JP2002027735A - Moving insulator magnetic force or electrostatic force controlled device power - Google Patents

Abstract

PROBLEM TO BE SOLVED: To move pistons (1), (2) comprising magnets or conductors with electro static charge by utilizing elements (5) through which magnetic lines of force from the magnets (2) or electric lines of force from the conductors with the electrostatic charge cannot pass. SOLUTION: A large number of elements (5) through which magnetic lines of force cannot pass are attached to an outer circumference of a table part (6) of a turntable with intervals between each other. Magnets 1 are fixed to positions directly above tracks on which the elements (5) through which the magnetic lines of force cannot pass travel and pistons, such as pistons comprising cylinders (2) and magnets (2), pistons with magnets (2), etc., are placed at positions directly under the magnets (1) and lower than the tracks on which the elements (5) travel. A motor (9) is connected to the rotary shaft (7) of the turntable. One of the magnets (1) and (2) may be a magnetic element. The magnets (1) and (2) may be two conductors with electrostatic charge or one of the two conductors may be a dielectric element.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

TECHNICAL FIELD The present invention relates to a magnet (1)
Utilizing the magnetic force of (2) or the electrostatic force acting on the two conductors storing the static electricity, it was made of a piston made of a moving magnet (2) or a piston provided with the magnet (2) or a conductor storing the static electricity. It moves a piston or a piston equipped with a conductor that stores static electricity.

[0002]

The present invention relates to a magnet (2)
A piston (e.g., a piston or a piston provided with a magnet (2)) made of a material that is moved by a magnetic force acting between the piston and the magnet (1), but is impermeable to the magnetic force (5).
To control the magnetic force so that the piston approaches or moves away from the magnet (1).

[0003]

Referring to the drawings, a large number of magnetically impermeable substances (5) are attached to the outer periphery of a table portion (6) of a rotary table with an interval between adjacent ones. The magnet (1) is fixed on the orbit through which the magnetically impermeable material (5) passes, and the cylinder (3) below it and below the orbit through which the magnetically impermeable material (5) passes.
And the piston is installed, and the rotary axis of the rotary table (7)
And a motor (9).

[0004] The magnet (1) is made of a material (5) that is impermeable to magnetic force.
Is fixedly mounted on the ceiling above the track through which the vehicle passes or on the ceiling of the inner wall of the cylinder (3). Then, a cylinder (3) and a piston made of a magnet (2) are placed below and below the track through which the magnetically impermeable substance (5) passes. As the piston, a piston made of the moving magnet (2) or equipped with the magnet (2) is used.

[0005] The magnet (1), the cylinder (3), the piston and the like can be installed upside down.

When an elastic body is provided between the piston and the bottom surface of the inner wall of the cylinder (3) or the ceiling surface of the inner wall of the cylinder (3), and the piston is balanced by utilizing the elasticity of the elastic body, the piston works. The piston can be moved with magnetic force weaker than gravity.

[0007]

BEST MODE FOR CARRYING OUT THE INVENTION The table portion (6) of a rotary table can be turned with a very small force even if a heavy object is placed on the table portion (6). Therefore,
The table part (6) can be turned by supplying a small amount of energy to the motor (9) connected to the rotating shaft (7) of the table. Therefore, the magnetically impervious substance (5) attached to the outer periphery of the table part (6) of the rotary table can be moved with little energy.

When the substance (5) which does not pass magnetic force is moved,
The magnetically impermeable substance (5) repeatedly enters and exits between the magnet (1) and the magnet (2).

When there is no magnetically impermeable substance (5) between the magnet (1) and the magnet (2), a magnetic force acts between the magnet (1) and the magnet (2), and conversely. When entering between the magnet (1) and the magnet (2), the magnetic force acting between the magnet (1) and the magnet (2) does not act.

Therefore, the magnet (1) on the upper side of the orbit through which the substance (5) that does not pass magnetic force passes is fixed to the ceiling surface or the like, the cylinder (3) is fixed on the lower side, and the piston is Is provided. Then, each time the magnetic force acting between the magnet (1) and the magnet (2) acts or stops, the piston repeatedly rises and falls in the cylinder (3).

The table portion (6) of the rotary table can be rotated with very little energy even if a heavy object is placed on the table portion (6) or the table itself is large or heavy. Large table (6)
A large number of substances (5) that do not pass magnetic force are attached to the outer periphery of.
In order to reduce the energy for rotating the table part (6), a substance (5) which is impermeable to magnetic force is symmetrically mounted and balanced.

[0012]

A table (6) is attached so that a substance (5) impermeable to magnetic force projects below the lower surface or above the upper surface of the table (6), or is attached to the periphery of the lower surface or the upper surface of the table (6). The magnet (1) is installed on one side and the cylinder (3) and the piston are installed on one of the two sides of the track located below the lower surface or above the upper surface of the part (6), and the piston and the wall (15) are installed. ) And the like.

Then, the piston moves in the horizontal direction by using the elastic force of the elastic body instead of gravity.

When a connecting rod is connected to the piston, a crank is installed at the end of the connecting rod, and the connecting rod is connected to the rotating shaft of the wheel. Rotate.

