| CN107171457A | 2017-09-15 | |||
| US20130119674A1 | 2013-05-16 | |||
| US4388545A | 1983-06-14 | |||
| CN103501081A | 2014-01-08 | |||
| JP2017175685A | 2017-09-28 |
| Claims 1. The Permanent Magnetic Electricity Generator consists of base outside ( 1 ) that resembles of support base outside, a gap inside the receiver (2) for mounting support of a rotating base inside (3) magnetic field coil outside (8) is a coil working with of permanent magnet outside (10) of rotating base inside (3) for a different magnetic field polar to permanent magnet outside (10) intermittently to propel base inside (3) to follow the received thrust. The generating electric power coil outside (9) is a working coil with permanent magnet outside (10) to generate electrical energy while permanent magnet outside (10) rotates through to transmissions electricity. It is possible to connect it to the connecting support with conductor outside wires (5). The swivel base inside (3) is either a receiving plate or is partially an inlet or through hole (11) and permanent magnet outside (10) installed for working with the magnetic field coils. Outside (8) and (9) generation electric power outside windings. The swivel base inside (3) an insertion through rod base (14) with long rods inserted directly through or through the insertion support (15) in a structured manner for giving one end to support the initial thrust that will allow base inside (3) to rotate. The bases outside (1) have at least two perforations (6) outside for supporting installation into at least two (7) coil outside units. That looks like an outer structure, installed into of outside through hole (6) in a way that can be removed from installation. To accommodate for installation of the outer magnetic field coil (8) and the power generating coil outside (9). The edge outside of swivel base inside (3) will be recess outside (12) placed at least two apart. For supporting permanent magnet external mounting (10) directly or through magnetic clamping base external (13), for built-in outer clamping structure is attached. To work with magnetic field coils outside (8) and energizing coils outside (9). 2. Permanent magnetic electricity generator according to claim 1 side of base outside (1) at least one side. There will be bases on sides (4) that look like a cover or structure to be assembled together and installed. For insertion support, place with insertion through rod base end (14) to raise the support for swivel base inside (3) to float in an easily rotated position. Or supports for assembly of generator base outside (21). 3. Permanent magnetic electricity generator according to one of claims 1-2. The sides of swivel base inside (3) have at least two side recess (16) placed apart for supporting installation directly into side mount (17) or through the built-in side magnet gripper (18). To work with for magnetic field generating coil side (19) and power generating coil side (20). The bases flanks (4) have at least two cutouts side (24) far apart for the installation of at least two (25) coil side units That is structure outside, installed into side through hole (24) in a way that can be removed from installation. While coil side unit (25) supports for installation of coil generating a lateral magnetic field (19). It is a coil that works with permanent magnet side (17) to induce a different polar and lateral permanent magnet (17) intermittently to help drive for base inside (3) to turn faster and more stably. The coil side unit (25) accommodates of installation generating electric power coil (20) that looks like a coil working with of permanent magnet ( 17) for generating electrical energy while the permanent magnet (17) is rotated through side wire (20) to transmissions electric power to the side (26). 4. Permanent Magnetic Electricity Generator, according to one of the claims 2-3, of base side (4) will have of generator base outside (21), it will be structured or assembled parts. And has a part. Installed either in conjunction with base side (4), or as a part or structure that forms part of base side (4) as an outer cover of permanent magnetic electricity generator. 5. The permanent magnetic electricity generator, according to claim 4, for machine outside (21), there is a starter motor (27), which is an external electric drive motor, causing the motor spindle (28) to rotate, for transmitting electric power from the rotation of the motor spindle (28) to of spindle through base end (14) by means of a part or a separate structure to connect of spindle through the base end (14) to motor spindle. |
PERMANENT MAGNETIC ELECTRICITY GENERATOR
Technical Field
Related to engineering with the Permanent Magnetic Electricity Generator.
