KR20110108602A - A permanent magnetic motor using permanent magnet of circular type and plate to block magnetism - Google Patents

Abstract

The present invention relates to a fixed circular permanent magnet and a rotating magnetic field blocking plate (ferromagnetic, semi-magnetic or mutual composite material as a magnetic shield) and a permanent magnet motor using a rotating permanent magnet. That is, the purpose of the present invention is to provide a hole in the rotating magnetic shielding disc, and to construct and view a permanent magnet motor using attraction force or repulsive force between the magnetic force of the section exposed through the hole of the fixed circular permanent magnet and the magnetic force of the rotary permanent magnet.

Circular permanent magnet, magnetic field blocking plate, permanent magnet, magnetic motor, ferromagnetic material, diamagnetic material

Description

Permanent Magnetic Motor Using Permanent Magnet of Circular Type and Plate to Block Magnetism}

The present invention relates to the technical field of configuring a magnet motor using a circular permanent magnet.

The present invention relates to a technical field of configuring a magnet motor using a circular permanent magnet,

The present invention relates to a technology capable of constructing a magnet motor using a fixed circular permanent magnet and a rotating magnetic barrier plate (ferromagnetic, semi-magnetic, or mutual composite materials) and rotating circular permanent magnets.

In the permanent magnet motor using the circular permanent magnet and the magnetic shield plate of the present invention, the permanent magnet motor using a fixed circular permanent magnet and a rotating magnetic shielding disc (ferromagnetic or semi-magnetic or mutual composite material as a magnetic shield) and a rotating permanent magnet Developing them is a major challenge.

In order to solve the above problems, a magnetic field and a permanent permanent magnet of the section exposed through the hole of the fixed circular permanent magnets by providing a hole in the rotating magnetic shielding disc (ferromagnetic material, semi-magnetic material or mutual composite material as the magnetic shield material) This is to try to get power by using repulsive force or attraction between magnetic forces.

In the permanent magnet motor using a circular permanent magnet and a magnetic shield plate of the present invention (ferromagnetic material, a semi-magnetic material or a mutual composite material), a hole is provided in the rotating magnetic shielding plate, the hole of the fixed circular permanent magnet Through this, the magnetic motor using the repulsive force or the attractive force between the magnetic force of the exposed section and the magnetic force of the rotating permanent magnet can be effectively configured, which is economical and industrially effective.

Hereinafter, with reference to the accompanying drawings a preferred specific embodiment of a permanent magnet motor using a circular permanent magnet and a magnetic shield plate according to the present invention will be described in detail.

In the upper part of FIG. 1, a method of configuring a motor using repulsive force between permanent magnets will be described. First, to provide a fixed circular permanent magnet (100), to provide a rotating magnetic shield disc 200 using a bearing 220, etc. so as not to stick with the circular permanent magnet 100 and a part of the fixed circular permanent magnet (100) The hole 210 is provided in the rotary magnetic shield plate 200 so as to be exposed. Also provided with a rotating permanent magnet 300 so as not to stick with the circular permanent magnet 100 to the hole 210, the repulsion is generated between the fixed circular permanent magnet 100 and the rotating permanent magnet (300) Provide the same poles facing each other. In addition, a repulsive solenoid 500 and a cable 600 are provided between the rotatable magnetic shield plate 200 and the rotatable permanent magnet. In the current state, the rotating permanent magnet 300 so that the upper eccentric 400 is generated between the magnetic center of the fixed circular permanent magnet 100 exposed through the hole 210 and the magnetic center of the rotating permanent magnet 300. Since the rotational permanent magnet 300 and the fixed circular permanent magnet 100 will be repulsed in the counterclockwise direction. When the rotating permanent magnet 300 rotates counterclockwise to some extent and drives the repelling solenoid 500 while contacting the repelling solenoid 500, the repelling solenoid 500 repulses and the rotating magnetic field. Push the blocking disc 200 also counterclockwise to repel, but the rotary magnetic shield disc 200 will counterclockwise only within the range that the cable 600 maintains the minimum upper eccentric (400). will be. As a result, as the above process is continuously repeated, the rotating permanent magnet 300 continuously obtains rotational power.

