plurality of main segments for pivotal movement on their opposite ends, each said plurality link segment's pair of oval like shaped mounting plates having at least one bore housed and mounted said at least one mating spur gear for pivotal movement on rivet pin extending across the said pair of oval like shaped mounting plates, each said plurality of main segments comprising two pairs of oval like shaped mounting plates and at least one mating gear sandwiched between thrust and retaining washers received on circumferential grooves formed on rivet pins, said two pairs of oval like shaped mounting plates having at least one bore housed and mounted said at least one mating gear for pivotal movement on rivet pin extending across the said two pairs of oval like shaped mounting plates, out of the said plurality of main segments at least one mating gear, two gears adjacent to the said torque input receiving segment's and torque output receiving segment's cylindrical shaft beveled gear end portion parts having beveled gear portion part and spur gear portion part, the rest gears out of the said plurality main segments at least one mating gear being spur gears, said two gears being engagable meshingly rotatable with the said cylindrical shaft members' beveled gear end portion parts by their beveled gear end portion parts and being engagable meshingly rotatable with their adjacent gears of the said rest gears by their spur gear portion parts, said plurality of link and main segments mating gears being arranged for offsetting and transferring torque to said torque output receiving segment; and a torque output receiving segment, said torque output receiving segment comprising a cylindrical housing member and a cylindrical shaft member, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said torque output receiving segment's said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having bore, received between each said pair of oval like shaped mounting plates, mounted the torque output receiving segment on the said torque offsetting segment for pivotal movement, said cylindrical shaft member having cylindrical torque output receiving portion part and beveled gear end portion part, said cylindrical torque output receiving portion part being adapted for receiving unreleasably releasably any form of torque outputting element and said beveled gear end portion part being adapted for mating and transferring the offset torque from the said torque offsetting segment.

51. The torque offsetting tool of claim 50 further comprising:

a flexible metallic conduit or knitted wire mesh or metallic spring shield fixed across the edges of the torque input and output receiving segments shielding continuously the plurality of torque offsetting segments;

a detachably attaching mechanism wherein its opposite end segments comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 51 , wherein the cylindrical shaft members of both the torque input and output receiving segments are fully housed in their respective cylindrical housing members, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 51 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 51 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

52. The torque offsetting tool of claim 50 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its opposite end segments comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 52, wherein the cylindrical shaft members of both the torque input and output receiving segments are fully housed in their respective cylindrical housing members, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 52 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 52 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

53. The torque offsetting tool of claim 52, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semicircle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the each said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

54. The torque offsetting tool of claim 52, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semicircle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

55. The torque offsetting tool of claim 52, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted about the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with the said pair of strut portion parts and said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts, wherein the said strut portion parts and said semi-circle shaped are toothed for meshing engagement therewith;

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates; and

a plurality of pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures extending from the said radial rectangular apertures inside rim to the said toothed strut portion parts and to the said toothed semi-circle shaped plate portion parts, wherein the said each pair of structures housed a rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector strut and semi-circle shaped plate portion part to the interior rim of the said rectangular aperture of the said hollow rivet pin, wherein the said each rectangular lock bar is in concentric alignment with the said strut portion parts, semi-circle shaped plate portion parts and the said hollow rivet pin, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion part to mesh therewith.

56. The torque offsetting tool of claim 52, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising a plurality of pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures are in concentric alignment with each said strut and semi-circle shaped plate portion parts facing its mouth part to the strut and semi-circle shaped plate portion parts, wherein each said strut and semi-circle shaped plate portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector strut and semi-circle shaped plate portion part to one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion parts to mesh therewith and be in a lock position.

57. Torque offsetting tools of claims 45 to56, the said tools are manual hand tools universal joints, wherein torque input receiving segments cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segments cylindrical shaft output receiving portion part is a magnetic universal female square or hex.

