JPH0888988A - Magnetic power plant - Google Patents

Abstract

PURPOSE: To provide a magnetic power plant, wherein magnetic force is made to be the power source. CONSTITUTION: A yoke is brought into contact with a magnet 1, and a side surface 3 having weak magnetic force and a side surface 4 having strong magnetic force are formed. A plurality of these magnets are regularly arranged on a fixed stage 5 and a rotary disk 6, and the line of the magnetic field, wherein the strong and weak magnetic forces are present, is formed. The magnetic force in the advancing direction toward the rotating direction of the rotary disk 6 is arranged so that the side surfaces 4 with the strong magnetic force of the magnet 1 on the fixed stage 5 and of the magnet 1 on the rotary disk 6 face to each other. For the magnetic force in the blocking direction of the rotating direction, the arrangement is performed so that the side surfaces 3 with the weak magnetic force of the magnet 1 on the fixed stage 5 and the magnet 1 on the rotary disk face to each other. Thus, the constitution is formed so that the total force of the repulsion of the magnetic force pushing the advance cannot exceed the total force of the repulsion force of the magnetic force blocking the advance in progress in the advancing direction even if the rotary disk 6 is located at any position.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention provides a magnet with a strong magnetic force on the side having a weak magnetic force and a strong magnetic force on another side, and these magnets are regularly arranged to overcome the repulsive force of the weak magnetic force by the repulsive force of the strong magnetic force. The present invention relates to a magnetic power unit configured to do so.

[002]

2. Description of the Related Art Some conventional power plants are based on electromagnetic induction, but none of them are composed of magnetic force.

[0003]

The conventional power unit such as a motor is an electric power unit and requires electric energy, and thus has a problem of causing various costs and pollution. An object of the present invention is to provide a magnetic power unit that uses only magnetic force.

[0004]

In order to achieve the above object, the magnetic power unit of the present invention has a side surface (3) having a weak magnetic force and a strong magnetic force by applying a yoke (2) to a magnet (1). A plurality of side surfaces (4) are formed, and a plurality of these are regularly arranged and fixed on the fixed pedestal (5) to form a row of magnetic fields having strong and weak magnetic forces. Further, a plurality of magnets (1) to which the yoke (2) is applied are regularly arranged and fixed on a rotating disk (6) to form a magnetic field array having strong and weak magnetic forces. Using the repulsive force of the magnetic force, the magnetic force that strikes in the direction in which the rotary disc (6) is propelled toward the traveling direction is the magnet (1) on the fixed pedestal (5).
And the side (4) with strong magnetic force of the magnet (1) on the turntable (6) are arranged to face each other, and
The magnets (1) on the fixed pedestal (5) and the magnet (1) on the turntable (6) have weak magnetic forces against the magnetic force in the direction that impedes the traveling direction of the turntable (6). Side surface (3) By arranging them so that they face each other, the total force of the magnetic repulsive forces that propel the traveling direction can exceed the total force of the magnetic repulsive forces that inhibit the traveling direction. The magnetic power unit configured is provided.

[0005]

[Operation] Since the repulsive force of the magnets with strong magnetic force can exceed the repulsive force of the magnets with weak magnetic force, the magnet (1)
Apply a yoke (2) to the side surface to make a side surface (3) having a weak magnetic force and a side surface (4) having a strong magnetic force, and regularly arrange a plurality of these on a fixed pedestal (5) to fix the magnetic force. Make a sequence of magnetic fields with different strengths. Further, a plurality of magnets (1) to which the yoke (2) is applied are regularly arranged and fixed on a rotating disk (6) to form a magnetic field array having strong and weak magnetic forces. Utilizing the repulsive force of the magnetic force, the magnetic force that strikes in the direction propelled in the traveling direction of the rotating disk (6) is the magnet (1) on the fixed pedestal (5) and the magnet (1) on the rotating disk (6). ) Each side with strong magnetic force (4) Arranged so that comrades face each other,
Moreover, with respect to the magnetic force in the direction that obstructs the traveling direction of the turntable (6), the weak magnetic forces of the magnet (1) on the fixed pedestal (5) and the magnet (1) on the turntable (6) are Sides held (3) By arranging each other so that they face each other,
In the case of rotating circular motion, it is continuous by constructing so that the total force of the magnetic repulsive force that propels the traveling direction can exceed the total force of the magnetic repulsive force that inhibits the traveling direction. It can be used as a power unit for exercise.