Background Art
The Thailand patent application cited reference number 1801002567, shows the mechanics of generating electricity by propulsion of water via the thrust of water from a high point and falling down to a low place to drive a turbine accordingly. The water turbine is connected to a spindle of a generator, the generator converts the rotation force from the spindle into electrical energy and transmits the electrical current out via conductor cables wires.
The patent references US 2013/0119674 A, which shows the generation of electricity by electrical machines that transfer the rotational energy produced by the production of a magnetic field to the spindle accordingly causing it to rotate and produce an electrical current power output.
Summary of the Invention
The Permanent Magnetic Electricity Generator is assembled with an outside base, an interior space, a support for the installation of a rotating inside disc and an external mounting support for the coil unit that is composed of magnetic field coils that work in conjunction with the permanent magnet. The permanent magnet is attached to an edge outside of the rotating inside disc, which generates a magnetic field that is opposite of the permanent magnet inside, this interaction causes the push plate to rotate in the direction of the thmst. This rotation acts a generator to generate an electrical current which is transmitted out by the connected conductor cable.
Permanent magnets are installed laterally which are used for driving and generating electric power, the coil unit is mounted on a lateral base on a side mount that is mounted on a base outside. The coil side unit consists of magnetic field coils that work in conjunction with the permanent magnet, both the coils and the permanent magnets having magnetic fields that are of the same polarity and thus cause a repulsive force to be generated.
The repulsive force causes the plate inside to rotate in a forceful and stable manner. Additional coils are located on the side which interact with permanent magnets on the opposite side as it rotates through causing electrical energy to be generated which is then transmitted via conductor cable wires that are connected to the support. The aim of this invention is to develop an electric generator that can generate electricity in a stable, reliable manner at any time that is created through the interaction of the magnetic field between magnetic fields of the coils and permanent magnet mounted on the rotating inside disc; which in turn causes electrical energy to be generated from the rotation of the disc. The electrical energy then being passed to the receiving end.
Brief Description of the Drawings
Figure 1 shows a permanent magnetic electricity generator as invention.
Figure 2 shows another type of permanent magnetic electricity generator.
Detailed Description of Embodiments
As figure 1 shows, the permanent magnetic electricity generator, according to this invention, consists of a base outside 1 with the appearance of a support base outside, a gap of receiver base inside 2 for supporting installation of a rotating base inside 3, the base on side 4 is for transmission of electrical power, which is connected to connecting support by conductor wire connection outside 5.
Base outside 1 has at least two 6 perforations outside apart for supporting installation into at least two coil outside units 7, which coil outside unit 7 is structurally externally attached to through hole outside 6 in a detachable manner from installation for supporting installation of magnetic field coil outside 8 and generating power coil outside 9.
The outer magnetic field coils 8 are coils working in conjunction with an outer permanent magnet
10 to form a different polar field that repels between the outer magnetic field 8 and the outer permanent magnet 10 o drive base rotation inside 3 rotation in for same direction.
The outer power coil 9 is a coil working with the outer permanent magnet 10 as well as for electric power while the outer permanent magnet 10 crosses the outer power coil 9 to pass through. The resulting power is connected to the outer connecting rod supporting 5.
The swivel base inside 3 will look like a receiving plate or partially a recess inlet or through hole
11 for reducing the weight of the swivel base inside 3 while rotating,
The edge outside of swivel base inside 3 is recess outside 12 at least two spaces apart for supporting permanent magnet mounting external 10 directly or through magnet holding base outside 13 to work with magnetic field coils outside 8 that cause different polarity to drive rotation base, 3 turns according to driving force received. The outside permanent magnet outside 10 works with the power coil outside 9 to generate electrical energy while the permanent magnet outside 10 crosses the power coil outside 9 to transmissions the electrical power to the connector. Into the support, connected by conductors outside 5. 10. The magnetic holding base outside 13 is structured to provide an external grip. For helping to attach the permanent magnet outside 10 to the inlet outside 12 in an attached or removable way and the swivel base inside 3 has a long rod insertion rod 14 through the base or through an insertion support 15 for one end to support the initial thrust to help the base inside. 3 rotatable while the end is mounted on the 4-base side. The insertion support 15 is structured to aid in fixing. For being inserted and fixed to the axle through the base 14 while the insertion aid 15 is attached to the swivel base inside 3.
