JP2014114797A - Vacuum power generator creating vacuum by utilizing energy of atmospheric pressure and specific gravity of liquid, and generating power energy - Google Patents

Abstract

PROBLEM TO BE SOLVED: To solve the problem that since the Kyoto Protocol is created because of prevention of global warming, and emission reduction of greenhouse effect gas such as carbon dioxide is obligated, global warming must be suppressed as much as possible.SOLUTION: In a power unit, when an engine room is provided separately from a vacuum room 2 and the vacuum room and the engine room are connected with a pipe filled with a liquid, and a piston 8 is provided in the liquid and the vacuum room is rotated, the piston presses the liquid with atmospheric pressure by movement of fluid to thereby generate energy.

Description

Skill field

The present invention is a device for generating new kinetic energy by combining and applying Trichieri's experiment and Gehrig's Magdeble hemisphere experiment in the development of natural energy.

These two experiments did not produce as energy until today only by demonstrating that there is something called the blue sky in the world and that there is a large energy of atmospheric pressure in the blue sky. Natural energy can be generated.

Background skills

In general, in order to intermittently generate a blue sky using liquid, it seems physically possible to generate energy by pushing the piston directly into the blue sky chamber in principle. It is assumed that energy cannot be generated due to the construction method.

This is because the piston does not move in the construction method with a piston directly in the sky. By sealing with the blue sky, the sealed state sticks and the piston does not move.
Note that the movement of the piston means that air enters the gap between the pistons, so that the air does not enter the air.

In order to generate atmospheric pressure energy using the blue sky, the vacuum chamber and the engine chamber are created separately, both chambers are connected by a pipe containing the same liquid, and the piston is placed in the liquid to rotate the blue chamber. When this occurs, a liquid fluid is generated, and atmospheric pressure can push the piston and generate energy. The structure is completely different from the conventional method.

JP2008-038883 JP-A-2005-098726 JP 08-159007

Currently, as global warming advances and is regarded as a problem, the use of oil has contaminated the entire earth and has an adverse effect, and the biggest challenge is the reduction of carbon dioxide (CO ₂ ).

There is an urgent need to develop new energy-free renewable energy.

In order to create a blue sky, the Tritieri experiment is applied, and the test tube is not set up from the base or tilted sideways. Divide into two parts at the top, and make the upper tube L-shaped, insert it into the lower tube, and rotate the inserted tube to continuously generate air.

If the engine chamber is provided separately from the vacant chamber, the vacant chamber and the engine chamber are connected by a pipe containing the same liquid, the piston is placed in the liquid, and the vacant chamber is rotated, the piston moves due to fluid movement. A power device that generates energy by pushing the liquid under atmospheric pressure.

Using the device of [0010] to generate electrical energy.

The idea is to use atmospheric pressure for the blue sky to create its energy, but since Trichieri's blue sky experiment, it was still unable to generate energy for 400 years.
However, the present invention can produce the natural energy and is expected to be used as a power source.

In addition, the energy for the blue sky is a small diameter of 40 cm as shown in "Experience of Magdeburg's hemisphere of Gehrig (1602-86)". When two hemispheres are combined and the inside is made into a blue sky, there is an energy of a large atmospheric pressure of 5 tons, and the effect of utilizing natural energy of the present invention is great.

Schematic illustration of Trichieri's experiment Improved upper part of Trithieri test tube Figure combining (1) and (2) of Figure 2 Figure with the top test tube (2) facing down and liquid in test tube (1) and test tube (2) Figure with motor number 7 attached to rotate the improved test tube Figure with piston number 8 and crank number 9 installed inside test tube (1) 1 to 6 (when there is no change in atmospheric pressure) When the atmospheric pressure changes, if the liquid is not pushed up to the reference point, the figure shows the position fluctuation of the liquid height of the arrows (b) and (b) Figure using object number 10 to raise and lower the liquid level by moving the object up and down with the same amount of liquid in the same container A construction method in which an air chamber is provided in a part of the top of the liquid, and the object in the lower liquid moves up and down by the sensor in the air chamber so that the position of the branch point does not change at all times Cross section of the entire plan

To make a blue sky first, you will make a blue sky using a liquid by quoting Tritricier's experiment, but first put the liquid so that the test tube is tilted sideways so that no air enters it, When the test tube is set up, the liquid rises at a height of about 10 rice in the case of water, but it becomes a blue sky beyond that.

Therefore, it is too irrational to make a thin tube with a length of 10 US, tilt it sideways, or repeatedly make a blue sky, and the present invention eliminates that, and makes it easy to create a blue sky. Can do.

