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JP2896421B2 |
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JPH11141645A |
To adjust the angle positions of L-shape arms so as to be able to always upset the whole balance to generate turning force by arranging the L-shape arms at a rotor circularly at equal angles so as to be rotatable, and making the angle po...
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JP2895509B2 |
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JPH11132306A |
To provide a clutch for a torque limiter or a car compressor, which can reduce costs and be made lightweight, by a simple structure where cutoff of torque can be conducted in overloading. A cage 7 which retains a ball 9 is provided at ei...
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JP2891726B2 |
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JP2885642B2 |
Shifting device for a turning gear transmission having an automatic change of transmission ratio when a change in direction of a driving shaft occurs, including two driving gearwheels disposed coaxially with respect to the driving shaft,...
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JP2885479B2 |
PURPOSE:To enable a small sized clutch device which is extremely little in torque capacity to be used by a method wherein driving force from a line shaft is transmitted to an input shaft of a printer unit via a harmonic speed reducer and...
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JPH11108160A |
To provide a pulley for chain transmission which can be rotated while its peripheral surface is contacted with the plates of a chain. A pulley 6 for chain transmission is driven in such a way that its peripheral surface is contacted with...
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JPH11108145A |
To provide a reduction gear which can prevent parts from breaking down when an excessive load is applied to a driven shaft. A ball 23 and piston 42 are accommodated in a through hole 41 furnished in a shift cam 22. A holding part 44 to h...
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JP2881220B2 |
Disclosed is a relative rotation transmitting apparatus comprising outer and inner coaxial shafts, main and sub drives, speed-reduction unit operatively connected both to the telescoped shafts and the main and sub drives with associated ...
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JPH1194044A |
To provide an inexpensive power transmission gear requiring no one-way clutch. A driving helical gear 3 is fixed to a driving shaft 2a of a power transmission gear 100, and an output helical gear 7 is mounted on a supporting shaft 5 so a...
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JPH1193994A |
To provide a rotation transmitting mechanism shortening a length in an axial line direction so as to miniaturize and reduce weight. Between a drive shaft 72 and a driven shaft 73, a brake spring is interposed, which transmits rotation of...
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JPH1182667A |
To set torque for isolating power transmission with ease, and restrain the influence of vibration and noise. This device is equipped with an armature plate 13, a spring member 15 pressing the friction surface of the armature plate 13 ont...
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JPH1179058A |
To smoothly operate a manpower operating device with a manpower rotation driver, while covering the shortage of manpower in use. This device is provided with a frame 2, a manpower rotation driving shaft 8 supported by the frame 2 in a ro...
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JP2868793B2 |
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JPH1163145A |
To reduce manufacturing costs, to miniaturize a device and to stabilize quality so as to increase durability by engaging a worm in its restricted state in a rotational direction in a rotary shaft and to be relatively moved in an axial di...
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JP2863529B2 |
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JPH1152651A |
To provide a drive transmission mechanism positioning method, and a recording device using the method in which mutual position displacement between two drive transmission systems does not occur. A drum drive motor 36 is started, a clutch...
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JP2861758B2 |
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JP2590894Y2 |
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JPH1144353A |
To increase a speed by restraining impact generated at starting and stopping time small when a table is rectilinearly moved. A moving speed of a rack gear is controlled by optionally changing a radial distance of a rolling contact point ...
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JPH1137172A |
To provide a power transmission structure, provided with a torque limiter manufacturable at a low cost and capable of accurately setting a limit value, and producing little slippage in the set limit value. A torque limiter 64 is composed...
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JP2852861B2 |
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JP2854127B2 |
PCT No. PCT/FR89/00663 Sec. 371 Date Jun. 12, 1991 Sec. 102(e) Date Jun. 12, 1991 PCT Filed Dec. 19, 1989 PCT Pub. No. WO90/06794 PCT Pub. Date Jun. 28, 1990.Process and apparatus providing the automatic locking of the wings of a wing-op...
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JPH1130244A |
To improve torque transmission cutoff reliability for torque exceeding a set value, to prevent generation of noise and vibration in cutting off the torque transmission, and to reduce the number of parts so as to facilitate assembly in a ...
