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Disclosed herein is an independent power generator assembly comprising a driving magnetic member in which N pole and S pole are arranged alternately; a first power generation module including an induction coil, and plural power supply generating members having isolation spaces with the driving magne

Disclosed herein is an independent power generator assembly comprising a driving magnetic member in which N pole and S pole are arranged alternately; a first power generation module including an induction coil, and plural power supply generating members having isolation spaces with the driving magnetic member as the center, and arranged and constructed along the circumference of the driving magnetic member, the power supply generating member having a magnet vibrator; and a second power generation module in which induction coils are arranged along the isolation spaces; wherein the first power generation module and the second power generation module are repeatedly arranged with an annular ring shape: another first power generation module is arranged at the circumference of the second power generation module and another second power generation module is arranged at the circumference of such an another first power generation module.

대표청구항 ▼

1. An independent power generator assembly comprising: a driving magnetic member in which N pole and S pole are arranged alternately and at the center thereof;a first power generation module including an induction coil in which electromotive force is produced by electromagnetic induction, and plural

1. An independent power generator assembly comprising: a driving magnetic member in which N pole and S pole are arranged alternately and at the center thereof;a first power generation module including an induction coil in which electromotive force is produced by electromagnetic induction, and plural power supply generating members having isolation spaces with the driving magnetic member as the center, and arranged and constructed along the circumference of the driving magnetic member, the power supply generating member having a magnet vibrator in which it is rocked by the applied magnetic force and its magnetic poles are changed; anda second power generation module arranged along the isolation spaces and having induction coils;wherein the first power generation module and the second power generation module are repeatedly arranged with an annular ring shape: another first power generation module is arranged at the circumference of the second power generation module and another second power generation module is arranged at the circumference of such an another first power generation module. 2. The independent power generator assembly of claim 1, wherein the driving magnetic member comprises a permanent magnet coupling member having N poles and S poles repeatedly arranged toward the circumferential direction or up and down direction, a driving member with which the permanent magnet coupling member is coupled and for performing a rotation motion or a translational motion by driving force applied from the outside, and a case for sealing and receiving the magnetic member, the first power generation module and second power generation module. 3. The independent power generator assembly of claim 2, wherein the power supply generating member is formed by a structure which the induction coil is wound to a barrel-shaped body having a hollow portion and the magnetic vibrator is installed at the inside thereof, and the second power generation module has a structure that the induction coils are wound to a ring shape of winding housings arranged to the inside of the isolation spaces. 4. The independent power generator assembly of claim 2, further comprising a third power generation modules arranged repeatedly, selectively, and successively at upper and lower sides of the independent power generator assembly; the third power generation modules in which the plural power supply generating members are arranged repeatedly in a subsidiary case. 5. The independent power generator assembly of claim 2, wherein the plural independent power generator assemblies are arranged repeatedly toward upper side or lower side and the plural permanent magnet coupling members are located at the center of the respective independent power generator assemblies. 6. The independent power generator assembly of claim 2, wherein the driving member is constructed by a driving shaft formed by a rod type structure; the driving shaft capable of being a rotation motion or a translational motion. 7. The independent power generator assembly of claim 6, wherein the driving shaft is supported by a support bearing or busing. 8. A power generator system using an independent power generator assembly comprising: an independent power generator assembly according to claim 6; and an external force providing member constructed for providing a rotation force for performing a rotation motion or a translational force for performing a translation motion to the driving shaft. 9. The power generator system of claim 8, wherein the external force providing member is a rotation device having plural blades. 10. The power generator system of claim 9, wherein a speed increasing member for increasing the number of revolutions is constructed to the driving shaft. 11. The power generator system of claim 8, wherein plural independent power generator assemblies are arranged and an electric power distribution transmitting member is equipped, so that the rotation force applied from the external force providing member is transmitted to the respective independent power generator assemblies. 12. The power generator system of claim 11, wherein the electric power distribution transmitting member comprises a driving gear coupled with a lower end of a rotation shaft of a rotation device; plural driven gears for receiving the rotation force of the driving gear; and plural transmission shafts rotated by coupling with the driven gears and coupled with the driving shaft for transmitting the rotation force. 13. The power generator system of claim 12, wherein a part among the independent power generator assemblies are arranged by a stack type toward vertical direction or diagonal direction, and the transmission shaft and driving shaft are coupled with each other so that electric power is transmitted by a bevel gear. 14. The power generator system of claim 12, wherein the driving gear and driven gear are coupled by a timing belt. 15. The power generator system of claim 8, wherein the external force providing member is a motor having a speed increasing member for applying rotation force to the driving shaft. 16. The power generator system comprising: an independent power generator assembly of claim 1; and an external force providing member is constructed at the circumference for providing a rotation force, so that the first and second power generation modules are rotated with the driving magnetic member as a standard. 17. The power generator system of claim 16, wherein the external force providing member is plural blades or rolling wheels installed along the outer circumference.