KR200273714Y1 - Rotational magnetic induction circulating magnetic power unit - Google Patents

Abstract

In order to make the permanent magnet motor rotated by the attraction force and repulsion of the permanent magnet, the magnetic poles of the N pole and the S pole are induced to the rotor shaft by the inertia action of the high speed rotor, and the motor is supplied by recirculating and supplying the magnetic pole induced to the rotor shaft. Magnetizes the magnet. Four N-pole magnets are arranged at a 90 ° angle on the stator, and eight magnets are placed on the rotor with the S-pole facing outward at an angle of 22.5 ° from a straight line passing through the central axis. It rotates by inertia, and increases the inertia force with a circular rotor in a circular stator space, and installs a circular free electron conductor on the stator to induce magnetic lines of force on the rotor shaft with the rotor and relative movement so that both ends are connected to the N pole and Stimulus is formed in the S pole.

Inertial motion that can induce magnet by rotating magnetic pole which is composed of circular stator case magnetic circuit and ring which connects rotor N pole and utilize vector sum of magnetic energy and inertia energy as power energy Rotating stimulation induced circulating magnetic power unit.

Description

Rotational magnetic induction circulating magnetic power unit

As a power unit using magnetic force, AC and DC motors which convert electric energy into magnetic force are generally used. The basic principle of driving a motor is to generate electric energy through magnetic induction of current and mutual induction of current and magnetic relation. It is converted to magnetic energy and used to generate electric power in a power plant in order to drive an electric motor. Until now, the main driving force of the power plant has been heat energy transferred to a Rankine cycle in a unidirectional straight line by thermal or nuclear energy.

Starting with thermal energy, only the thermal expansion of the fluid is required to produce high pressure gas (high temperature, high pressure steam) by heating the medium, water, to increase molecular motion.

The research and development of spatial energy devices is actively conducted due to the bloody efforts of natural science engineers who have creative consciousness around the world, but it is not yet established as a natural science principle.

As a power device using magnets, the Swiss company Paul Baumann's M / L converter, TESTATIKA SYSTEM, and Minato Kohei, Minato Kohei, Japan, are demonstrating a device that obtains rotational power with permanent magnets without consuming external energy or materials.

However, the existing magnetic energy utilization device needs a strong permanent magnet that is already made first, and the driving stops when the magnetic force is extinguished.

Therefore, such a device does not have the function of obtaining and utilizing a limited rotational power and recycling the magnetic force only while the magnetic force is maintained as a closed track under the condition that magnetic energy is accumulated in the magnet.

Unlike the existing technology of obtaining thermal expansion energy or electromagnet energy, the present invention is a device that actually applies the principle that magnetic energy is generated in a high-speed rotating body. As two key operating principles,

Firstly, the rotor axis of a high-speed rotating object indicates a point in space by the rigidity and uses the phenomenon that magnetic poles are generated at both ends of the rotor axis, and second, the force is applied in a constant direction to the object rotating at high speed. When applied, the resultant force appears as a vector sum to 90 ° forward, and it is a device that uses the special phenomenon of the rotating body to make the gyro compass. It has been used only as an inertial navigation system to find and navigate the exact direction when an aircraft or ship moves by using the principle that the direction of gravity fluctuates due to the phenomenon of superficial and superficial.

The magnetic energy of the rotating stimulus induced by the rotating shaft by the "rigidity" of the rotating body (the inertial force action of the high speed rotating body) could not be utilized.

In general, the DC motor is driven by the force of electromagnets made on the principle of magnetic induction of the current flowing through the stator and the rotor coils and the mutual induction between the current and magnetism, the Swiss "M / L converter" or the Japanese " By specially arranging permanent magnets such as Minato Motor, all the energy of the source that drives the rotor by the suction / repulsion action between the same and opposite poles of the magnets installed in the stator and rotor is the same. It is.

In the present invention, the fundamental operating principle of driving the rotor is the same as using magnetic energy.

However, considering the polarity arrangement of the magnetic poles on the stator and the rotor and the installation angles of the magnets, the suction / repulsion force is applied to the rotor movement of the rotor between the relative magnetic poles to reinforce the rotational power and consume electrical energy to create the magnetic poles. Do not rely only on permanent magnets

As the principle of the earth magnetic field is formed along the rotation axis of the earth, the rotor is continuously supplied by continuously supplying the consumed magnetic energy by constructing a magnetic circuit to recirculate the magnetic force induced in the rotor shaft while rotating with the inertia and magnetic force of the rotor. It is to configure the inertial motion rotational stimulation induced circulating magnetic power unit that can be utilized as power while rotating in the.

1 is an overall perspective view of an "inertial rotational magnetic induction circulating magnetic power unit".

2 shows the assembled state of the stator and the rotor and the self-circulating circuit configuration, and FIG. 1 is a cutaway cross-sectional view taken along the A-A 'horizontal axis.

3 is a cross-sectional view showing the arrangement of magnetic poles and spherical free electron conductors on the stator, and FIG. 1 is cut along the B-B 'longitudinal axis.

4 is a cross-sectional view of a transverse cutaway in which only the rotor is separated from FIG.

FIG. 5 is a cross-sectional view of the cutaway in which the magnet arrangement and the self-circulation circuit are marked on the rotor, and FIG. 4 is cut along the B-B 'longitudinal axis.

* Description of the symbols for the main parts of the drawings *

10: N-pole hemisphere magnetic circuit stator. 11: S pole side magnetic circuit stator.

12: N-pole sleeve bearing set. 13: S-pole sleeve bearing set.

14: spherical free electron conductor (16 pieces) 15: N pole stator stimulation (4 pieces)

20: inertia rotor for magnetic circuit 21: magnetic pole induction rotor shaft.