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JPH1130243A |
To provide a simply structured power transmitting mechanism by which increase in production costs can be suppressed, initial fastening force of a torsion coil spring can be regulated, and an excessive load torque releasing characteristic...
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JP2589326Y2 |
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JP2847352B2 |
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JP2848856B2 |
To provide for fine-adjustment of the relative angular position of a driven body of rotation, such as a plate cylinder (1) of a printing machine, and having a driven shaft (21, 41) with respect to a driving shaft (9, 40), an axially shif...
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JP2847618B2 |
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JPH1110463A |
To provide an assembly device and an assembly method which can suppress the occurrence of ricketiness in a power transmission mechanism and interference of each member and an increase of manufacturing cost. A front extended part 78a and ...
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JP2588090Y2 |
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JP2844094B2 |
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JP2587148Y2 |
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JPH10318278A |
To provide a regulation method for a power transmission mechanism to easily stabilize release properties of excessive load torque through a simple method, suppress the increase of the manufacturing cost of a power transmission mechanism,...
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JPH10318283A |
To provide a power transmission mechanism to facilitate regulation unevenness in release torque to release rotation torque when load toque on the driven apparatus side is excessively increased. A bracket 68 is fixed at a pulley 65, servi...
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JPH10318277A |
To provide a regulation method for a power transmission mechanism to easily stabilize the release properties of excessive load torque through a simple method, suppress the manufacturing cost of the power transmission mechanism, and besid...
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JPH10318282A |
To contribute to reduction of size in the direction of the rotary shaft of a power transmission structure and continuously regulate movement of a sleeve form element arranged adjacently to a winding spring means. A bush 11 being a drive ...
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JPH10318281A |
To provide a power transmission mechanism to facilitate mounting and demounting on and from one rotary body through simple constitution, to improve workability during mounting and demounting, and reduce a fear of inadvertent movement of ...
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JPH10318276A |
To suppress exerting of a bending force on a rotary body on the side, where a twist coil spring is adhered along with transmission of a power, without the increase of a manufacturing cost through simple constitution. A coupling member 70...
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JPH10318279A |
To provide a power transmission mechanism to ensure the release properties of stable load torque through simple constitution without the increase of size. A rotor 65 on the power source side and a rotary shaft 26 on a driven apparatus ar...
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JPH10318280A |
To provide a power transmission mechanism to suppress exerting of a bending force on a rotary body on one side along with transmission of a power without the increase of a manufacturing cost through simple constitution. A coupling member...
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JPH10311868A |
To provide a circuit board inspection device which performs a continuity test by bringing spring probes held on base parts into contact with the conductor circuit of a circuit board and can easily set the pressure of contact between the ...
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JPH10306863A |
To Reduce the size of an apparatus on the driven side, such as an engine auxiliary machine, and to improve fuel consumption by reducing the input rotation of an engine to transmit to the apparatus on the driven side of the engine auxilia...
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JPH10306865A |
To provide an auxiliary machine drive device to suppress the rotation speed during high speed rotation to a necessary and sufficient level with sufficiently ensuring the capacity of the auxiliary machine in low speed rotation of an engin...
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JPH10297574A |
To provide a booster which has an input part movable within a small range and can produce a high drive force. A booster is composed of a sun sprocket 2 fixed to an output shaft 1, a rotary arm 3 fixed at its one end to the output shaft 1...
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JPH10291780A |
To provide an inexpensive and compact power transmission device capable of being raised, lowered and held at an optional height, capable of lowering a person to be cared and an object by the manual operation even if the emergency situati...
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JPH10281251A |
To extend longevity of a bearing by uniformly oscillating an oscillating member along an overall peripheral direction in a rolling area of the bearing by rotating a fulcrum shaft in case of oscillating the oscillating member continuously...
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JP2809110B2 |
PURPOSE: To reduce the cost of a one-way mechanism by using a pendulum gear instead of a one-way gear as a one-way mechanism. CONSTITUTION: At the tip 48a of a shaft 48 which is axially supported on a frame F2 in a freely rotatable manne...
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JPH10267046A |
To provide a power transmission device wherein even in case of high speed rotation, power transmission is prevented from being carelessly interrupted, and a stable release characteristic of load torque can be obtained. So as to be mutual...
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