58. The torque offsetting tool of claim 50 further comprising:

a flexible metallic conduit or knitted wire mesh or metallic spring shield fixed across the edges of the torque input and output receiving segments shielding continuously the plurality of torque offsetting segments;

a detachably attaching mechanism wherein its torque input receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by the same type of torque offsetting tool claimed in claim 51, wherein the cylindrical shaft member of the torque input receiving segment is fully housed in its cylindrical housing member wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the threaded portion part is complementary to the threaded portion part provided on the torque output receiving segment's sliding member of same type of torque offsetting tool claimed in claim 51 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 51 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

59. The torque offsetting tool of claim 50 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its torque input receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by the same type of torque offsetting tool claimed in claim 52, wherein the cylindrical shaft member of the torque input receiving segment is fully housed in its cylindrical housing member wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the threaded portion part is complementary to the threaded portion part provided on the torque output receiving segment's sliding member of same type of torque offsetting tool claimed in claim 52 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 52 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

60. The torque offsetting tool of claim 59, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semicircle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the each said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

61. The torque offsetting tool of claim 59, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semi- circle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

62. The torque offsetting tool of claim 59, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted about the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with the said pair of strut portion parts and said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts, wherein the said strut portion parts and said semi-circle shaped are toothed for meshing engagement therewith;

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates; and

a plurality of pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures extending from the said radial rectangular apertures inside rim to the said toothed strut portion parts and to the said toothed semi-circle shaped plate portion parts, wherein the said each pair of structures housed a rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector strut and semi-circle shaped plate portion part to the interior rim of the said rectangular aperture of the said hollow rivet pin, wherein the said each rectangular lock bar is in concentric alignment with the said strut portion parts, semi-circle shaped plate portion parts and the said hollow rivet pin, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion part to mesh therewith.

63. The torque offsetting tool of claim 59, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising a plurality of pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures are in concentric alignment with each said strut and semi-circle shaped plate portion parts facing its mouth part to the strut and semi-circle shaped plate portion parts, wherein each said strut and semi-circle shaped plate portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector strut and semi-circle shaped plate portion part to one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion parts to mesh therewith and be in a lock position.

64. Torque offsetting tools of claims 58 to63, the said tools are manual hand tools universal joints, wherein torque input receiving segment's cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segment's un-housed cylindrical shaft output receiving portion part is a universal female or male square or hex.

65. Torque offsetting tools of claims 58 to63, the said tools are power hand tools universal joints, wherein torque input receiving segment's cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segment's un-housed cylindrical shaft output receiving portion part is a universal quick releasing universal male or female square or hex.

66. The torque offsetting tool of claim 50 further comprising:

a flexible metallic conduit or knitted wire mesh or metallic spring shield fixed across the edges of the torque input and output receiving segments shielding continuously the plurality of torque offsetting segments;

a detachably attaching mechanism wherein its torque output receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and drive the same type of torque offsetting tool claimed in claim 51, wherein the cylindrical shaft member of the torque output receiving segment is fully housed in its cylindrical housing member, wherein the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 51 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 51 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

67. The torque offsetting tool of claim 50 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its torque output receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and drive the same type of torque offsetting tool claimed in claim 52, wherein the cylindrical shaft member of the torque output receiving segment is fully housed in its cylindrical housing member, wherein the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 52 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 52 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

68. The torque offsetting tool of claim 67, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semicircle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the each said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

69. The torque offsetting tool of claim 67, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semicircle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

70. The torque offsetting tool of claim 67, wherein the . mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted about the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with the said pair of strut portion parts and said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts, wherein the said strut portion parts and said semi-circle shaped are toothed for meshing engagement therewith;

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but

. unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates; and

a plurality of pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures extending from the said radial rectangular apertures inside rim to the said toothed strut portion parts and to the said toothed semi-circle shaped plate portion parts, wherein the said each pair of structures housed a rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector striit and semi-circle shaped plate portion part to the interior rim of the said rectangular aperture of the said hollow rivet pin, wherein the said each rectangular lock bar is in concentric alignment with the said strut portion parts, semi-circle shaped plate portion parts and the said hollow rivet pin, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion part to mesh therewith.

