JP6168501B2 - Gravity energy kinetic energy conversion device. - Google Patents

Description

The present invention is directed to the development of a device for converting gravitational energy, which is natural energy that exists universally, into kinetic energy, and is intended for stable supply of inexpensive and safe energy.
By converting gravity energy into kinetic energy, the most important electrical energy in modern society can be supplied permanently.

  Conventionally, in order to obtain electric energy, thermal power generation, nuclear power generation, and renewable energy include hydroelectric power generation, wind power generation, offshore wind power generation, tidal power generation, geothermal power generation, solar thermal power generation, and solar power generation.

Thermal power generation has climate change problems caused by carbon dioxide, and nuclear power generation has problems with radioactive contamination and final disposal of spent fuel rods, as represented by the accident at Fukushima Daiichi Nuclear Power Station. is there.
Moreover, for Japan, which is a low-resource nation that relies on imports of fossil fuels, an earthquake nation with frequent earthquakes and tsunamis, and Japan, the only country exposed to atomic bombing, further development and diffusion of renewable energy is an urgent issue.

However, current renewable energy devices are affected by geographical location, weather and time, and it is difficult to maintain a stable power supply. Moreover, there is a concern that these renewable energy generators deteriorate the surrounding environment.
For Japan with limited resources, raising the energy self-sufficiency rate is the most important issue, as is raising the food self-sufficiency rate.
New development of a stable power supply system using environmentally friendly renewable energy is expected.

The present invention is intended to solve the problems such as “unstable supply” and “fear of environmental deterioration” that the conventional renewable energy has, and the gravitational energy that exists universally in nature and its gravity. It is a device that uses the internal energy of the spring in the action of energy and converts that energy into kinetic energy.
By converting gravitational energy into kinetic energy, it is possible to continue to provide a stable and stable supply of electrical energy, which has the highest utility value in modern society, at low cost and anywhere in the earth.
Increasing the energy self-sufficiency rate can contribute to an increase in the food self-sufficiency rate, and the water problem, which is a global issue in the 21st century, is expected to contribute to the solution.
The present invention is also important for eliminating poverty, which is one of the causes of war.

As means for solving this problem, gravity energy and internal energy accumulated in the spring under the influence are used.
The internal energy of the spring 1 accumulated in a certain time due to the gravitational energy acting on the weight 2 having the same weight as the weight receiver 4 is the moment when the weight 2 is moved from the weight receiver 4 and the energy accumulated during that time is transferred to the outside. Will diverge.
The present invention uses the diverged internal energy of the spring 1 to obtain kinetic energy.
Although the potential energy of the weight receiver 4 changes, the potential energy of the weight 2 does not change .
This will be described with reference to FIGS . In the left and right systems, when the weight 2 is moved laterally from above the weight support 4 at the 0 o'clock position, the spring 2 accumulated by the action of the gravity of the weight 2 and the weight support 4 does not change although the potential energy of the weight 2 does not change. As the internal energy of 1 is no longer affected by the weight 2, the accumulated internal energy is released, and the potential energy of the weight receiver 4 changes greatly due to the divergence of the energy to the outside.
This difference in potential energy causes a difference in moment with respect to the central axis 10, whereby the apparatus continues to rotate forever.

The present invention converts the internal energy of the spring generated by the action of gravitational energy into potential energy, and converts the difference in potential energy into kinetic energy. Without receiving it, the safe and inexpensive kinetic energy can be continuously supplied in a stable manner.
The present invention uses natural laws such as gravity and spring expansion and contraction, and the internal energy obtained over a certain time of the spring is instantaneously released to increase the potential energy, and the increase Is a device that converts the energy into kinetic energy, and is not a permanent engine that is transmitted to the furrow.
In addition, the energy obtained by gravity is stored in the spring, converted into potential energy, and the difference is simply obtained as kinetic energy, and does not violate the law of conservation of energy.

FIG. 6 is a relational diagram in which a spring 1, a weight support 4, a pole 5, a pipe 6, and a spring stopper 7 are attached to a central shaft 10 that rotates in the same manner as a disk 8. The guide plate 3 is fixed to the partition plate 11 although not shown in the figure. The weight 2 indicated by the dotted line is located on the weight support 4 from the 9 o'clock position to the 0 o'clock position, but from the 0 o'clock position to the 3 o'clock position is on the disk 8 side of the partition plate 11 Therefore, it is not shown. It is a front view of the disk 8 seen from the partition plate 11 side . The guide plate 3 is attached and fixed to the same partition plate 11 as in FIG. It is a side view of the guide plate 3, the receiving plate 9, and the partition plate 11 in the weight receiver 4 and the disk 8 side. It is a front view of the partition plate 11 seen from the weight receiver 4 side. A guide plate 3, a guide 12, a guide 14 and a guide 15 are attached to the partition plate 11. The central shaft 10 is provided with a hole that is slightly larger than the central shaft 10 so as not to hinder the rotation of the central shaft 10. It is a front view of the partition plate 11 seen from the disk 8 side. A guide plate 3 and a guide 13 are attached to the partition plate 11. FIG. 5 is a relationship diagram of the weight receiver 4 connected to the spring 1 and the pole 5, the partition plate 11, the guide plate 3, and the guide 14.

