KR20040096994A - The Principle of Torque Amplification - Google Patents

Abstract

PURPOSE: A principle of torque amplification is provided to amplify torque converted from a fossil fuel or electrical energy, by using permanent magnets emitting magnetic forces. CONSTITUTION: A plurality of asymmetrical eccentric circular permanent magnets are assembled to a plurality of rotary shafts at predetermined intervals and phases. The rotary shafts are arranged to increase an amplifying ratio of torque. A closed circuit constituted by a motor, a torque amplifier, a generator, a divider, and a motor which are sequentially connected with each other, is used for supplying power to the motor and divider. The residual power is applied to an external source.

Description

The Principle of Torque Amplification

The present invention relates to a principle of torque amplification, and more particularly, to a principle of amplifying a torque converted in an internal combustion engine or an electric motor by using a permanent magnet that permanently releases magnetic force, which is magnetic energy. Until now, in principle, the energy amplification due to the law of energy invariance, air resistance and frictional resistance has been considered to be impossible, and thus, no practical prior art is known.

The present invention proposes a principle of amplifying rotational force by using a permanent magnet as a permanent energy source in order to minimize the consumption of fossil fuel or electrical energy.

Among the characteristics of permanent magnets, the repulsive force of the same poles is pushed away from each other, so the magnetic field is generated by the repulsive magnetic field. Therefore, the attraction force of the two poles is used.

The force between the two magnets acting on the attraction force is the largest variable in the law of universal gravitational force. In order to use the characteristics of the magnet, the following shape was devised.

In order to convert the attraction force of a pair of permanent magnets into rotational force, the eccentric circle shape as shown in Fig. 1A, which can be fixed to the rotating shaft, is used as the basic type. In order to make it small, the asymmetric eccentric shape like FIG. 1 (b) was devised.

Two magnets (N-S, S-N) magnetized in two poles are assembled at the shortest axial gap that does not collide when the long core of the eccentric circle is symmetric. When the two axes are connected to each other by a timing belt in a phase in which the long core is symmetrically arranged, and an external rotation force is applied to one axis, the rotational motion becomes as shown in FIG. 3.

3A is divided into a close stroke from (A) to (E) and a separate stroke from (E) to (R). A close stroke is an energy generating motion that moves with magnetic energy without external energy. It is a necessary energy consumption movement.

Comparing (D) to (D) and (F), (D) and (G), the distance between the magnets increases rapidly during the separation stroke compared to the near stroke. The attraction force between magnets is relatively large, even if the proximity movement (energy generation) reduces the energy consumption due to air resistance and frictional resistance rather than the separation movement (energy consumption) according to the above-mentioned distance inverse square. .

1 is a plan view of the designed permanent magnet

Figure 2 is an example of the rotational force amplification device magnet array plan view

3 is a plan view of a motion trajectory of a symmetrical magnet

<Explanation of symbols for main parts of drawing>

1: Shaft through hole 2: Key through hole

3: permanent magnet 4,5: magnet gap and shaft fixing cuff

6: main axis 7: satellite axis

8: Air gap

When described with reference to the accompanying drawings as follows.

2 is a permanent magnet arrangement of one embodiment of the torque amplification device, which is composed of one main shaft 6 and two satellite shafts 7, the main shaft being in phase with air than the thickness of the magnet assembled to the satellite shaft. Two sets of asymmetric eccentric circular magnets (3) assembled with a coupling of thickness plus an air gap (8) are mounted with three sets with a phase difference of 120 degrees. Three asymmetrical eccentric circular permanent magnets 3 are mounted at positions where air gaps are inserted between the magnets of the main shaft with a phase difference of 120 degrees.

In addition, the polarities of the magnets are sequentially assembled into two poles in which attraction is applied in one direction, and each magnet used for the main axis and the satellite axis is a dipole magnet magnetized differently in the same shape.

In this arrangement, the two satellite axes are connected to each other by timing belts with a phase difference of 180 degrees with respect to the main axis.

Then, when an external torque is applied to one of the satellite axes, a continuous torque amplification action occurs by six close peaks in one rotation in a left and right intersection between the main axis and the satellite axis.

Parts other than permanent magnets (such as shafts, couplings, shaft fixing bolts, magnet fixing keys, bearings, etc.) that make up the device are based on workpieces made of paramagnetic metal or engineering plastics. Do not increase the sliding resistance caused by magnetization.

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Claims (4)

The shortest axis in which the long axis of the eccentric circle does not collide in the symmetrical phase of the two axes of rotation in which the two asymmetrically eccentric bipolar magnets (NS, SN) permanent magnets are parallel. Assembled at intervals. On the basis of the principle that when the external rotational force is applied to one axis by arranging and connected with a timing belt or the like, the gap between the front and rear magnets is suddenly changed based on the proximity vertex in the rotational movement in which the two magnets repeat the close stroke and the separate stroke. Rotational force amplification principle that the energy generated by the adjacent stroke is relatively larger than the energy consumed by the separate stroke Based on the rotational force amplification principle of claim 1, a plurality of asymmetrical eccentric circular permanent magnets are sequentially assembled to the rotating shafts at regular intervals and at divided angles, and the plurality of rotating shafts are coupled to the shaft-to-axis magnets. Rotational force amplification device characterized in that arranged in the form of insertion (() to increase the amplification rate by increasing the attraction area and the number of action points The power amplification device of claim 2 consists of a closed circuit leading to the next stage of the torque amplification apparatus, the next stage of the generator, the next stage of power storage and splitter, and to supply only the power required to the motor in the power storage and divider, and supplies surplus power to the outside. Energy amplifying permanent power generation engine The n asymmetrical eccentric circles of n permanent magnets are assembled in the main axis sequentially at regular intervals at a 360-degree dividing angle of n minutes and one on a constant circumference around the main axis. The n-axis permanent magnets are arranged in the same direction as the permanent magnets mounted on the main axis, and the magnets are bipolarly magnetized so that the attraction force is applied. If you assemble sequentially in phases and connect and synchronize with each other with a timing belt, etc., the sum of the forces of the strokes to go to the proximity vertex between the symmetrical magnets is the sum of the forces of the strokes separated from the attraction force of the proximity vertex. Permanent power engine, characterized in that the permanent rotation of magnetic energy more.