JP2015137645A - gravity power generation system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a gravity power generation system that converts inexhaustible gravity force into rotational energy, and rotates a rotational shaft for power generation to generate power.SOLUTION: A power generation device, which rotates a rotational shaft by utilizing energy generated when an object falls, pulls up the fallen object by a weight difference, pulls up a pulled down object to an upper part by hydraulic pressure and repulsive force of a spring, further falls the object, and thereby rotates the rotational shaft continuously, is regarded as one unit. A power generation system has four units, and falls an object by time difference and rotates a rotational shaft to generate power.

Description

The present invention relates to a gravity power generation system that converts gravity energy into rotational energy and rotates a power generation motor to generate power.

Conventionally, there is a power generation device using gravity, typically a hydroelectric power generation, but there are various problems in making a power generation device, rivers due to environment, land acquisition, cost, maintenance, climate and seasonal fluctuations There are risks such as water shortage due to changes in water flow, etc., and there are other risks such as safety of nuclear power generation, fuel and air pollution of thermal power generation, solar power, wind power, steam, etc. One of them is the power generation device that uses infinite gravity, which has to increase the number of power generation devices that use natural energy in the future.

Conventional power generation methods have problems related to safety, environment, air pollution, and stable power supply. To solve these problems, we must invent and increase the number of power generation devices that use natural energy. The present invention must be a power generation system that uses the gravity of natural energy and plays a role in solving the problems of existing power generation devices.

Means to solve the problem

A power generation system that drops an object from a high place, converts the gravitational energy into rotational energy, and rotates the rotating shaft to generate electricity.
The fallen weights 1A and 2A are pulled up to the upper part by the weight difference with the weight 9, and the weight 9 is attached to the cylinder B1 with a jib and a piston, and compresses the oil to flow out into the cylinder B2. Simultaneously with the fall of the weight 2A, A power generation system that generates electricity by rotating the rotating shaft by repeatedly reaching the upper part by the hydraulic pressure of the cylinder B2 and the repulsive force of the spring.

Effect of the invention

The power generation device of the present invention can be installed even in a small land using infinite gravity, and it can be put into practical use by generating electricity day and night.

Development Elevation Cutaway front view of an embodiment of the present invention

Assemble the rods, attach the pulleys 3D, 2D, and the moving pulley 1D, hang the wires, and attach the weights 1A, 2A: weights 9 to both ends. To.

When the weight 9 is at the X point and the weights 1A and 2A are at the Y point (FIG. 1), the weights 1A and 2A are pulled up by the weight difference from the weight 9 and reach the X point.

Cylinder B1 is placed with the Z point at the top and aligned, and cylinder B2 is also installed and connected at the bottom, making the height twice that of cylinder B1.

When the weight 9 descends and reaches the Z point, the weight 9 is adjusted with the weight of the weight 9, the spring of the cylinder B2, oil, etc. so as to be balanced with the weights 1A and 2A at the X point (the same state as the seesaw) To)
When the weight 9 descends and reaches the Z point, the oil in the cylinder B1 flows out of the cylinder B2, compresses the spring, and pushes up the oil level.

As soon as the weight 2A reaches the X point, it is separated from the weight 1A (FIG. 3) and falls to rotate the rotating shaft. The falling of the weight 2A causes the weight 9 at the Z point to be out of balance and the hydraulic pressure and spring repulsion of the cylinder B2 The weight 1A suddenly rises due to the force, and at the same time, the weight 1A descends and attaches to the top of the weight 2A at the Y point. The weight generator 2A at the point Y is repeatedly pulled up to the point X and dropped by the weight 1A via the connecting device (FIGS. 3 and 1).

Apply the theory of moving pulleys (in the case of the present invention)
(The force to lift the weight is half, the length of the line to be pulled is double) The so-called vertical movement of the weight 9 is half of the vertical movement of the weights 1A and 2A, and the cylinders 1B and 2B can be easily installed. Become.

