KR20200074596A - Energy production device using water - Google Patents

Abstract

When a water explosion occurs in a space like a vehicle engine, a piston is driven, and when the explosion occurs again, the piston is driven to run the engine. The principle provides a method for producing an engine. However, by making the same structure, a feedback function is set at a place where the piston moves, and the engine is driven by the repetitive function of a large air collection container and a breechblock of a machine gun, and the breechblock reloads air when the piston reciprocates in an air sealing container. If a valve function is set and the same function is repeated, a large air engine is created. This is an air engine.

Description

Energy production device using water{omitted}

Currently, the clean energy sector is of interest as well as the renewable energy sector.

Water is the only field that can be clean energy.

The field of energy production using water has been receiving a lot of attention, but it has not reached the practical stage.

.

1) When an explosion occurs in space like a car engine, water is driven by the piston, and when an explosion occurs, the piston is driven so that the engine can be made as if the engine were driven.

However, by making the same structure, the feedback function is set at the place where the piston moves, and the engine is driven by the repeat function of the large air trap and the machine gun in the middle, and the knocker reloads the air when the piston reciprocates in the air cylinder. If you repeat the same function by setting, you will create a large air engine.

2) It vibrates in the order of low frequency, medium frequency and high frequency.

At this time, the change in phase is checked by sequentially striking the low-frequency and mid-frequency high frequencies at each point.

Repeat the above mechanism, creating conditions for 4 degrees.

The reason is that the volume of water is as large as 4 degrees Celsius.

Therefore, it seems that the case of 4 degrees C is arranged in the most uniform state.

You can think of it as if the sponge were as large as possible.

In the case of balloons, it is similar to popping out easily when the volume is as large as possible.

1) In the case of water, set the temperature to 4 degrees C and compress the container. When compressing, when the condition of each set is set, the vibration is performed from the low frequency to the medium frequency high frequency, and the low frequency medium frequency high frequency is beaten at each time point. This can be reminiscent of a checkerboard. At each intersection of the checkerboard, conditions are tested to see if hydrogen and oxygen are separated.

2) However, it is necessary to create a feedback type collecting container in case a rapid explosion occurs.

3) The same applies to air.

4) In the case of air, however, pressure is applied and an explosion occurs when a certain pressure is applied.

5) For an automatic rifle, for example, when a ball hits the bullet, an explosion occurs in the chamber, and the bullet bounces out, and the casing goes out to the side.

6) In the case of air, apply pressure in the form of a piston under a certain condition, and if a certain pressure is applied, apply a feedback system to prevent excessive explosion at the opposite side.

When water and hydrogen are used to get the engine and the engine is started, the water comes out again.

This is clean energy.

If electricity is produced using hydrogen and oxygen produced at this time, and the engine is controlled with the electricity, the air is compressed and the engine is operated with an explosive stroke.

1) Experiment with fresh water and sea water to get water.

2) In the case of seawater, check how much corrosion occurs during use.

3) When experimenting with water, you may obtain energy such as electricity by a steam engine using a solar concentrator in the sea.

4) In the end, engines using triplex of solar, water, and air have little additional cost except the initial cost.

5) At night, electricity stored during the day should be used for operation.

6) Considering the climate of each region, you can operate in each environmental condition.

It uses water and air solar heat to enable power plants to operate and supply them to cities.

It produces electricity using the water obtained from the salt production equipment using sea water, and operates the engine to obtain electric power, and uses it to turn the wind power generator.

The passage of moisture obtained by continuous vacuum causes rain to the desired area.

Claims (5)

Using water to run the engine to get electricity Running the air engine using the electricity obtained and getting electricity from this engine again Controlling the wind generator with this electricity to obtain additional power Moving moisture to a wind turbine to make it rain Start the salt collection system with the electricity obtained here