71. The torque offsetting tool of claim 67, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising a plurality of pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures are in concentric alignment with each said strut and semi-circle shaped plate portion parts facing its mouth part to the strut and semi-circle shaped plate portion parts, wherein each said strut and semi-circle shaped plate portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector strut and semi-circle shaped plate portion part to one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion parts to mesh therewith and be in a lock position.

72. Torque offsetting tools of claims 66 to71 , the said tools are manual hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal female or male square or hex and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

73. Torque offsetting tools of claims 66 to71, the said tools are power hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

74. Torque offsetting tools of claims 66 to71 , the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

75. Torque offsetting tools of claims 66 to71 , the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

76. Torque offsetting tools of claims 66 to71 , the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

77. Torque offsetting tools of claims 66 to71, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

78. The torque offsetting tool of claim 50 further comprising:

a flexible metallic conduit or knitted wire mesh or metallic spring shield fixed across the edges of the torque input and output receiving segments shielding continuously the plurality of torque offsetting segments;

un-housed shaft member portion parts of the said cylindrical shaft members wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member and the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

79. The torque offsetting tool of claim 50 further comprising:

> a mechanism for un-restrainably restraining temporarily the pivotal movement among the segments, the said mechanism being adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism;

un-housed shaft member portion parts of the said cylindrical shaft members wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member and the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member; and

a gripping member wherein the said gripping member being adapted on the said input and output segments cylindrical housing members outside part, wherein the said gripping member being a grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

80. The torque offsetting tool of claim 79, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semicircle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, four parallel small elliptical cylinder recesses, four parallel big elliptical cylinder recesses , two universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the each said hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet.

81. The torque offsetting tool of claim 79, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises:

a plurality of hollow rivet pins, each hollow rivet pin mounted and extended across the said two pairs of oval like shaped support mounting plates, each hollow rivet pin having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two parallel pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates, wherein each said hollow rivet pin mounts one of the said mating gear for pivotal movement;

a plurality of rectangular lock bars, each rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said each rectangular lock bar is received between each pair of the said two pairs of oval like shaped support mounting plates, wherein some of the said each rectangular lock bar extends between the said torque input receiving segment's each strut portion part and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said strut portion parts are toothed for meshing engagement therewith, wherein the rest of the said each rectangular lock bar extends between the said link segments' pair of oval like shaped mounting plates semicircle shaped portion parts and the interior rim of the two adjacent rectangular apertures of the said hollow rivet pin, wherein each said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts are toothed for meshing engagement therewith, wherein each said rectangular lock bar is in concentric alignment with the said each hollow rivet pin, the said pair of oval like mounting plates toothed semi-circle shaped potion parts and the said each toothed strut portion parts, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said torque input receiving segment's each toothed sector strut portion part and towards the said link segments' pair of oval like shaped mounting plates toothed semi-circle shaped portion parts; and

a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates.

82. The torque offsetting tool of claim 79, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segments while maintaining the torque offsetting and transferring mechanism comprises;

a plurality of hollow rivet pins, each hollow rivet pin mounted about the top or bottom mid end and extended across the said two pairs of oval like shaped support mounting plates, having an axial cylindrical housing bore portion part, a wide internal circumferential groove in side the said axial cylindrical housing bore portion part, internal axially extending groove in side the said axial cylindrical housing bore portion part, two pairs of radial rectangular apertures wherein each pair is located with in each pair of the said two pairs of oval like shaped support mounting plates pointing perpendicular to or in concentric alignment with the said pair of strut portion parts and said link segments' pair of oval like shaped mounting plates semi-circle shaped portion parts, wherein the said strut portion parts and said semi-circle shaped are toothed for meshing engagement therewith; a plurality of cylindrical lock actuator rods, each cylindrical lock actuator rod having circumferential groove, two pairs of parallel elliptical cylinder recesses, wherein each pair is located around the said two pairs of oval like shaped support mounting plates, universal push button head portions and axially extending tooth portion, wherein the said each cylindrical actuator rod is received in the said each hollow rivet pin cylindrical bore portion part to be engageable to the hollow rivet pin slidably but unrotatably, by the engagement of its said axially extending tooth portion part with the said internal circumferential groove portion part of the hollow rivet pin, and snugly, by an axial retaining ring and an elastic member received between the wide internal circumferential groove machined into the axial cylindrical housing bore portion part of the hollow rivet pin and external circumferential groove machined into the cylindrical lock actuator rod, but to allow axial relative movement of the rod with in the rivet, wherein the elastic member urges the cylindrical actuator rod's two pairs elliptical cylindrical recesses locate about off of the said two pairs of oval like shaped support mounting plates; and