[0006]

EXAMPLES Examples of the present invention will be described below. (A) The magnet (1) to be used is a square magnet having an N pole on the upper surface and an S pole on the lower surface, and 9 magnets are used on the fixed base and 10 magnets are used on the turntable. (See FIG. 1) (b) As shown in FIG. 3, a plate of magnetic material is applied to the N-pole surface and the S-pole surface of the magnet (1) to be used, so that the yoke (2) is caused to function and the magnet ( Increase the magnetic force on the side of 1). At least one of the four side surfaces is contacted with a magnetic plate to act as a yoke (2) to form a side surface (3) having a weak magnetic force, and the other side as a side surface (4) having a strong magnetic force. To do. (C) Generally, it is known that a magnet with a yoke applied thereto has a magnetic force of 5 to 10 times the magnetic force of the original magnet alone in terms of magnetic flux concentration, but the present invention also has a weak magnetic force. The larger the difference in magnetic force between (3) and the side surface (4) having a strong magnetic force, the greater the effect. However, it can be carried out if there is a difference in magnetic force of at least 3 times or more. (D) Nine magnets (1) are regularly arranged at regular intervals along the hollowed out circumference on a fixed base (5) of a non-magnetic body which is hollowed out in a circular shape. (E) The magnets (1) arranged on the fixed pedestal (5) are arranged such that the diagonal lines of the magnets (1) overlap with the center line of the hollowed circle, and the side surface of each magnet (1) having a weak magnetic force ( 3)
Arrange so that they are in the same direction. (See FIG. 4) In FIG. 1, FIG. 2, FIG. 4, and FIG. 5, the side surface (3) having a weak magnetic force of each magnet (1) in the leftward direction toward the center of the plane circle viewed from above. ) Are arranged so that they will come. (Fig. 4
(F) 2-3 mm more than the circle cut out from the fixed pedestal (5)
A non-magnetic rotating disk (6) having a short radius is made, a supporting shaft (7) is provided at the center of the rotating disk (6), and the rotating disk (6) is held by an outer frame (9) to fix the stationary base (5 ) Be able to rotate in a hollow circle. (Refer to FIG. 2) (g) Ten magnets (5) are regularly arranged at equal intervals along the circumference of the rotary disk (6). (H) The magnets (1) arranged on the turntable (6) should be such that the diagonal line of the magnet (1) overlaps the center line of the circle of the turntable (6), and the weak magnetic force of each magnet (1) is weak. 1 and 2 are arranged so that the side surfaces (3) having the edges have the same direction.
In FIGS. 4 and 5, the side surfaces (3) having a weak magnetic force of the magnets (1) in the right direction are arranged so as to come toward the center of the circle on the plane viewed from above. (See FIG. 4.) (i) Since the fixed pedestal (5) and the magnet (1) on the turntable (6) utilize repulsive force, the fixed pedestal (5) is used in FIGS. 1, 2, 4, and 5. ) And the magnet (1) on the turntable (6) have N poles on the upper side. (E) According to Coulomb's law on magnetism, "The force acting between two point magnetic poles is proportional to the product of the strengths of the opposing point magnetic poles, and inversely proportional to the square of the distance between these point magnetic poles. ", So try to calculate the state of magnetic force based on this. The point where the magnet (1) on the fixed pedestal (5) affects the magnet (1) on the turntable (6) at the closest distance between the side surfaces of the magnet is regarded as two point magnetic poles. Apply Coulomb's law. (L) The difference between the total repulsive force of the magnetic force that propels the rotational direction and the total repulsive force of the magnetic force that inhibits the propulsion in the rotational direction is as follows, depending on the position of the rotating disk in FIG. (A) When the difference in magnetic force between the side surface (3) having a weak magnetic force and the side surface (4) having a strong magnetic force is three times. The force acting between weak and weak magnetic forces is 1 × 1 = 1 The force acting between weak and strong magnetic forces is 1 × 3 = 3 The force acting between strong and strong magnetic forces is 3 × 3 = Therefore, the relation of the force depending on the position of each magnet (1) is as follows. The difference between the force in the direction of propulsion and the force in the direction of impeding propulsion is 1.
3463-1.0199 = 0.3264, which is 32% of the weak magnetic force in the propelling direction. (B) When the difference in magnetic force between the side surface (3) having a weak magnetic force and the side surface (4) having a strong magnetic force is four times. The force acting between weak and weak magnetic forces is 1 × 1 = 1 The force acting between weak and strong magnetic forces is 1 × 4 = 4 The force acting between strong and strong magnetic forces is 4 × 4 = Therefore, the relation of the force depending on the position of each magnet (1) is as follows. The difference between the force in the direction of propulsion and the force in the direction of impeding propulsion is 2.
3946-1.3525 = 1.0421, which is 100% of the weak magnetic force in the propelling direction. (E) The difference between the total repulsive force of the magnetic force for propelling the rotating direction and the total repulsive force of the magnetic force for inhibiting the propulsion in the rotating direction is as follows depending on the position of the rotating disk in FIG. (C) When the difference in magnetic force between the side surface (3) having a weak magnetic force and the side surface (4) having a strong magnetic force is three times. The force acting between weak and weak magnetic forces is 1 × 1 = 1 The force acting between weak and strong magnetic forces is 1 × 3 = 3 The force acting between strong and strong magnetic forces is 3 × 3 = Therefore, the relation of the force depending on the position of each magnet (1) is as follows. The difference between the force in the direction of propulsion and the force in the direction of impeding propulsion is 1.
2991-0.6439 = 0.6552, which is 65% of the weak magnetic force in the propelling direction. (D) When the difference in magnetic force between the side surface (3) having a weak magnetic force and the side surface (4) having a strong magnetic force is four times. The force acting between weak and weak magnetic forces is 1 × 1 = 1 The force acting between weak and strong magnetic forces is 1 × 4 = 4 The force acting between strong and strong magnetic forces is 4 × 4 = Therefore, the relation of the force depending on the position of each magnet (1) is as follows. The difference between the force in the direction of propulsion and the force in the direction of impeding propulsion is 2.
1616−0.8228 = 1.3388, which is 133% of the weak magnetic force in the propelling direction. From the above, when the difference in magnetic force between the side surface (3) having a weak magnetic force and the side surface (4) having a strong magnetic force is 3 times, the weak magnetic force is about 32% to 65%. It becomes the force in the direction of propulsion of about 100% to 133% of. (W) As described above, the rotating disk (6) moves continuously due to the repulsive force of the magnetic force. (F) The number of the magnets (1) on the fixed pedestal (5) and the number of the magnets (1) on the turntable (6) in the above-mentioned embodiment have the size of the turntable (6) and a weak magnetic force. Magnification of the difference in magnetic force between the side surface (3) and the side surface (4) having a strong magnetic force, and the approach point between the magnet (1) on the fixed pedestal (5) and the magnet (1) on the turntable (6). Since it depends on the distance and so on, it is important to adjust these in order for the turntable (6) to move continuously. (Y) In order to obtain a smoother continuous motion, at the point where the repulsive force of the magnetic force that hinders the thrust in the traveling direction is strong,
The magnet (1) on the fixed pedestal (5) and the magnet (1) on the turntable (6) are arranged so that the stronger magnetic point that propels the traveling direction of the other magnet (1) on the turntable (6) hits. Required between the magnets (1).