In the lower part of FIG. 1, a method of constructing a motor using attraction between permanent magnets will be described. Also providing a fixed circular permanent magnet 100, using a bearing 220, etc. so as not to stick with the circular permanent magnet 100 provides a rotary magnetic field blocking plate 200 and a part of the fixed circular permanent magnet 100 The hole 210 is provided in the rotary magnetic shield plate 200 so as to be exposed. Also provided with a rotary permanent magnet 300 so as not to stick with the circular permanent magnet 100 provided in the hole 210, the attraction between the fixed circular permanent magnet 100 and the rotating permanent magnet (300) Provide different poles to face each other. In addition, a repulsive solenoid 500 and a cable 600 are provided between the rotatable magnetic shield disc 200 and the rotatable permanent magnet. In the current state, the rotating permanent magnet 300 so that the lower eccentric 410 is generated between the magnetic center of the fixed circular permanent magnet 100 and the magnetic center of the rotating permanent magnet 300 exposed through the hole 210. ), The rotating permanent magnet 300 will also be pulled counterclockwise by the attraction between the rotating permanent magnet 300 and the fixed circular permanent magnet (100). When the rotating permanent magnet 300 rotates counterclockwise to some extent and drives the repelling solenoid 500 while contacting the repelling solenoid 500, the repelling solenoid 500 repulses and the rotating magnetic field. Push the blocking disc 200 also counterclockwise to repel, but the rotary magnetic shield disc 200 will counterclockwise only within the range that the cable 600 maintains the minimum lower eccentric (400). will be. As a result, as the above process is continuously repeated, the rotating permanent magnet 300 continuously obtains rotational power. Of course, the repulsive solenoid 500 is used only as a contact current switch (switch), it is natural that a rotating motor 510 for rotating the rotary magnetic shield plate 200 may be used instead.

Although the technical idea of the permanent magnet motor using the circular permanent magnet and the magnetic shielding plate of the present invention has been described with the accompanying drawings, it is intended to exemplify the simplest and preferred embodiments of the present invention by way of example. It is not.

1 is a plan view illustrating a permanent magnet motor using a circular permanent magnet and a magnetic shield plate of the present invention.

Explanation of symbols on the main parts of the drawings

100: fixed circular permanent magnet 110: hidden part of the fixed circular permanent magnet

200: rotating magnetic field blocking plate 210: hole 220: bearing

300: rotating permanent magnet

400: upper eccentric 410: lower eccentric

500: repulsive solenoid 510: rotating magnetic shield disc rotating motor

600: cable

Claims (2)

First, provide a fixed circular permanent magnet (100), Providing a rotary magnetic shield disc 200 using a bearing 220 or the like so as not to stick with the circular permanent magnet 100 to the rotary magnetic shield disc 200 so that a portion of the fixed circular permanent magnet 100 is exposed. Provide a hole 210, Then also provide a rotating permanent magnet 300 so as not to stick with the circular permanent magnet 100, but provided in the hole 210, the repulsive force between the fixed circular permanent magnet 100 and the rotating permanent magnet (300) The same poles are provided to face each other to generate, and the upper eccentric 400 between the magnetic center of the fixed circular permanent magnet 100 and the magnetic center of the rotating permanent magnet 300 exposed through the hole 210 is Providing the rotary permanent magnet 300 to generate, In addition, if a repulsive solenoid 500 and a cable 600 are provided between the rotating magnetic shielding disc 200 and the rotating permanent magnet, Since the rotary permanent magnet 300 is provided so that an upper eccentric 400 is generated between the magnetic center of the fixed circular permanent magnet 100 exposed through the hole 210 and the magnetic center of the rotary permanent magnet 300. The revolving permanent magnet 300 will repel counterclockwise as a repulsive force between the rotating permanent magnet 300 and the fixed circular permanent magnet 100. When the rotating permanent magnet 300 rotates counterclockwise to some extent and drives the repelling solenoid 500 while contacting the repelling solenoid 500, the repelling solenoid 500 repulses and the rotating magnetic field. Push the blocking disc 200 counterclockwise also to repel, but the rotary magnetic shield disc 200 will only repel within the range that the cable 600 maintains the minimum upper eccentric 400, Ultimately the permanent magnet motor using a circular permanent magnet and a magnetic shield plate, characterized in that the rotating permanent magnet 300 is continuously obtained as the rotating power while the process is repeated continuously. The method of claim 1, Providing the rotating permanent magnet 300 but provided with different poles facing each other so that attraction between the stationary circular permanent magnet 100 and the rotating permanent magnet 300, the exposed through the hole 210 Providing the rotary permanent magnet 300 so that the lower eccentric 400 occurs between the magnetic center of the fixed circular permanent magnet 100 and the magnetic center of the rotating permanent magnet 300, In addition, if a repulsive solenoid 500 and a cable 600 are provided between the rotating magnetic shielding disc 200 and the rotating permanent magnet, Since the rotary permanent magnet 300 is provided so that an upper eccentric 400 is generated between the magnetic center of the fixed circular permanent magnet 100 exposed through the hole 210 and the magnetic center of the rotary permanent magnet 300. By the attraction between the rotating permanent magnet 300 and the fixed circular permanent magnet 100, the rotating permanent magnet 300 will be counterclockwise, When the rotating permanent magnet 300 rotates counterclockwise to some extent and drives the repelling solenoid 500 while contacting the repelling solenoid 500, the repelling solenoid 500 repulses and the rotating magnetic field. Push the blocking disc 200 counterclockwise also to repel, but the rotary magnetic shield disc 200 will only repel within the range that the cable 600 maintains the minimum upper eccentric 400, Ultimately the permanent magnet motor using a circular permanent magnet and a magnetic shield plate, characterized in that the rotating permanent magnet 300 is continuously obtained as the rotating power while the process is repeated continuously.

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