WO2018105150A1

WO2018105150A1 - Gravity-based power generation system

Info

Publication number: WO2018105150A1
Application number: PCT/JP2017/021883
Authority: WO
Inventors: 雅秋白井
Original assignee: 白井正雄
Priority date: 2016-12-08
Filing date: 2017-06-07
Publication date: 2018-06-14
Also published as: JP2018096358A

Abstract

A gravity-based power generation system which repeatedly performs a process involving: converting the falling energy of objects by gravity into rotational energy so as to cause a rotary shaft of a power generator to rotate; lifting the dropped objects by means of a weight difference, the hydraulic pressure of a cylinder, and the return spring force of a spring; and re-dropping the objects. All cylinders of the power generator apply Pascal's principle. The cylinders are such that B = B1; B, B1 < C; C < B2; and B2 < B3. Working fluid flows from B, B1 to C; from B2 to B3; and from C to B, B1, B2. In order to cause the rotary shaft to rotate continuously, three units, each comprising a set of A and B, are constructed, and the objects are caused to drop at different times from each other.

Description

Gravity power generation system

The present invention relates to a gravitational power generation system that changes the energy at which an object falls into rotational energy and generates power by rotating a motor.

Conventionally, there is a power generation device that uses gravity, and the typical one is hydroelectric power generation, but there are various problems in making the power generation device, water shortage due to changes in river water flow due to environment, cost, maintenance, climate and seasonal variation Other risks include nuclear safety, thermal power fuel and air pollution.
There are solar power, wind power, steam, etc. in the power generation device using natural energy; there is still no comparison with large-scale power generation. In the future, the power generation device using natural energy must be increased. One of them is a power generation device that uses infinite gravity.

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

A power generation system that generates an object by dropping an object from a high place and changing the rotational energy to rotate the rotating shaft of the generator.

The power generation device of the present invention uses infinite gravity, can be installed even in a small land, and generates power regardless of the day and night and weather (measures against wind and rain are necessary).

FIG. 1 is a development view illustrating a method for performing gravity power generation.
FIG. 2 is a development view, and FIG. 3 is an elevation view of dropping the weight 2A in order to rotate the rotating shaft without interruption.
Fig. 4, hydraulic oil flow and check valve Fig. 5, disconnecting the weight 2A, connecting tool, ratchet claw, ratchet gear,
BEST MODE FOR CARRYING OUT THE INVENTION

The object is dropped from a high place, the rotating shaft of the generator is rotated via the ratchet gear, the dropped object is lifted by the weight 9B by the weight difference, and the pulled weight 9B is returned to the X point by the hydraulic pressure and the spring. .
Build two facilities with the same function and connect the bottom.
When the weight 9B pulls up the

weights

1A and 2A to the X point due to the weight difference, and simultaneously reaches the Z point while compressing the hydraulic oil of the cylinders B, B1, B2, the weight 2A is separated from the weight 1A and falls, generating power. Rotate the rotating shaft of the machine. The rotating shaft does not rotate due to the rugged gear when ascending. The compressed hydraulic oil in the cylinders B, B1, B2 flows out to the cylinder C and lifts the weight 9C to the X point. The weight 9C at the X point is the weight 1A at the Y point. , 2A is pulled up by a quantity difference and reaches the Z point, the weight 2A is separated from the weight 1A, falls and rotates the rotating shaft of the generator. When ascending, the rotating shaft is not rotated by the rugged gear.
The hydraulic fluid of the cylinder C compressed by the weight 9C flows out of the cylinders B, B1, B2, and lifts the weight 9B to the X point. Also, the spring of the cylinder B3 is released, and it is easy to lift the weight 9B to the X point. To do.
In all cylinders, it is indispensable to apply the Pascal principle, cylinder B, B1 <C C <B2 B2 <B3
Pascal principle

The pressure applied to one part of the liquid that is stationary in a sealed container is transmitted to all parts of the liquid with its simple force.
The magnitude of the force transmitted by the piston is expanded in proportion to the area of the piston. If the area ratio is 1:10, a force 10 times greater is obtained, and when the force is further applied, the transmitted force is also transmitted at the same ratio.
In order to rotate the rotating shaft without interruption, the two facilities are set as one unit to construct three units, and the weight 2A is dropped with a time difference.

This gravity power generation is a device that uses infinite gravity, and there is no risk of environment and resources, and it can contribute to society.

1 and 2
1D dynamic pulley D, 2D, 3D pulley 7 wire 10 shaft 11

hydraulic oil

12, 14 piston ring 13

spring

1A, 2A weight B, B1, B2, B3,

C cylinder

9B, 9C weight FIG.
3 Generator 4 Speed increasing gear 5 Flywheel 6 Rotating shaft diagram 4
21 Check valve 25 Flow diagram of hydraulic oil 5
E Ratchet gear 1 Detach and connect equipment

Claims

Assemble the cage, and attach the moving pulley, hydraulic cylinder, weight, etc.
By attaching the moving pulley, the vertical movement of the weights 1A and 2A is twice that of the weight 9B according to the principle of the moving pulley and can be dropped from a higher place.
Build two facilities with the same function, set A and B and connect the bottom.
The weight 9B at the X point from the weight 1A, 2A at the Y point is lifted to the X point by the weight difference, and the weight 9B is lowered while simultaneously compressing the hydraulic oil and springs of the cylinders B, B1, B2, B3 As soon as it reaches the point and stops, the weight 2A is separated from the weight 1A by the separating device and falls, and the rotating shaft of the generator is rotated via the ratchet gear.
Cylinder B, B1, B2 compressed hydraulic oil B flows out to cylinder C of cylinder B and lifts weight 9C to point X. Weight 9C at point X draws hydraulic oil from cylinder C while lifting weights 1A, 2A. When descending while compressing and reaching the Z point, the weight 2A is cut off from the weight 1A and falls to rotate the rotating shaft.
The compressed hydraulic fluid of the cylinder C flows into the cylinders B, B1, and B2, opens the A set spring, and lifts the weight 9B to the X point.
As for the flow of the hydraulic oil of the gravity power generation apparatus, the cross-sectional areas of the cylinders applying the Pascal principle are all B = B1, B, B1 <C, C <B2, B2 <B3.
In order to rotate the rotating shaft without interruption, A and B sets are 1 unit, 3 units are constructed, and the weight is dropped with a time difference.
A gravity power generation system having the characteristic structure according to claim 1, claim 2, claim 3, or claim 4.