a plurality of pairs of support structures forming a rectangular passage on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures extending from the said radial rectangular apertures inside rim to the said toothed strut portion parts and to the said toothed semi-circle shaped plate portion parts, wherein the said each pair of structures housed a rectangular lock bar, wherein the said rectangular lock bar having toothed portion part at one of its end and elliptical cylinder portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector strut and semi-circle shaped plate portion part to the interior rim of the said rectangular aperture of the said hollow rivet pin, wherein the said each rectangular lock bar is in concentric alignment with the said strut portion parts, semi-circle shaped plate portion parts and the said hollow rivet pin, wherein the said each rectangular lock bar faces its elliptical cylinder end towards each rectangular aperture of the said hollow rivet pin and its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion part to mesh therewith.

83. The torque offsetting tool of claim 79, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement among the segments being adapted on the said plurality of torque offsetting segment while maintaining the torque offsetting and transferring mechanism comprising a plurality of pairs of support structures forming a rectangular pocket on any plate of each pair of the said two pairs of oval like shaped support mounting plates, wherein each pair of the said plurality of pairs of support structures are in concentric alignment with each said strut and semi-circle shaped plate portion parts facing its mouth part to the strut and semi-circle shaped plate portion parts, wherein each said strut and semi-circle shaped plate portion parts are toothed for meshing engagement therewith, wherein the said each pair of support structures housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends from the said each toothed sector strut and semi-circle shaped plate portion part to one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed sector strut and semi-circle shaped plate portion parts to mesh therewith and be in a lock position.

84. Torque offsetting tools of claims 78 to83, the said tools are manual hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are magnetic universal female or male square or hex and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

85. Torque offsetting tools of claims 78 to83, the said tools are power hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are universal quick releasing universal male or female square or hex.

86. Torque offsetting tools of claims 78 to83, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

87. Torque offsetting tools of claims 78 to83, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

88. Torque offsetting tools of claims 78 to83, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

89. Torque offsetting tools of claims 78 to83, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

90. A torque offsetting tool comprising:

a torque input receiving segment comprising at least one torque input receiving member, wherein the said torque input receiving member is adapted to unreleasably releasably receive a torque inputting means and to transfer torque, from any kind torque inputting means, to a torque offsetting and output receiving segment, wherein the said torque input receiving segment and the said torque offsetting and output receiving segments are mounted for pivotal movement to each other; and

a torque offsetting and output receiving segment comprising at least one torque offsetting mechanism member and a torque output receiving member, wherein the said at least one torque offsetting mechanism member is adapted to receive, to offset, and to transfer torque to the said torque output receiving member, wherein the said torque output receiving member is adapted to receive and to transfer the offset torque from the said at least one torque offsetting mechanism member to any kind torque outputting means the said torque output receiving member unreleasably releasably receives, wherein the said at least one torque offsetting mechanism member and the said torque output receiving member are arranged to be linked to and transfer torque.

91. The torque offsetting tool of claim 90, wherein its opposite end segments comprises a mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 90.

92. The torque offsetting tool of claim 90, wherein a mechanism for un-restrainably restraining temporarily the pivotal movement among each segments is adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism.