[0007]

Since the present invention has the above-mentioned structure and can use a permanent magnet as a power source, it becomes an inexpensive power unit without pollution, and it is easy to generate electricity by this magnetic power unit. , Energy can be supplied to existing electric appliances.

[Brief description of drawings]

FIG. 1 is a perspective view of the present invention.

FIG. 2 is a sectional view of the present invention.

FIG. 3 is a perspective view in which a yoke is applied to the magnet of the present invention.

FIG. 4 is a plan view showing a distance between magnets of the present invention.

FIG. 5 is a plan view of another state showing the distance between the magnets of the present invention.

[Explanation of symbols]

1 Magnet 2 Yoke 3 Side with weak magnetic force 4 Side with strong magnetic force 5 Fixed pedestal 6 Rotating plate 7 Support shaft 8 Outer frame A, B, C, D, E, F, G, H, I, J Rotation Magnet on board

Claims (1)

[Claims] 1. A yoke (2) is applied to a magnet (1) to form a side surface (3) having a weak magnetic force and a side surface (4) having a strong magnetic force, and a plurality of these are mounted on a fixed pedestal (5). They are regularly arranged and fixed to form a row of magnetic fields with strong and weak magnetic forces. or,
A magnet (1) in which the above-mentioned yoke (2) is applied to a rotating disk (6).
A number of magnetic fields are regularly arranged and fixed to form a row of magnetic fields with strong and weak magnetic forces. Utilizing the repulsive force of the magnetic force, the magnetic force that strikes in the direction propelled in the traveling direction of the rotating disk (6) is the magnet (1) on the fixed pedestal (5) and the magnet (1) on the rotating disk (6). ) The magnets on the fixed pedestal (5) are arranged so that the side surfaces (4) with strong magnetic forces of (4) face each other and that obstruct the traveling direction of the turntable (6). By arranging (1) and the side of the magnet (1) on the turntable (6) with weak magnetic force (3) facing each other, the total repulsive force of the magnetic force that propels the traveling direction. Is a magnetic power unit configured to exceed the total repulsive force of magnetic force that hinders the propulsion in the traveling direction.