TIME DIFFERENCE-BASED GENERATOR USING BALANCE OF BOTH POLES

摘要

The present invention relates to a time difference-based generator using the balance of both poles and specifically comprises: a pair of fixing plates, each having a rotating-shaft through-hole formed in the center thereof and a plurality of ferrite core fixing holes formed along a circle with a predetermined diameter; a plurality of ferrite cores fixedly provided between the pair of fixing plates in such a manner that the ends of the ferrite cores are inserted into the ferrite core fixing holes, the ferrite cores allowing the magnetic field to make a closed circuit; a plurality of winding coils provided in such a manner to be wound around the outer circumference of the ferrite cores by a predetermined number of rotation; a pair of rotating plates for rotors, arranged adjacent to the outer surface of the pair of fixing plates and fixed to the ends of a rotating-shaft provided in such a manner to pass through the rotating-shaft through-holes formed in the center of the fixing plates; and a plurality of permanent magnets fixedly provided at predetermined intervals and positions in such a manner that the S poles and the N poles inside the rotating plates for rotors face each other so as to be opposite to each other. Thus, the generator can greatly improve the generation efficiency thereof and greatly increase the generation capacity, and thus greatly improve the marketability and reliability thereof.

主权项

1. A time difference-based generator using a balance of both poles comprising:
a pair of fixing plates integrally coupled to each other through a fixing and space maintaining means so as to maintain a parallel state in a vertical direction, each having a rotating-shaft through-hole formed in the center thereof and a plurality of ferrite core fixing holes formed at regular intervals along a circle with a predetermined diameter; a plurality of ferrite cores of a rod shape fixedly provided between the pair of fixing plates in such a manner that both ends of the ferrite cores are inserted into the ferrite core fixing holes, the ferrite cores allowing a magnetic field generated from permanent magnets when each permanent magnet passes by both ends of the ferrite cores exposed to outside of the fixing plates to make a closed circuit; a plurality of winding coils provided in such a manner to be wound around an outer circumference of the ferrite cores by a predetermined number of rotation and inducing an induced electromotive force or an induced current generated when the magnetic field of the permanent magnets passes through each ferrite core so as to transmit the induced electromotive force or the induced current to a power control unit; a pair of rotor rotating plates arranged adjacent to an outer surface of the pair of fixing plates and fixed to both ends of a rotating-shaft 51 provided in such a manner to pass through the rotating-shaft through-holes formed in the center of the fixing plates so as to rotate with the rotating-shaft in response to the number of rotation of the rotating-shaft connected to a shaft of a rotation force generating means; and the plurality of the permanent magnets fixedly provided at predetermined intervals and positions in such a manner that S poles and N poles inside the rotor rotating plates face each other so as to be opposite to each other for providing the magnetic field to the plurality of ferrite cores, wherein the permanent magnets are rotated in accordance with the rotation of the rotor rotating plate and the permanent magnets are arranged in the form of an “I” shape, an “Y” shape, or a “+” shape as it is viewed from a center point of the rotor rotating plate so as to allow the permanent magnets to be close to one or more pairs of the ferrite cores at a time when they are close to both ends of the ferrite cores.