As shown in FIG. 1, it is an experimental view of Trithieli. The standing test tube is divided into two, with the number 3 of the branch point of the tube 1 containing the liquid and the tube 2 that becomes the vacuum as 堺. The tube 2 which becomes a hollow as shown in the figure is L-shaped and inserted into the tube of (1) in FIG. 2, and the inserted L-shaped tube is rotated. By turning it, you can intermittently make the sky.

With the above explanation alone, energy is not generated simply by creating a blue sky.

Subsequently, in order to generate energy, the lower part of the test tube is U-shaped as shown in FIG. 6, and the engine piston (A) within the dotted line in the figure is attached to one of the U-shaped rising parts. The piston moves up and down by the liquid fluid, and the atmospheric pressure pushes the sky to generate atmospheric pressure energy.

In the explanation so far, if the external air pressure is constant, the motor rotates and operates for a long time, but the atmospheric pressure is constantly changing, and a construction method corresponding to the change of the atmospheric pressure is necessary.
In the present plan, it is most important that the height of the liquid is always constant at the branch point number 3.

Therefore, as shown in FIG. 9, in order to change the height of the liquid level in the same container and the same amount of liquid as shown in FIG. 9, the object is submerged in the liquid and the liquid level is raised by moving the object up and down. Change the height.

Next, as shown in FIG. 10, a number 11 air chamber is provided at the top of the test tube (1), and a sensor is provided in the air chamber to keep the air pressure in the air chamber constant. And the object number 10 is moved up and down, so that the height of the liquid surface is always at the height of the branch point.

When the energy of the air generator of the present plan is simply calculated physically, for example, the weight of water of 1 cm ³ is 1 gram weight, and the pressure against the sky is 1 kg weight per 1 cm ^2. The energy to generate the blue sky and the atmospheric pressure energy to the blue sky (although friction etc. must be taken into account) can generate about 900 to 1,000 times the energy. large.

This plan requires a small amount of power at first, but the use of energy is large, and the biggest advantage is that the energy is atmospheric pressure and is inexhaustible. (2) The machine can be installed anywhere. (3) When the liquid is mercury, if it is about 1m in height, it can be used as a small generator. (4) Regardless of the season, weather, etc., energy can be generated 24 hours a day.

When comparing this plan with existing renewable energy,
(1) In the case of geothermal power generation, it is restricted to a specific place, but this plan is not particularly restricted as long as it is within the living area.
(2) In the case of solar power generation, it cannot generate power at night, but this plan can generate power all day.
(3) In the case of tidal power generation, a huge amount of equipment is required, but this plan is small.
(4) In the case of wave power generation, the energy is weak.
(5) In the case of wind power generation, power cannot be generated without wind, but this plan can generate power at any time in the time required by atmospheric pressure energy.
(6) In the case of thermal power generation, fuel such as coal oil is always required, but this plan is not necessary.
(7) In the case of hydroelectric power generation, construction costs and land for a large dam are necessary, and there is a problem of water shortage during the dry season. This plan is not necessary.

If the power generation device of this proposal is miniaturized, if electricity is generated daily in each household, large-scale power transmission facilities are not required, and electricity is generated with water (liquid) and air. Since it is energy, it plays a major role in the industry.
In addition, it is the present time that the abolition theory of nuclear power is screamed, and it is thought that pressure energy should be utilized.

1. Test tube (1)
2. Test tube (2)
3. 3. A branching point that divides into liquid and blue sky Blue sky Aquarium 6. Liquid 7. External motor 8. Piston 9. Crank 10. Object (weight)
11. Air chamber 12. Sensor 13. Small motor

Next provided an air chamber partitioned other than the bottom wall to the branch point portion divided into a liquid and a vacuum to a top of the test tube (1) as shown in FIG. 10, keeps the air pressure of the air chamber constant Therefore, the detection sensor to the air chamber provided, the motor 13 is operated by a signal from the detecting sensor, the object 10 attached from the motor through an arm that is vertical movement, a test tube of the liquid surface (1) The height is always kept at the height of the branch point where the liquid and vacuum are separated .

Claims (2)

A generator that uses atmospheric energy and the specific gravity of liquid to generate a blue sky (chamber) and rotate the blue sky chamber to intermittently convert atmospheric pressure energy into electrical energy. Even if there is a change in the energy of the atmospheric pressure, in order to keep the air pressure in the air chamber constant, the object of the balance is applied by submerging or pulling up the object in the liquid with the same amount of liquid. The structure is to maintain a constant height.

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