KR20020070218A - Magnetic motor - Google Patents

Abstract

PURPOSE: A magnetic motor is provided to produce a large quantity of energy according to intensity by using a magnetic filed of a permanent magnet without an external energy source. CONSTITUTION: A fixing magnetic pole is formed with a ring type magnet(a). An N pole and an S pole are formed at a left side and a right side of the fixing magnetic pole(a). The fixing magnetic pole(a) is used for rotating a rotary magnetic pole(h). The same poles of the fixing magnetic poles(a) are arranged in a predetermined interval when one or more fixing magnetic poles(a) are used. A semicircular magnet(h) is installed within the ring type magnet(a). A rotator is formed with a non-magnetic body. The N pole and the S pole are selectively installed in a surface of the rotator according to polarity and a rotating direction of the fixing magnetic pole(a).

Description

Magnetic Motor

Magnetism of magnets

The problem that can produce a lot of energy according to the strength of the magnetic field of permanent magnet

Figure 1: Introduction of operation principle and attached parts

Figure 2: Internal structure of the magnet motor using one stator pole

Figure 3: Internal structure of the magnet motor using two fixed magnetic poles

Ring Particle, Semicircular Magnet, Nonmagnetic Rotor, Brake Device

Since power is generated using the magnetic field of the permanent magnet without the use of external energy, it does not cause environmental problems, and it is possible to produce power and power to obtain the necessary energy for a long time.

Claims (3)

The fixed magnetic pole is a ring type magnet (Fig. 1-2-a), and is composed of N and S poles on both sides. And it affects the rotational stimulus (Fig. 1-1 -h, semi-circular magnet) to push and pull at the same time to rotate the role. In particular, when more than one stator pole is used (see Fig. 3), the same poles are installed at regular intervals, and for the rotational pole, semi-circular magnets are installed using the poles between the poles and the ends of the stator poles. When the N and S poles of semi-circular magnets (Fig. 1-1-1) are placed horizontally in the Ring Type magnets (Fig. 1-2a), the properties of the magnet can be used. An angle is formed so that the same pole is pushed and the other pole is rotated on the principle of pulling force. In addition, depending on the position of the polarity, it is possible to rotate in the reverse direction and forward, and there is a brake device to stop. The rotor (Fig. 2,3-R) is made of non-magnetic material, and the N and S poles are selected according to the rotation direction around the boundary line between the N and S poles of the stator pole on the outer surface of the rotor divided into semicircular magnets. Assembly is performed, and rotates under the influence of the magnetic field of the fixed magnetic pole.