The swivel base sides inside 3 have at least two side recess 16 placed apart. For supporting installation of the permanent magnet side 17 directly or through the magnet attachment base side 18 to work with the magnetizing coil side 19 and the power generating coil side 20. The magnetic holding base inside-mounted 18 is structured to provide lateral grip. To help attach the permanent magnetic side 17 to the recess inside 16 an attached or removable way. And the side base 4 will be a flap mounted to at least one of the outside bases 1 for supporting insertion with the end of the insert through the base 14 to lift the support for the base to rotate inside. 3 floats in an easily rotated position or support the assembly of the generator of base outside 21. The generator bases outside of 21 are structured or assembled and can be partly mounted together with 4 bases side or as parts or structures that form part of the 4 bases side. Likewise, for the permanent magnetic electricity generator outside cover.
10. The generator base outside of 21 has a starter motor 22 which is characterized by an external propulsion motor, the motor shaft 23 rotates to transmission power from rotation motor spindle 23 of generator for passed through for base rod 14 with help of separate parts or structures. (Not shown in for drawing) between of the spindle through base end 14 and spindle motor 23.
Each side of baseboard 4 has at least two 24 side pits apart for supporting installation into at least two 25 coils units’ side.
The 25 coil side units are structurally externally mounted to throughput side 24 in a detachable manner from installation. For supporting installation of the magnetizing coil side 19 and the generating power coil side 20. The magnetic field coils side 19 of coils that work in conjunction with the permanent magnet side 17 to produce a different polar and the permanent magnet side 17 intermittently to help propel base inside 3 to rotate for accessory in same direction faster and more stably.
The 20-electric coil inside is a coil is that work together with the permanent magnet side 17 as well electrical energy while the permanent magnet side 17 turns cut through power coil on the side of 20 to transfer power to connection support. With conductor cables wires connected side 26.
Figure 2 shows another type of Permanent Magnetic Electricity Generator. This type has a side base (4) outside the base of the generator (21), structural features or parts that are attached together and are partially mounted in conjunction with side bases (4) or as the part for the side bases (4) can also be mounted. For the outside casing as a structure of the permanent magnetic electricity generator or outside base of generator (21 ), a starter motor (27) which is characterized by an external propulsion motor causing spindle (28) to rotate. The transmission of power from the rotation of the motor spindle (28) to the end of the spindle through the base (14) by connecting parts or construction (Not shown in drawing).
The spin force starts from the operator’s manual rotation of the motor spindle (28) which transmits power to the starting motor (27), causing inside spindle (3) to rotate as in initial phase and stop the drive to the outside end of the spindle through the base (14) after which the inside base (3) rotates continuously. The inside rotating base (3) with of outside permanent magnet (10) is installed on the outside of the inside rotating base (3) and the side the permanent magnet (17) is installed on the side of the inside rotating base (3) which will make the magnet rotate accordingly. This results in a different polar magnetic field between the outside of the permanent magnet ( 10) and of the generating coil. The outside magnetic fields of (8) of the poles drive each other continuously and cause a different magnetic field between the side permanent magnet (17) and the side coil (19) in the form of poles, the magnets drive each other continuously as a permanent magnet outside (10) is installed on the outside of the inner rotating base (3).
10. The rotation across the outside power coil (9) produces electrical energy that is sent to a connected support which is connected by an outside conductor wire (5), and side permanent magnet (17) is installed on the side of the inside rotating base (3) which rotates across the coil generating power on side (20) to produce electrical energy. The connection of pass support with conductive wires connecting side (26) as well.