22: N-pole magnetic circuit connecting ring. 23 magnets arranged on the rotor. (8 pieces)

In order to increase the speed of movement of the "rigidity" (inertial action of the high-speed rotating body) in the device of the present invention and to use the rotational power more powerfully by driving the rotor strongly, first, the configuration of the driving part and the magnetic circuit has a circular structure. By reducing the mechanical friction loss with air, the speed of inertia movement is increased and the circuit of magnetic force lines can be configured to efficiently charge the magnetic energy which is gradually disappearing.

Secondly, by setting the polarity of the magnetic poles installed on the stator and the rotor and the position and angle of the magnets to be offset from each other, the suction / repulsive force of the magnetic force acts effectively to install the strong rotor.

Third, the magnetic circuit part of the outer shell of the rotor is spherical in order to induce and circulate the magnetic poles on the rotor shaft, and an independent spherical free conductor is installed on the inner surface of the stator as an insulator.

Hereinafter, the detailed configuration and operation principle of the subject innovation device according to the accompanying drawings.

1 is an overall perspective view of an inertial rotational magnetic induction circulating magnetic power unit, except for the fixing frame, the entire structure is a magnetic circuit in which an N-pole hemisphere magnetic circuit stator 10 and an S-pole hemisphere magnetic circuit stator 11 are combined; It is the outer case of the circular structure.

2 is a cross-sectional view of the incision cut along the horizontal axis with the stator and rotor assembled. FIG. 3 is a cross-sectional view of the cutaway through the longitudinal axis. The outermost part of the stator shows a magnetic circuit. The vertical and horizontal solid lines represent N pole and S. The magnetic circuits of the poles were separated, and four N pole stator poles (15) were arranged with an angle difference of 90 °, and sixteen spherical free electron conductors (14) were insulated diagonally between the N pole and the middle pole of the N pole. It is fixed in a state.

4 shows only the rotor separated by magnetic force and inertia in the space inside the stator.

5 is a cross-sectional view taken in longitudinal section cut to indicate the magnet arrangement and the magnetic circulation circuit in the rotor. Both ends of the magnetic pole-inducing rotor shaft 21 at the center of the rotor are the N pole-side sleeve bearing set 12 and the S; It is supported by the pole side sleeve bearing set 13 and assembled so as to rotate freely inside the stator.

Eight magnets (23) arranged on the rotor by the B-B 'axis cutting surface of the rotor 20 of the magnetic circuit inertial body have an N pole side inward and an S pole side at a 22.5 ° angle in a straight line passing through the rotor shaft and the center. It is arranged as a bar and the inner N pole side is gathered by the N pole magnetic circuit connecting ring 22 so that the magnetic circuit is connected to the magnetic pole induction rotor shaft 21 so that the whole system of the inertial motion rotating magnetic pole induction circulating magnetic power unit is constructed. do. In the operation of the device of the present invention, when the rotor is initially turned in the direction indicated by the arrow, the N pole fixed magnetic pole 15 and the S poles of the magnets 23 disposed on eight rotors arranged at 22.5 ° angles are sucked in sequence. It rotates and the rotational force is strengthened by the action of inertia and magnetic force.

When the rotor 20 of the magnetic circuit inertia rotates, the magnetic force is induced on the magnetic pole-inducing rotor shaft 21 by the relativity with 16 spherical free electron conductors 14 installed around the stator. It forms a magnetic pole of the S pole and is connected to the hemisphere magnetic circuit stator (10.11) and the magnetic circuit inertia rotor (20) on the N pole side and the S pole side, so that the magnetic pole (15) and the rotor of the N pole stator are circulated through a circulating magnetic circuit. The rotor is driven while magnetizing the magnet 23 disposed therein.

Inertial rotation magnetic induction circulating magnetic power device that can utilize the rotational power of the inertial rotor while charging the magnetic energy consumed by inducing the rotational stimulation by the suction / repulsive force of the magnets installed in the stator and the rotor and the inertial action of the rotor to be.

The principle of the device of the present invention is to circulate the magnetic circuit by applying the magnetic energy conversion of the rotational stimulus generated by the spherical free-electron conductor of the stator and the magnetic circuit inertia rotor using the inertial force and the magnetic characteristics. It is necessary to construct the industrial energy utilization system by establishing the whole principle of the natural system in which the energy transfer process is circulated in the circle orbit by switching the paradigm of the existing science and technology, which has been focused on unilateral self-righteous results until now. You will be able to provide an opportunity.

As the device of the present invention is put into practical use, various techniques for constructing a circulating magnetic circuit and a method of inducing a larger rotational stimulus will be developed.

It is possible to provide the inertial rotational stimulus circulating magnetic power device that can directly establish the fundamental principle that the north stimulus point occurs on the earth and the phenomena moving along the true north into physical phenomena.

Claims (1)

In order to produce a stationary that utilizes the magnetic force circulated by the inertial action of the rotating body and the rotational stimulus induction as the power of the rotor, The N pole side and the S pole side hemisphere magnetic circuit stator (10.11) are combined to form a spherical space, and the hemispherical magnetic circuit stator (10.11) arranges a spherical free electron conductor (14), and the outer case has an N pole stator pole (15). Is installed and constitutes a stator that acts as a magnetic circuit, The magnetic inertial rotor 20 for the magnetic circuit is spherical with the magnetic pole-inducing rotor shaft 21 as the center axis, and eight magnets 23 arranged on the rotor as the cutting planes of the ends are each 22.5 degrees in a straight line passing through the center line. It is composed of a spherical shape that is assembled with the stator case by the installation of the angle difference and the inner side of the magnetic circuit by the N pole magnetic circuit connecting ring 22 and the N pole side sleeve bearing set 12 and the S pole side sleeve bearing set 13. Rotating magnetic induction circulating magnetic power device characterized in that the inertial motion.