93. The torque offsetting tool of claim 90, wherein a body part on any of the said segments is adapted to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

94. The torque offsetting tool of claim 90 comprising:

a torque input receiving segment, said torque input receiving segment comprising a cylindrical housing member and a cylindrical shaft member, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having semi-circle shaped end portion part and bore mounted the torque input receiving segment on a torque offsetting and output receiving segment for pivotal movement , said cylindrical shaft member having cylindrical torque input receiving end portion part and beveled gear end portion part, said cylindrical torque input receiving end portion part being adapted for receiving unreleasably releasably any form of torque inputting element and said beveled gear end portion part being adapted for mating with one beveled gear end of torque offsetting gear and transferring the torque input to the said torque offsetting and output receiving segment; and

a torque offsetting and output receiving segment, said torque offsetting and output receiving segment comprising a cylindrical housing member, a cylindrical shaft member and a torque offsetting gear sandwiched between thrust and retaining washers received on circumferential grooves formed on rivet pins, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said torque offsetting and output receiving segment's said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having semi -circle shaped end portion part and bore mounted the torque input receiving segment and the said torque offsetting gear on the said torque offsetting and output receiving segment for pivotal movement, said torque offsetting gear having a pair of beveled gear end portion parts, said cylindrical shaft member having cylindrical torque output receiving portion part and beveled gear end portion part, said cylindrical torque output receiving portion part being adapted for receiving unreleasably releasably any form of torque outputting element and said beveled gear end portion part being adapted for mating with the other beveled gear end of the said torque offsetting gear and transferring the offset torque thereof.

95. The torque offsetting tool of claim 94 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its opposite end segments comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 95, wherein the cylindrical shaft members of both the torque input and output receiving segments are fully housed in their respective cylindrical housing members, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the torque offsetting and output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque offsetting and output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque offsetting and output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 95 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque offsetting and output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 95 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said torque input receiving segment's and torque offsetting and output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

96. The torque offsetting tool of claim 95, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

97. Torque offsetting tools of claims 90 to96, the said tools are manual hand tools universal joints, wherein torque input receiving segment's cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque offsetting and output receiving segment's cylindrical shaft output receiving portion part is a magnetic universal female square or hex.

98. The torque offsetting tool of claim 94 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism; a detachably attaching mechanism wherein its torque input receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by the same type of torque offsetting tool claimed in claim 94, wherein the cylindrical shaft member of the torque input receiving segment is fully housed in its cylindrical housing member wherein the cylindrical shaft member of the torque offsetting and output receiving segment is partially housed in its cylindrical housing member, wherein the torque input receiving segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the threaded portion part is complementary to the threaded portion part provided on the torque offsetting and output receiving segment's sliding member of same type of torque offsetting tool claimed in claim 94 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque offsetting and output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 94 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said torque input receiving segment's and torque offsetting and output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

99. The torque offsetting tool of claim 98, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

100. Torque offsetting tools of claims 98 and 99, the said tools are manual hand tools universal joints, wherein torque input receiving segments' cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion part is a universal female or male square or hex.

101. Torque offsetting tools of claims 98 and 99, the said tools are power hand tools universal joints, wherein torque input receiving segments' cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion part is a universal quick releasing universal male or female square or hex.

102. The torque offsetting tool of claim 94 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its torque offsetting and output receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and drive the same type of torque offsetting tool claimed in claim 94, wherein the cylindrical shaft member of the torque offsetting and output receiving segment is fully housed in its cylindrical housing member, wherein the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member, wherein the torque offsetting and output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque offsetting and output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque offsetting and output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 94 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque offsetting and output receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque input receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 94 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and a gripping member wherein the said gripping member being adapted on the said torque input receiving segment's and torque offsetting and output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

103. The torque offsetting tool of claim 102, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the. lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

104. Torque offsetting tools of claims 102 and 103, the said tools are manual hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal female or male square or hex and their torque offsetting and output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

105. Torque offsetting tools of claims 102 and 103, the said tools are power hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque offsetting and output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

