JPH01248954A - Power generator using magnet and method therefor - Google Patents

Abstract

PURPOSE:To generate power at reduced power consumption by providing coils between fixed magnets and rotating magnets. CONSTITUTION:Fixed magnets 12-15 are arranged outside, and coils 8-11 are provided inside thereof. Further, magnets 1-7 are arranged on the rotating section inside the coils 8-11. The coils 8-11 are connected to three-phase AC power supply to energize, and the magnets 1-7 are rotated as the rotating section by interaction between magnetic force of the magnets 1-7 and 12-15 and magnetic force produced in the coils 8-11.

Description

DETAILED DESCRIPTION OF THE INVENTION Conventional motors have the drawback of large power consumption because they attract metal using electromagnets.

This invention was made to solve the problems of the conventional art. A part of the configuration of the present invention will be explained in detail below with reference to embodiments shown in the drawings.

FIG. 1 is a partial diagram of the configuration of a power generating device according to the invention.

When the half-wave AC positive side (Fig. 29) is energized to the coil Fig. 9, the N pole side of the magnet Fig. 13 becomes the S pole, and the S pole side of the magnet Fig. 3 becomes the N pole.
Since the coil Fig. 9 is wound to form a pole, the magnetic force of the magnet Fig. 13 is combined with the magnetic force generated in the coil Fig. 9 and passes through the coil Fig. 9, and the tip of the coil Fig. 9 becomes the N pole and the magnet 3 is attracted and moved to the tip of the coil in FIG. 9. Figure 29
When energization ends, there is no magnetic force in the coil Figure 9 (because the magnetic force in the magnet Figure 13 goes straight through the coil Figure 9, and the tip of the coil Figure 9 also has no magnetic force, so the inner rotating part moves to the right). When the coil Fig. 9 is energized, the coil Fig. 1O is energized to the negative side of the half wave of AC, Fig. 33, and the N pole side of the magnet Fig. 14 is S. The S pole side of the magnet Fig. 5 is N. Since the coil diagram IO is wound to form a pole, the magnetic force of the magnet diagram 14 is combined with the magnetic force generated in the coil diagram 10, passes through the coil diagram 1O, and the tip becomes the N pole, attracting the magnet diagram 5. When the energization shown in Fig. 33 ends, the magnetic force in the coil Fig. 10 disappears, so the magnetic force shown in Fig. 14 goes straight through the coil Fig. 10, and the magnetic force in the tip of the magnet Fig. 5 also disappears at the tip of the coil Fig. 1O. The inner rotating part rotates to the right alternately, and a large output can be extracted to the outside.

It is an efficient power generator that can produce the same output as a conventional three-phase induction motor with half the power consumption when supplied with three-phase power. Note that the embodiments include the following.

Power generator equipped with a coil between a magnet and metal

[Brief explanation of the drawing]

Claims (2)

[Claims] (1) A power generating device in which fixed magnets are arranged on the outside, a coil is installed inside the magnets, and the magnets are arranged in the rotating part inside the coil.The feature is that the coil is installed between the magnets. It is a power generating device. (2) In this method, the magnetic force of the magnet and the magnetic force generated when the coil is energized are combined and attracted at the tip of the coil to generate power. This is a power generation method characterized by suction at the tip.