There are provided two parallel rails which are connected at both ends by a U-turn. In addition, a substance (5) that does not pass magnetic force is attached to the belt to which the car is attached, and the car attached to the belt is placed on the rail. Then, the belt is circulated along two parallel rails, and the magnetically impermeable material (5) attached to the belt is circulated along two parallel rails.

In this method, the space is smaller than that of the rotary table, so that the cost of land is low.

The vehicle mounted on the belt may be mounted on a rail instead of the belt.

The material (5) that does not pass magnetic force does not necessarily have to completely pass magnetic force. It may be a substance that does not completely pass magnetic force.

Either the magnet (1) or the magnet (2) may be a magnetic material such as iron.

In place of the magnets (1) and (2), two conductors storing static electricity are used. Instead of using the magnetic force of the magnets (1) and (2), the electrostatic force acting on the two conductors storing static electricity is used. May be used. However, the substance (5) that does not transmit magnetic force or the substance that does not completely transmit magnetic force is a substance that does not transmit electrostatic force or a substance that does not completely transmit electrostatic force. In addition, a portion in contact with the conductor storing the static electricity is made of an insulator.

One of the two conductors storing the static electricity may be a dielectric. Note that, similarly to the above, the portion in contact with the dielectric is made of an insulator.

[0022]

According to the present invention, since the rotary table is used, it is possible to rotate and move the substance (5) which does not pass magnetic force by supplying a small amount of energy. Therefore, a large amount of energy can be obtained by supplying a small amount of energy, and unlike power generation and power engines that use oil, natural gas, or nuclear power as an energy source, they can solve the problem of resource depletion and the destruction of the natural environment. It is valid.

The present invention is very inexpensive as it is simple in construction and requires little labor.

[Brief description of the drawings]

FIG. 1 is a perspective view of a table part (6) and a substance (5) that is impermeable to magnetic force.

FIG. 2 is a plan view of a table part (6) and a substance (5) that is impermeable to magnetic force.

FIG. 3 is an explanatory side view showing an example of the present invention.

FIG. 4 is an explanatory side view showing an embodiment of the third embodiment.

[Explanation of symbols]

1 Fixed magnet 2 Moving magnet 3
Cylinder 4 Stopper 5 Magnetically impermeable material 6 Table part 7 Rotary axis of rotary table 8 Base part 9 Motor 10
Motor rotation axis 11 Belt 12 Ceiling surface 13
Floor 14 Spring 15 Wall 16
Rollers 17 Axles 18

Claims (10)

[Claims] (1) A large number of substances (5) that do not pass magnetic force or substances that do not completely pass magnetic force are attached to the outer periphery of the table part (6) of the rotary table at intervals with adjacent ones, The motor (9) is connected to the rotary shaft (7) of the rotary table. (B) A magnet (1) is fixed on or below a track through which a magnetically impermeable substance (5) or a substance that does not completely transmit magnetic force passes, and a material (5) below or above and above or below the magnetic force. )
Alternatively, a cylinder (3) and a piston made of the magnet (2) or a piston provided with the magnet (2) are installed below or above a track through which a substance that does not completely pass magnetic force passes. A power plant having the above configuration. 2. The power plant according to claim 1, wherein an elastic body is provided between the piston and an inner wall bottom surface of the cylinder (3) or a ceiling surface of the inner wall of the cylinder (3). 3. A magnetically impermeable material (5) or a material which is completely impermeable to magnetic force is attached so as to protrude below the lower surface or above the upper surface of the table portion (6), or the lower surface of the table portion (6). And a magnet (1) provided on one of two sides of a track below the lower surface or above the upper surface of the table portion (6).
The power plant according to claim 2, wherein a cylinder (3), a piston and an elastic body are installed on the other side, and the piston moves horizontally. 4. A connecting rod is connected to a piston, and a crank is installed at the tip of the connecting rod to connect with a rotating shaft of a wheel, so that the wheel makes a rotating motion. Or the power plant according to claim 3. 5. The power plant according to claim 1, wherein a driving force transmission means is provided on the piston, and the power of the piston is used as a power source. 6. The power plant according to claim 1, 2 or 3, or 4 or 5, wherein two parallel rails are connected by making both ends U-turn, Material that does not pass magnetic force through the belt to which the car is attached (5)
Or attach a material that is completely impermeable to magnetic force, place the car attached to the belt on a rail, and rotate the belt along two parallel rails to completely remove the material that is impermeable to magnetic force (5) or the magnetic force. A power plant characterized in that an impervious substance circulates along two parallel rails. 7. The power plant according to claim 6, wherein the vehicle is mounted on a rail. 8. The method according to claim 1, wherein one of the magnet (1) and the magnet (2) is a magnetic material. A power plant according to claim 1. 9. The magnet (1) and the magnet (2) are conductors storing static electricity, and a portion in contact with them is an insulator;
The material (5) which does not pass magnetic force or the material which does not completely pass magnetic force is a material which does not pass electrostatic force or a material which does not completely pass electrostatic force.
A power plant according to claim 4, claim 5, claim 5, claim 6, or claim 7. 10. The power plant according to claim 9, wherein one of the two conductors storing the static electricity is a dielectric.