To rotate the rotating shaft without interruption and transmit it to the generator,
The power generator is set as one unit, and four units are installed to drop an object with a time difference. By dropping a plurality of the power generators, the rotational force is increased and the output of the generator is increased. A flywheel is attached to stabilize the rotation (Figure 2).
When the weight 2A is dropped, the pulley rotates the rotating shaft. When the pulley is raised, the pulley is idled by the ratchet gear and the ratchet pawl. (Figure 3)

DESCRIPTION OF SYMBOLS 1 Detaching and connection tool 2 Ratchet claw 3 Generator 4 Speed increasing gear 5 Flywheel 6 Rotating shaft 7 V belt 8 Wire 9 Weight 10 Shaft 11 Hydraulic oil 12 Piston ring 13 Spring 14 Ring 15 Oil adjustment port 1D Dynamic pulley 2D, 3D Pulley B1, B2 Hydraulic cylinder C, 1C Pulley

Claims (5)

Attach the pulley, attach the pulley, attach the weight A1 and weight 9 to both ends of the wire, hang on the pulley so that it can move up and down, attach the weight 1A on the pulley 3D side, the pulley 2D on the moving pulley 1D attach the weight 9 on the 1D side, 2A is fixed to the belt hung on the pulley C, and is connected to the weight A1 by a connecting device. (1 in FIGS. 1 and 3)
Since the weight 9 quickly raises the weights 1A and 2A to reach the point X, the weight is set to 2.0 to twice or more than the weights 1A and 2A.
The hydraulic cylinder B1 is installed with the height of half the vertical movement of the weights 1A and 2A (Z point) as the top end, and the cylinder B2 is installed side by side to connect the bottom, and the height is doubled. (Figure 1) Apply the theory of moving pulleys (in the case of the present invention)
(The force to lift the weight is half, the length of the line to be lifted is double)
The so-called vertical movement of the weight 9 is only half of the vertical movement of the weights 1A and 2A, and the installation of the cylinders B1 and B2 becomes easy and is the most important part of the present invention. (Figure 1) The weights 1A and 2A at the Y point are lifted by the weight difference from the weight 9 and reach the X point. At the same time (the shaft and piston ring are attached and inserted into the cylinder B1), the weight 9 is lowered and the hydraulic oil flows out to the cylinder B2. The weight 9 at the Z point and the weights 1A, 2A at the X point are balanced (similar to a seesaw), the strength of the spring 13, the amount of oil 11, the weight 9 The weight 2A at the point X adjusts the weight, etc., of the weight 2A when the weight 9 reaches the point Z and is released from the connecting device (1 in FIG. 3) attached to the point 1A. (Fig. 2)
The weight 9 that has reached the Z point is unbalanced due to the fall of the weight 2A, suddenly rises due to the hydraulic pressure of the cylinder B2 and the repulsive force of the spring, and reaches the X point. Attached above the weight 2A. (Fig. 1 Fig. 2)
The weight 9 that rises and reaches the point X loses the repulsive force and hydraulic pressure of the spring and descends again while pulling up the weights 1A and 2A. The weight 2A that rises and reaches the point X is separated from the weight 1A and falls again. A gravity power generation system that generates electricity by rotating a rotating shaft through a pulley and transmitting it to a generator. When the weight 2A is dropped, the weight 2A falling from the X point and being at the Y point is connected to the connecting device (1 in FIG. 3) by the weight 1A that has been lowered, and is repeatedly pulled up to the Y point and simultaneously dropped. The pulley 1C rotates and rotates the rotating shaft. When the pulley 1C is raised, the pulley 1C is idled by the ratchet gear E and the ratchet pawl 2, and the rotating shaft does not rotate. (Figure 3) In order to rotate the rotating shaft without interruption, the above power generator is made into 1 unit, 4 units are constructed and the object is dropped with a time difference to stabilize the rotating speed of the rotating shaft. Gravity power generation system that increases rotational power and increases generator output by dropping multiple falling objects. (Figure 2)

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