Embodiments of the present invention will be described below.
Figure 1 is a spring stop 7 attached to the pipe 6 and the pipe 6 attached radially to the central axis 10, a small pole 5 slightly from the pipe 6 is inserted into the pipe 6, received weight were Attach the pole 5 4 and it is obtained by installing the spring 1 between the spring stopper 7, when the weight 2 is in FIG. 1A partial diagrams of order is rotated along the spindle 2+ weight receiving 4 on the guide plate 3.

When the weight 2 + weight receiver 4 reaches the 0 o'clock position, the weight 2 is moved to the disk 8 side by the guide 12 attached to the hole portion of the partition plate 11 or the like.
As a matter of course, the guide plate 3, the guide 12, the guide 13, the guide 14, and the guide 15 are also attached to the partition plate 11, and do not rotate.
By moving the weight 2, the internal energy to the spring 1 by the weight 2 and weight receiver 4 accumulated in the part of FIG. 1A (position from 9 o'clock to 0 o'clock) is released, and the spring 1 It extends from the shrinkage due to the weight of the 2+ weight support 4 to the contraction due to the weight of the weight support 4.
The weight receiver 4 can obtain the released energy, that is, a part of the internal energy in the spring 1 as potential energy, and the pole 5 and the pipe 6 integrated with the weight receiver 4 are centered on the central axis 10. 1B (position from 0 o'clock to 3 o'clock) is rotated with the potential energy increased.

The weight 2 that has moved to the disk 8 side at the 0 o'clock position rotates with the disk 8 while applying torque to the receiving plate 9 attached to the disk 8 on the guide plate 3 in FIG. This means that although the potential energy of the weight receiver 4 varies greatly between the portions A and B in FIGS. 1 and 2, the potential energy of the weight 2 is almost unchanged.

  When different states of the potential energy of the weight receiver 4 in the portion A and the portion B in FIGS. 1 and 2 are generated, the balance of the rotational moment with respect to the central axis 10 due to the difference in the position energy is lost, and rotation occurs.

The weight 2 moved to the disk 8 side is moved to the weight receiver 4 side by the guide 13 attached to the hole portion at the 3 o'clock position of the partition plate 11 and returned to the original state again on the weight receiver 4. Is required.
A guide 12 and a guide installed on the partition plate 11 serve to move the weight 2 at a specific position from the weight receiver 4 to the disk 8 side and from the disk 8 side to the weight receiver 4 on the weight receiver 4 side. 13 will be defeated.

4 and 5 are front views in which the guides 12 and 13 and the guide plate 3 are installed on the partition plate 11 inserted between the weight receiver 4 and the disk 8.
In order to move the weight 2 within a specified range, it is necessary to insert a partition plate 11 having a hole larger than the weight 2 between the weight receiver 4 side and the disk 8 side.

When these operations are performed integrally, different states of the potential energy of the weight receiver 4 can be generated, and kinetic energy can be obtained permanently by the generation of the different potential energy.
In FIGS. 1 and 2, the weight receiver 4, the pole 5, the pipe 6 and the disk 8 integrated with them are rotated clockwise.

DESCRIPTION OF SYMBOLS 1 Spring 2 Weight 3 Guide plate 4 Weight support 5 which is the same weight as the weight 2 Pole 6 Pipe 7 Spring stop 8 Disc 9 Support plate 10 Center axis 11 Partition plate 12 Guide 13 Guide 14 Guide 15 Guide

Claims (1)

A weight,
A partition plate having a hole larger than the weight at the 0 o'clock position and the 3 o'clock position;
A central axis passing through the partition plate;
A plurality of pipes provided on one side of the partition plate, extending radially from the central axis, and provided with spring stops at the ends;
A plurality of poles, one end of which is connected to a weight receiver and the other end is inserted into the pipe,
A plurality of springs provided between the spring stopper and the weight receiver;
A disk provided on the other side of the partition plate and rotating together with the central axis;
A guide provided on the one side of the partition plate and moving the weight from the one side to the other side through the hole at the 0 o'clock position;
A guide plate that is provided on the other side of the partition plate and guides the weight from the hole at the 0 o'clock position to the hole at the 3 o'clock position;
A guide provided on the other side of the partition plate for moving the weight from the other side to the one side through the hole at the 3 o'clock position;
A receiving plate that is provided on the disk and is given torque by the weight guided on the guide plate;
A device comprising:

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