106. Torque offsetting tools of claims 102 and 103, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

107. Torque offsetting tools of claims 102 and 103, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

108. Torque offsetting tools of claims 102 and 103, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

109. Torque offsetting tools of claims 102 and 103, the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

110. The torque offsetting tool of claim 94 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism;

un-housed shaft member portion parts of the said cylindrical shaft members wherein the cylindrical shaft member of the torque offsetting and output receiving segment is partially housed in its cylindrical housing member and the cylindrical shaft member of the torque input receiving segment is partially housed in its cylindrical housing member; and

a gripping member wherein the said gripping member being adapted on the said torque input receiving segment's and torque offsetting and output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

111. The torque offsetting tool of claim 110, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

112. Torque offsetting tools of claims 110 and 111, the said tools are manual hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are magnetic universal female or male square or hex and their torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

113. Torque offsetting tools of claims 110 and 111 , the said tools are power hand tools universal joints, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion parts are universal quick releasing universal male or female square or hex.

114. Torque offsetting tools of claims 110 and 111 , the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

115. Torque offsetting tools of claims 110 and 111, the said tools are manual hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

116. Torque offsetting tools of claims 110 and 111 , the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

117. Torque offsetting tools of claims 110 and 111 , the said tools are power hand tools, wherein their torque input receiving segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque offsetting and output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

118. A torque offsetting tool comprising:

a torque input receiving and offsetting segment comprising at least one torque input receiving member and at least one torque offsetting mechanism member, wherein the said torque input receiving member is adapted to unreleasably releasably receive a torque inputting means and to transfer torque, from any kind torque inputting means, to torque offsetting mechanism member, wherein the said at least one torque offsetting mechanism member is adapted to receive, to offset, and to transfer torque to the said torque output receiving member, wherein the said torque input receiving and offsetting segment and the said torque output receiving segments are mounted for pivotal movement to each other; and

a torque output receiving segment comprising at least one torque output receiving member, wherein the said torque output receiving member is adapted to receive and to transfer the offset torque from the said at least one torque offsetting mechanism member to any kind torque outputting means the said torque output receiving member unreleasably releasably receives, wherein the said at least one torque offsetting mechanism member and the said torque output receiving member are arranged to be linked to and transfer torque.

119. The torque offsetting tool of claim 118, wherein its opposite end segments comprises a mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 118.

120. The torque offsetting tool of claim 118, wherein a mechanism for un-restrainably restraining temporarily the pivotal movement among each segments is adapted on any of the said segments while maintaining the torque offsetting and transferring mechanism.

121. The torque offsetting tool of claim 118, wherein a body part on any of the said segments is adapted to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

122. The torque offsetting tool of claim 118 comprising:

a torque input receiving and offsetting segment, said torque input receiving and offsetting segment comprising a cylindrical housing member, a cylindrical shaft member and a torque offsetting gear sandwiched between thrust and retaining washers received on circumferential grooves formed on rivet pins, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having semi-circle shaped end portion part and bore mounted a torque output receiving segment on the torque input receiving and offsetting segment for pivotal movement, said torque offsetting gear having a pair of beveled gear end portion parts, said cylindrical shaft member having cylindrical torque input receiving end portion part and beveled gear end portion part, said cylindrical torque input receiving end portion part being adapted for receiving unreleasably releasably any form of torque inputting element and said beveled gear end portion part being adapted for mating with one beveled gear end of torque offsetting gear and transferring the torque input to the said torque output receiving segment; and

a torque output receiving segment, said torque output receiving segment comprising a cylindrical housing member and a cylindrical shaft member, said cylindrical shaft member being housed and engagable rotatably but snugly within said cylindrical housing member by an axial retaining ring received between an internal circumferential groove formed on said cylindrical housing member and external circumferential groove formed on said cylindrical shaft member, said torque output receiving segment's said cylindrical housing member having a cylindrical housing portion part and a pair of strut portion parts, each said strut portion part having semi -circle shaped end portion part and bore mounted on the torque input receiving and offsetting segment for pivotal movement, said cylindrical shaft member having cylindrical torque output receiving portion part and beveled gear end portion part, said cylindrical torque output receiving portion part being adapted for receiving unreleasably releasably any form of torque outputting element and said beveled gear end portion part being adapted for mating with the other beveled gear end of the said torque offsetting gear and transferring the offset torque thereof.

