JP2020041538A - Gravity force power generation system - Google Patents

Abstract

To provide a gravity force power generation device for converting energy falling down by a gravity force to rotation energy, rotating a rotating shaft of a generator, and repeating a lift and a re-fall.SOLUTION: A wire is wound to pulleys 2D, 3D, and a moving pulley 1D. Weights 1A, 2A having weight differences, and a weight 9B are attached to both ends of the wire. By a principle of the moving pulley, vertical motions of the weights 1A, 2A become a double of that of the weight 9B, the falling position of the weight 2A becomes high, and the wire 8 is connected to the weight 1A with the pulleys 2D, 3d as W-pulleys. The weight 9B pulls the weights 1A, 2A up to an X-point by the weight differences while descending from the X-point, and simultaneously compresses working fluid in a cylinder B2. When the weights 1A, 2A reach the X-point, the weight 2A is separated from the weight 1A, falls, and rotates a rotating shaft. The weight 9B returns to the X-point by the hydraulic pressure of a cylinder B2 and a spring simultaneously with the fall of the weight 2A. The weight 1A simultaneously is descended, and adheres to an upper part of the weight 2A. The pulleys and the weights are set into one unit, then, four or more units are installed, and the units are made to fall at the time differences.SELECTED DRAWING: Figure 1

Description

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

Conventionally, there is a power generation device that uses gravity, a typical example is hydroelectric power generation, but there are various problems in making a power generation device, due to changes in river water flow due to environmental, cost, maintenance, climate and seasonal fluctuations. There is a risk of water shortage, etc.
In addition, there are safety of nuclear power generation, fuel of thermal power generation and air pollution, etc.
There are solar power, wind power, steam, etc. in natural energy-based power generators, but there is still no way to compare them with large-scale power generation. A power generation device that uses gravity is one of them.

Conventional power generation methods have problems related to safety, environment, air pollution, and stable supply of power. The present invention is a power generation system using gravity of natural energy and plays a part 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 its gravity into rotational energy, and rotates the rotating shaft of the generator to generate electricity. The dropped object is lifted by the cylinder oil pressure and spring.

The invention's effect

The power generation device of the present invention can be installed even in a small land using the infinite gravity. It generates power day and night, regardless of the weather.
The use of gravity alone is environmentally friendly, cost-effective and practical.

Development Exploded view The weights 1A, 2A are lifted at the X point due to the weight difference from the weight 9B, and the weight 2A is separated from the weight 1A and falls to rotate the rotating shaft. It returns to point X by the spring of B2. In order to rotate the rotating shaft without interruption, a plurality of weight dropping facilities are made, and the weight 2A is dropped at a time difference. Disconnecting and connecting device ratchet claw, ratchet gear

The weight 2A is dropped from a high place, the rotating shaft of the generator is rotated, and the dropped weight 2A is lifted up by the weight difference while the weight 9B is lowered. The lowered weight 9B is moved by the hydraulic pressure of the cylinders B1 and B2 and the spring. Return to point X

Hydraulic cylinders B1 and B2 are installed and connected to the bottom.
When the weight 9B raises the weights 1A and 2A to the point X by the weight difference, and simultaneously reaches the point Z while compressing the hydraulic oil and the springs of the cylinders B1, B2, the weight 2A is cut off from the weight 1A and falls. , Rotate the rotating shaft.
When ascending, the rotating shaft does not rotate due to the ragget gear.

The weights 1A and 2A are at the X point, the weight 9B is at the Z point, and the hydraulic pressure of the cylinder B2 is compressed at the Z point.

Since the weight 2A is separated from the weight 1A and dropped, the weight 9 loses balance and returns to the point X by the hydraulic pressure of the cylinder B2 and the spring repulsion.

In order to rotate the rotating shaft without interruption, the falling body equipment is regarded as one, and four or more facilities are constructed and dropped at a time difference.

This gravity power generation is an apparatus utilizing infinite gravity, and can contribute to society without risk of environment and resources.

Symbol description

FIG.
1D Moving pulley D, 2D, 3D, pulley 7 V belt 8 Wire 10 Shaft 11 Hydraulic oil, 14 Piston ring 13 Spring 1A 2A Weight B1, B2, Cylinder 9B, Weight Figure 3
3 generator 4 speed-up gear 5 flywheel 6 rotating shaft
E Ratchet gear 1

Claims (5)

Assemble the turret and attach the moving pulley, pulley, hydraulic cylinder, weight, etc.
A wire is hung on the pulley and the moving pulley, and weights 1A and 2A and a weight 9B with weight differences are attached to both ends thereof. (Fig. 1)
By applying the principle of the moving pulley, the vertical movement of the weights 1A and 2A is double that of the weight 9B, and the falling position of the weight 2A is increased.
In the principle of the moving pulley, the pulling-up force of one half of the weight is counteracted by the power generating device. Therefore, the ends are not fixed, and the moving pulley, the pulleys 1D, 2D, and 3D are changed to the W pulley, and the wire is hooked on the weight 1A. Connect.
Hydraulic cylinders B1 and B2 are installed side by side and their bottoms are connected. (Fig. 1) When the weight 9B compresses the spring of the cylinder B2 and raises and lowers the weights 1A and 2A and reaches the Z point, the weights 1A and 2A reach the X point, and the ring (14) of the hydraulic cylinder B2 also reaches the Z point. At that time, the above three points are set so as not to rise or fall, and to be balanced. When the weights 1A and 2A reach the point X, the weight 2A is separated from the weight 1A and dropped by the separating device (1 in FIG. 4) to rotate the rotating shaft of the generator.
The weight 9B at the Z point loses the balance of the three points (the X point of the weights 1A and 2A, the cylinder B2 hydraulic pressure compressed by the Z point weight 9B of the weight 9B) due to the drop of the weight 2A, and the hydraulic pressure of the cylinder B2 Return to point X. In conjunction therewith, the weight 1A descends and adheres to the upper part of the weight 2A. The weight 2A that has dropped from the point X rotates the rotating shaft of the generator. When the weight 2A rises, the rotating shaft does not rotate due to the radial gear. In order to rotate the rotating shaft without interruption, one unit is one unit, four or more units are installed, and the weight is dropped at a time difference.