JPS6231365A - Magnetic power device - Google Patents

Abstract

PURPOSE:To obtain a device which contributes to energy-saving by using the first and second members having different poles and obtaining relative driving forces by the attracting and repelling actions between the two. CONSTITUTION:Poles 3-5 are disposed at the prescribed interval on the first member I, permanent magnets 8 are rotatably disposed at the prescribed interval on the second member II, the members I, II are opposed to construct a magnetic power device. When the magnets 8 of the member I approach the poles 3-5 of the member I, the magnets 8 attract each other as different poles 6, 7, the magnets 8 are inverted immediately after they cross each other, and repel each other as the poles 6, 7 of the same polarity. Thus, a relative driving force is obtained at the members I, II, and the member I can be driven, for example, in a direction of 1 as shown.

Description

DETAILED DESCRIPTION OF THE INVENTION In the present invention, a first member having magnetic poles electrically installed at predetermined intervals and a second member having different magnetic poles move relative to each other, and the magnetic poles of the second member approaching the first member move relative to each other. , when the same magnetic poles of the first member approach, the magnet of the second member is reversed to bring the different magnetic poles closer to the first member and attract the different poles of the first member;
Also, when a magnetic pole of a different polarity of the first member approaches the magnetic pole of a second member that approaches the first member, the magnetic pole of the second member attracts the different pole of the first member, and the two different poles pass each other. Immediately after the second
The magnets of the members are reversed so that the magnetic poles of the same polarity approach the first member to repel the magnetic poles of the first member, and the above action is repeated to obtain a relative driving force between the first member and the second member. This is a magnetic power device that is characterized by the following characteristics, and is a power device that uses magnetic poles such as permanent magnets and electromagnets.

FIG. 1 shows an embodiment of the present invention, in which a first member I and a second member I
The first member I has magnetic poles 3, 4, and 5 arranged at predetermined intervals, and the second member II has different poles 6 at both ends. , 7 is provided. First member I and second member
Since the movement of member II is relative, the following description will be made assuming that the first member remains stationary and the second member II moves in the two directions of the arrow.

Here, the magnetic poles 3, 4, and 5 of the first member I are, for example, 3 is the north pole,
4 is the south pole and 5 is the north pole. The magnet 8 of the second member is located at a position a immediately after passing the N pole 3 of the first member I, and is located at the N pole of the first member I.
Pole 6 approaches the first member. Therefore, the north poles 3 and 6 are repulsed, and the first member I is driven in the direction of the arrow 1. Next, when the second member passes the intermediate position b between the N pole 3 and the S pole 4, the N pole 6
attracts the south pole 4 and subsequently drives the first member I. N pole 6
At position C, immediately after the magnet 8 passes the S pole 4, the magnet 8 is reversed, the S pole 7 approaches the S pole 4, the first member continues to be driven by repulsion, and the second member II is driven by the first member I. When the intermediate position d between the south pole 4 and the north pole 5 is exceeded, the south pole 7 attracts the north pole 5 and continues to drive the first member. At the position e immediately after the south pole 7 of the second member passes the north pole 5 of the first member, the magnet 8 is reversed again, the north pole 6 approaches the north pole 5, and the first member continues to be driven.

FIG. 2 also shows an embodiment of the present invention, in which N poles 9, 10, and 11 of the same polarity are arranged on the first member I, and the magnet 8 of the second member II is placed at a position f immediately after passing the N pole 9. In this case, the north pole 6 is close to the first member I. Therefore, the N poles 9 and 6 are repulsed, and the first member I is driven in the direction of the arrow 1. Next, the second member II is placed at the intermediate position g between the N pole 9 and the N pole 10 of the first member I.
After slightly passing through, the magnet 8 is reversed and the north pole 10 is attracted to the south pole 7. Next, the magnet 8 is repelled at a position h immediately after the N-pole 7 passes the N-pole 10, and the N-pole 6 approaches the N-pole 10 and is repelled. When the second member 2 passes a little past the intermediate position i between the north poles 10 and 11, the magnet 8 is reversed again and the north pole 1
1 is attracted to the south pole 7.

Furthermore, the magnet 8 is reversed at position j immediately after the S pole 7 passes the N pole 11, and the drive of the first member continues due to the above-mentioned repulsion of the same polarity and attraction of the different polarity.

3 to 5 are embodiments of the present invention showing various mechanisms of the second member II.

In FIG. 3, the first member I is a circular outer rotor 12, a magnetic pole 13 is provided around the circumference, an internal gear 14 is formed in the center of the outer rotor 12, and this gear 14 is connected to the second member I.
It is made by meshing a pinion 15 with a magnet 8 attached thereto.

In FIG. 4, the first member I is an externally toothed gear 16, a magnetic pole 13 is provided around the circumference of the first member I, and a pinion 17 to which a magnet 8 of the second member II is attached is meshed with this gear 16.

In FIG. 5, the first member I is a linear rack gear 18, and the magnetic poles 13 are arranged in a row, and the rack gear 18 is connected to the magnet 8 of the second member II.
It is made by meshing a pinion 19 with an attached pinion, and can be used as a linear drive motor.

The permanent magnet in the embodiment described above may be an electromagnet whose coil is energized, and various modifications of the embodiment are all included in the present invention.

As described above, the present invention is an epoch-making invention that uses a magnetic field to obtain power, and greatly contributes to energy saving.

[Brief explanation of the drawing]

FIG. 1 is a schematic diagram of an embodiment of the present invention. FIG. 2 is a schematic diagram of another embodiment of the present invention. FIGS. 3 to 5 are side views showing various embodiments of the present invention. I...First member , II... second member 3, 4, 5,
6, 7, 9, 10, 11, 13...Magnetic pole 8...Permanent magnet

Claims (1)

[Claims] A first member having magnetic poles arranged at predetermined intervals and a second member having real magnetic poles perform relative movement, and the first member has magnetic poles that are close to the first member. When the magnetic poles of the members of the same polarity approach, the magnet of the second member is reversed and the magnet of the different polarity approaches the first member to attract the different polarity of the first member, and the magnet of the second member approaches the first member. With respect to the magnetic pole of the second member, the first
When the different magnetic poles of the members approach, the magnetic pole of the second member attracts the different polarity of the first member, and immediately after the two different poles pass each other, the magnet of the second member is reversed and the magnetic pole of the same polarity is attracted to the magnetic pole of the second member. A magnetic power device characterized in that the magnetic pole of the first member is repelled by being brought close to the first member, and the above action is repeated to obtain a relative driving force between the first member and the second member.