123. The torque offsetting tool of claim 122 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its opposite end segments comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by or drive the same type of torque offsetting tool claimed in claim 123, wherein the cylindrical shaft members of both segments are fully housed in their respective cylindrical housing members, wherein the torque input receiving and offsetting segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving and offsetting segment's cylindrical housing member of same type of torque offsetting tool claimed in daim 123 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving and offsetting segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 23 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said torque input receiving and offsetting segment's and torque output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

124. The torque offsetting tool of claim 123, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

125. Torque offsetting tools of claims 118 to124, the said tools are manual hand tools universal joints, wherein torque input receiving and offsetting segment's cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segment's cylindrical shaft output receiving portion part is a magnetic universal female square or hex.

126. The torque offsetting tool of claim 122 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its torque input receiving and offsetting segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and driven by the same type of torque offsetting tool claimed in claim 123, wherein the cylindrical shaft member of the torque input receiving and offsetting segment is fully housed in its cylindrical housing member wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member, wherein the torque input receiving and offsetting segment's cylindrical housing member comprises an outside threaded portion part and a radial extending teeth part formed on the sides of and radially about the side end portion part, wherein the threaded portion part is complementary to the threaded portion part provided on the torque output receiving segment's sliding member of same type of torque offsetting tool claimed in claim 123 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque input receiving and offsetting segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 123 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and

a gripping member wherein the said gripping member being adapted on the said torque input receiving and offsetting segment's and torque output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

127. The torque offsetting tool of claim 126, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

128. Torque offsetting tools of claims 126 and 127, the said tools are manual hand tools universal joints, wherein torque input receiving and offsetting segments' cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segments' un-housed cylindrical shaft output receiving portion part is a universal female or male square or hex.

129. Torque offsetting tools of claims 126 and 127, the said tools are power hand tools universal joints, wherein torque input receiving and offsetting segments' cylindrical shaft input receiving portion part is a magnetic universal female square or hex and the torque output receiving segments' un-housed cylindrical shaft output receiving portion part is a universal quick releasing universal male or female square or hex.

130. The torque offsetting tool of claim 122 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism;

a detachably attaching mechanism wherein its torque output receiving segment end comprises the said mechanism for detachably attaching and operatively arranged to be linked to and drive the same type of torque offsetting tool claimed in claim 122, wherein the cylindrical shaft member of the torque output receiving segment is fully housed in its cylindrical housing member, wherein the cylindrical shaft member of the torque input receiving and offsetting segment is partially housed in its cylindrical housing member, wherein the torque output receiving segment's cylindrical housing member comprises a radial extending teeth part formed on the sides of and radially about the side end portion part and a wide external circumferential groove, wherein a tubular sliding member having big and small openings at its opposite ends, threaded portion part on its inside surface and gripping grooves on its outside surface, mounted on the said torque output receiving segment's cylindrical housing member external circumferential groove to be in slidably and rotatably but snugly engagement therewith, wherein an elastic member fitted between the said sliding member and the said circumferential groove to urge the sliding member's small opening locates within the external circumferential groove of the said torque output receiving segment's cylindrical housing member, wherein the threaded portion part of the sliding member is complementary to the threaded portion part provided on the torque input receiving and offsetting segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 122 to be detachably attached and be in threaded engagement therewith and prevent axial movement thereof, wherein the radially extending teeth formed on the sides of and radially about the side end portion part of the torque output receiving segment's cylindrical housing member of the tool are complementary to the teeth formed on the side of and radially about the side end portion part of the torque input receiving and offsetting segment's cylindrical housing member of same type of torque offsetting tool claimed in claim 122 to be detachably attached and in mesh therewith for nonrotatably engagement and extending the reach of the combined tools thereof; and a gripping member wherein the said gripping member being adapted on the said torque input receiving and offsetting segment's and torque output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

