JP2001346375A - Apparatus for outputting power with magnetism - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a power output apparatus which can obtain an intensified power with the polarity of a permanent magnet utilizing a week power obtained from an outside by completely eliminating a problem that a continuous power cannot be obtained because attractiveness and repellence of permanent magnet work on attraction and repellence due to close provision of the same polarity. SOLUTION: There is provided an apparatus for outputting power with magnetism in which a plurality of permanent magnets are combined and are provided in parallel to a working shaft to form a working magnet, a pipe which is inserted to be loosely fitted is provided to the working shaft at the center of this working magnet, an inversion apparatus which works with the other source of power is provided to this pipe, a plurality of permanent magnets are combined and fixed to both end portions (internal side of the working magnet) of the inverted pipe and such permanent magnets are used as the inverted magnets.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a magnetic power, which utilizes the attraction and repulsion of a permanent magnet to generate a strong reciprocating motion from a weak reversing motion obtained from another power source to generate power. It relates to an output device.

[0002]

2. Description of the Related Art Conventionally, there have been many inventions and ideas using a permanent magnet for a power output method.
In any of them, the attraction and repulsion of the permanent magnet have the same pole approaching to each other, acting on the attraction and repulsion of the same pole, so that continuous motion such as rotary motion and reciprocating motion is not obtained, resulting in no success Was.

[0003]

SUMMARY OF THE INVENTION The present invention completely solves the unsolved phenomenon that the permanent magnet has the attraction and resilience acting on the attraction and repulsion due to the approach of the same pole to prevent continuous power. To provide a power output device that can obtain power with the polarity of a permanent magnet.

[0004]

According to this means, a plurality of permanent magnets are combined to form an operating magnet juxtaposed to an operating shaft, and a pipe inserted freely through a central portion of the operating shaft is provided. This is a magnetic power output device in which a reversing device operated by another power source is provided on a pipe, and a plurality of permanent magnets are combined and fixed to both ends of the reversing pipe.

[0005]

According to the present invention, a plurality of combined permanent magnets are inverted by a reversing device operated by another weak power source at the center of the juxtaposed operating magnets configured as described above. The attraction and repulsion by magnetism give the working magnet strong attraction and repulsion, and generate a strong continuous reciprocating motion on the operating shaft.

[0006]

DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described with reference to the drawings.
In FIG. 1, a permanent magnet is combined with an operating shaft 3 supported by a bearing 17 and juxtaposed to form an operating magnet 2. The operating magnet 3 is free to penetrate the operating shaft 3 at the center of the operating magnet 2. The inserted pipe 4 is provided, and the pipe 4 is provided with a reversing device including a reversing gear A5 and a rack 8 operated by another power source.
Similarly, a plurality of combined permanent magnets are fixed with a reversing device sandwiched therebetween, and this is referred to as a reversing magnet 1.

[0007] In the embodiment of the present invention, the flywheel 9 started by the starter motor 16 is driven by the transmission gear A10.
And an oil hose 1 acting on the oil cylinder 13 via the transmission gear B11 and extending from the oil cylinder 13
Numeral 4 slides the rack 8 back and forth by hydraulic pressure, and reverses the reversing gear A5 meshed with the rack 8. At this time, the reversing gear motor 7, which has obtained power from another power source,
6 is inverted to assist the slide of the rack 8.

The reversal of the reversing gear A5 causes the working magnet 2 approaching the reversing magnet 1 to attract and repel the reversing magnet 1 in conjunction with it. As a result, a strong reciprocating motion is generated on the operating shaft 3. In the embodiment of the present invention, the working magnet 2. The inverting magnet 1 is also assembled by abutting the short sides and the short sides of the two rectangular permanent magnets. If one permanent magnet is used, and if a plurality of rectangles are combined by contacting the long sides of the rectangle, the working magnet 2 and the reversing magnet 1 are crossed at 90 degrees. Even if it does, both magnets will have a reaction of attraction and repulsion, and will not be in a completely non-resistance state. (See 0011 below)

As described above, since the reversing magnet 1 causes attraction and repulsion to act on the adjacent operating magnet 2, the reversing magnet 1 needs to be inverted twice for one reciprocation of the operating shaft 3. The transmission gear B11 doubles the rotation to act on the reversing gear 5 via the cam 12 and the oil cylinder 13.

The reversing gear motor 7 is turned on and activated just before the operating magnet 2 and the reversing magnet 1 are attracted or repelled. Therefore, just before the arm of the oil cylinder 13 moves up or down on the convex portion of the cam 12, the oil motor 13 operates in the forward rotation and the reverse rotation, and the gear motor 7 is not always rotating.

At the time of starting, the starter 16 rotates the flywheel to start, and the gear motor 7 assists the sliding of the rack. This initial movement requires some torque, but when the poles of the reversing magnet 1 and the working magnet 2 move away from each other, that is, at the moment when the polarities cross, both magnets lose their attractive force and repulsive force and are in a state of no resistance. And starts to work toward the next adsorption.

[0012]

As described above, according to the present invention, by inverting the permanent magnet installed inside, the permanent magnets at both ends are attracted and repelled to obtain a strong power. Has an effect. I. Assuming that the torque required for the operation of the reversing device is 1 kg and the torque applied to the operating magnet by the reversing magnet is 5 kg for both the attraction force and the repulsive force, the ratio becomes 1 to 10, and a strong power is generated by a weak power source. . B. If this device is used in various industries, not only power generation,
Small aircraft. Small ship. It becomes energy for small cars and air pollution. It can be an epoch-making prime mover to solve various global concerns now, such as depletion of underground resources.

[Brief description of the drawings]

[Fig. 1]

FIG. 2 is a combination diagram of magnets.

[Explanation of symbols]

 1. Inverting magnet 11. Transmission gear B2. Working magnet 12. Cam 3. Operating shaft 13. Oil cylinder 4. Pipe 14. Oil hose 5. Reversing gear A 15. Crank 6. Reversing gear B 16. Cell motor 7. Reverse gear motor 17. Bearing 8. Rack 9. Flywheel 10. Transmission gear A

Claims (1)

[Claims] A plurality of permanent magnets are combined, and the permanent magnets are arranged side by side on an operating shaft to form an operating magnet.
A pipe 4 is inserted into the operating shaft 3 at the center of the pipe 4 so as to freely pass therethrough. A reversing device operated by another power source is provided on the pipe 4, and a plurality of permanent magnets are combined and fixed to both ends of the pipe 4. Then, a power output device by magnetism using this as a reversing magnet 1.