KR980009880A - Power generation engine - Google Patents

Abstract

The inner side of one gear and the inner side of the other are formed into a case having a planar circular shape having the same diameter and the inner diameter of the gear, and the reciprocating rotary gear is inserted through the bearing on the inner side of the gear side. A fluid pressure bearing plate capable of being pressurized is integrally formed with the reciprocating rotary gear shaft to move the fluid in a reciprocating rotational motion, and the reciprocating rotary gear and the fluid pressure bearing plate are reciprocated in the left- (14) which is free of frictional force and inertial force by making the force applied by the fluid pressure to zero, and then drives the motor by using the first drive motor. Then, the high pressure fluid is continuously generated, By driving the fluid turbine and continuously using the power generating device 14 to drive the power generator 14, By the power of a structure in which the take-out of a device that generates power without a power generating engine at rest.

Description

Power generation engine

FIG. 1 is a principle view of a power generator. FIG.

Fig. 2 is a block diagram of a power generating engine. Fig.

DESCRIPTION OF THE REFERENCE NUMERALS

1: case (circular in the circumferential direction, inner gear in the half, and half in the inner diameter equal to the diameter of the idle circle of the gear, or circular in the circumferential direction, .

2: reciprocating rotary gear 3: rotary gear shaft

4: Bearing 5: Fluid pressure bearing plate

6: left and right reciprocating shaft 7: outflow fluid pressure hose

8: inlet fluid pressure hose 9: keyway

10: Fluid inlet build-up check valve 11: Pressure fluid outlet check valve

12: Fluid 13: Battery

14: Power generator using the principle of Fig. 1 15: Fluid auxiliary tank

16: generator 17: fluid turban

18: Power generator drive motor

principle

1, the reciprocating rotary gear 2 having an outer diameter equal to the distance of the portion A in the case 1 formed of the inner gear and the inner circle is connected to the inner gear side of the case 1 through the fluid pressure- The same radial angle (180 degrees when one each of the reciprocating rotary gear and the fluid pressure bearing plates is 90 degrees, 90 degrees when two are each, 60 degrees when three, and 45 degrees each) The number of parts 7, 8, 9, 10 and 11 is increased), the fluid 12 is filled in the left and right spaces after being inserted through the bearing 4 into the rotary gear shaft 3 moving in the left and right reciprocating rotary shafts 6, Which is configured to be slid with respect to the inner surface of the circular side of the reciprocating rotary gear and the case 1 when the reciprocating rotary gear 2 is movable within a range in which the reciprocating rotary gear 2 can move, ) Moves at the same time to move the fluid filled in the space to the rotating side. At this time, the fluid filled in the clearance of the gear due to the reciprocating rotary gear 2, which is in tight contact with the inner gear of the case 1, moves to the space and at the same time, The fluid that has been moved is also filled into the space.

If you calculate the space before the action takes place and the space to be filled with the fluid, the volume of the fluid is blown by one side of this gap space of the gear. (Assuming that the reciprocating rotary gear has moved by the number of teeth of the inner gear of the case --- the fluid which was filled in the three teeth of the case inner gear + the fluid of the three crevices entering from the opposite space by the reciprocating rotary gear, It is a calculation formula of the volume --- corresponding to three reduced number of teeth of case inner gear.)

Since the volume and the volume of the clearance of the gear are the same, when the reciprocating rotary shaft 3 and the fluid pressure bearing plate 5 are integrally rotated, the volume of one gap of the gear increases in the space where the volume moves. Subsequently, the fluid is discharged through the outlet check valve (11), and the volume is reduced in the opposite space, thereby sucking the fluid through the inlet check valve (10). By repeating this operation reciprocatingly, the fluid is continuously sucked and discharged through the structure in which the discharge and suction of the spaces opposite to each other are connected in parallel to the fluid pressure hoses 7 and 8, respectively.

(The rotary gear shaft 3 is configured so as to be integrated with the fluid pressure-receiving plate 5 at a half of the distance of the portion A) and the fluid Since the distance (distance A) between the pressure receiving plates is the same, the force generated by the fluid pressure on the fluid pressure receiving plate and the force generated by the reciprocating rotary gear 2 (the force due to the fluid pressure is proportional to the outer diameter of the gear The force exerted on the distance of the portion A is always the same regardless of the shape of the gear or any other shape. The structure in which the reciprocating rotary gear shaft 3 and the pressure receiving plate are integrally connected to the left and right reciprocating rotary shafts 6 by the key groove 9 , The torque applied to the left and right reciprocating rotary shafts 6 becomes zero depending on the fluid pressure regardless of the situation.

However, only the force of moving the fluid in the space in the space, mechanical frictional force, and the required inertial force by reciprocating left and right act. However, this is solved by discharging the fluid at a high pressure and increasing the output of the fluid turbine 17.

That is, the power generator is configured to rotate the fluid turbine 17 connected to the pressure hose 7 by discharging the fluid at a high pressure without requiring power.

Configuration

A left and right reciprocating rotary device capable of converting a rotary motion into a reciprocating motion in the left and right directions is connected to the left and right reciprocating rotary shafts 6 of the power generation device 14 using the principle of FIG. 1 to generate power by using the power of the drive motor 18 And drives the fluid turbine 17 connected to the fluid pressure hose and the fluid auxiliary tank 15 to generate power, and the generator 16 is driven to generate a constant voltage regardless of the rotation A braking diode is installed to set up an automatic excitation current regulator, and a condenser for improving the ripple current is installed in parallel with the full-wave rectified rectified current. The condenser and the breeze diode are two-phase or three- And the electrons which are moved to a suitable voltage by the generator are accumulated in the storage battery 13, The drive motor 18 is continuously driven by the magnetic field generated by the movement of the electrons to the coil in the power generator drive electric motor 18 so as to continuously drive the power generator so as to rotate the fluid turbine 17, The power is used to be used elsewhere through the power take-off shaft, and the generator 16 is rotated by a part of the power to configure the engine itself to perform the continuous motion.

Until then, human beings are living with various problems such as energy shortage, air pollution, nuclear problem, environmental destruction due to long use such as various internal combustion engine and steam engine hydraulic power. These various problems can be solved by the inventions of the present invention and it is considered that the problems that may arise in the future can be solved.

Until a good invention that does not cause any other problems than the invention in the future, it seems to be technically a useful addition to this device to solve the human suffering in the modern industrial society.

In the past, many engineers have tried several non-powered actuating mechanisms in the past, but their feasibility is low and there are many technical problems that violate the natural laws. Although the agency itself, which can operate without an energy source, is a violation of physical laws, however, it is necessary to apply the epidemiological law in order to establish an institution that can actually operate without violating the laws of nature. To eliminate various factors such as pollution, energy, environmental destruction which are raised as various problems.

Claims (2)

A power generating engine comprising a combination of a power generator (14) and a fluid auxiliary tank (15) connected thereto, a fluid turbine (17), a generator (16), a capacitor (13) and a drive motor (18). The power generating device (14) according to claim 1, ※ Note: It is disclosed by the contents of the first application.