131. The torque offsetting tool of claim 130, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

132. Torque offsetting tools of claims 130 and 131 , the said tools are manual hand tools universal joints, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are universal female or male square or hex and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

133. Torque offsetting tools of claims 130 and 131 , the said tools are power hand tools universal joints, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

134. Torque offsetting tools of claims 130 and 131, the said tools are manual hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

135. Torque offsetting tools of claims 130 and 131 , the said tools are manual hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

136. Torque offsetting tools of claims 130 and 131, the said tools are power hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex.

137. Torque offsetting tools of claims 130 and 131 , the said tools are power hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' cylindrical shaft output receiving portion parts are magnetic universal female square or hex, wherein the said suitable handle comprises a room for holding different type and size fastener fastening and unfastening tools.

138. The torque offsetting tool of claim 122 further comprising:

a mechanism for un-restrainably restraining temporarily the pivotal movement between the segments, the said mechanism being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism;

un-housed shaft member portion parts of the said cylindrical shaft members wherein the cylindrical shaft member of the torque output receiving segment is partially housed in its cylindrical housing member and the cylindrical shaft member of the torque input receiving and offsetting segment is partially housed in its cylindrical housing member; and

a gripping member wherein the said gripping member being adapted on the said torque input receiving and offsetting segment's and torque output segment's cylindrical housing members outside part, wherein the said gripping members being grooves or any polygon shape machined to receive any kind of gripping means for use in holding the torque offsetting tool temporarily in position and applying torque thereof.

139. The torque offsetting tool of claim 122, wherein the mechanism for un-restrainably restraining temporarily the pivotal movement between the segments being adapted on one or both segments while maintaining the torque offsetting and transferring mechanism comprising an inside or outside pair of small rectangular pockets on each of the said cylindrical housing portion parts of one or both segments, wherein the said small rectangular pockets being in concentric alignment with the inside or outside strut portion parts semi-circle shaped portion parts, wherein the said semi-circle shaped end portion part are toothed for meshing engagement therewith , wherein each small rectangular pocket faces its mouth part to the semicircle shaped portion parts, wherein the said small rectangular pockets housed rectangular lock bar and an elastic member, wherein the said rectangular lock bar having toothed portion part at one of its end and a rectangular end portion part at the other end, wherein the said rectangular lock bar extends between the said each toothed semi-circle shaped portion parts and one end of the elastic member, wherein the elastic member extends between the rectangular end portion part of the lock bar and the inner end surface of the small rectangular pocket, wherein the said each rectangular lock bar faces its toothed portion part end towards the said each toothed semi-circle shaped portion parts to mesh therewith and be in a lock position.

140. Torque offsetting tools of claims 138 and 139, the said tools are manual hand tools universal joints, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are magnetic universal female or male square or hex and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

141. Torque offsetting tools of claims 138 and 139, the said tools are power hand tools universal joints, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are universal quick releasing universal male or female square or hex and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are universal quick releasing universal male or female square or hex.

142. Torque offsetting tools of claims 138 and 139, the said tools are manual hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

143. Torque offsetting tools of claims 138 and 139, the said tools are manual hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

144. Torque offsetting tools of claims 138 and 139, the said tools are power hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex.

145. Torque offsetting tools of claims 138 and 139, the said tools are power hand tools, wherein their torque input receiving and offsetting segments' un-housed cylindrical shaft input receiving portion parts are suitable handles for gripping and applying a torque thereof and their torque output receiving segments' un-housed cylindrical shaft output receiving portion parts are magnetic universal female or male square or hex, wherein the said suitable handles comprises a room for holding different type and size fastener fastening and unfastening tools.

146. The torque offsetting tools of claims 1 to 145, wherein any of their elements are manufactured from metal by casting or by molding or by machining or by joining or by forming or by a combination of any of these said manufacturing methods.