Magnetic pole staggered power generation device

Abstract

The invention discloses a magnetic pole staggered power generation device. The magnetic pole staggered power generation device is provided with an induction coil group; a first magnetic group and a second magnetic group which can synchronously move relative to each other are arranged on the two sides of the induction coil group respectively; the first magnetic group is formed by at least one firstmagnetic piece and second magnetic piece which are magnetized in the movement direction and are connected at equal intervals in series in a different-pole arrangement mode; the second magnetic groupis formed by a third magnetic piece and a fourth magnetic piece which are magnetized in the movement direction and are connected at equal intervals in series in a different-pole arrangement mode; thethird and fourth magnetic pieces and the first and second magnetic pieces are arranged in a staggered mode relatively; a load switch group for selectively performing power-on on the induction coil group or not is arranged between the induction coil group and the first magnetic group and between the induction coil group and the second magnetic group separately; therefore, the magnetic stress, relative to the induction coil group, of the first magnetic group and the second magnetic group can be mutually eliminated, so that the kinetic energy loss is reduced, and the cutting frequency is effectively increased; and in addition, most of the magnetic lines of force flows through the coil part, so that the cutting quantity can be greatly increased, and the energy conversion efficiency can be effectively improved.

Description

technical field [0001] The present invention relates to the field of electromagnetic technology for energy conversion, specifically refers to a magnetic pole dislocation power generation device that can eliminate reluctance, increase cutting frequency, effectively guide magnetic flux, and increase the number of cutting, so as to improve its energy conversion efficiency . Background technique [0002] A general generating device is composed of an induction group and a magnetic group, wherein the induction group is provided with at least one coil on at least one magnetizer, and the magnetic group is provided with two magnetic parts at both ends of the induction group axis, and the two magnetic parts The opposite magnetic poles are arranged oppositely, and the magnetic group and the induction group can be defined as the rotor and the stator respectively, and through relative linear or rotational motion, the coil of the induction group generates voltage due to the magnetic field...

AI Technical Summary

Problems solved by technology

[0003] When the aforementioned power generating device is in operation, when the coil of the coil group is connected to a load, a current will be generated, and the coil group will be induced and magnetized to become an electromagnet, so that the two ends of the coil group and the magnetic parts of the magnetic group will have a double magnetic attraction phenomenon, and Its magnetic attraction force is opposite to the direction of motion and is reluctance, so there will be kinetic energy loss caused by accretion reluctance under load, so it is difficult to increase the operating speed of traditional power generation devices, which seriously affects the cutting frequency and lowers the energy conversion rate. ;

[0004] In other words, due to the influence of double magnetic resistance on the existing power generation devi

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