JPH08319936A - Water pressure utilizing automatic pumping device - Google Patents

Abstract

PURPOSE: To provide a pumping device which is a man's dream of creating pollution-free permanent energy and which creates a globe rich in green and abundant in crops. CONSTITUTION: Water in an upper water storage pond has an amount enough to keep stability of a pressure. A supply water pipe is large, during the starting of an injector, a pressure in a tank is kept at a constant value and after operation, water is effected as a pressure is applied on the injector. A water storage pond is provided with a water storage pond to utilize water for other purpose and a pressure in the tank is freely generated according to the length of the water supply pipe and a water depth. The pressure of working fluid of the injector is set to approximately 3kg/cm<2> or more to operate the injector. Pressure water generated in the water supply pipe is guided in the tank, and a pressure is applied on gas in the tank. When water is sucked up to the injector by means of compressed gas serving as working fluid, it produces mixture fluid and is returned to the tank again. Water of mixture water returned to the tank is water supplied in surplus, and water is pushed up to an upper water storage pond.

Description

Detailed Description of the Invention

[0001]

[Industrial application] This equipment creates a reservoir in a high place, and attaches a thick water pipe to the bottom of the reservoir to guide water.
When a water pipe is connected to the bottom of the sealed tank made below and water is introduced into the tank, water pressure is applied to the air in the tank and compressed air is naturally created. The pressure of compressed air at this time is
The depth is from the surface of the upper reservoir to the water in the lower tank. Attach an injector to the tank and put it into the water for the purpose of lifting the water inlet of the injector to the upper reservoir. When the handle of the injector is pulled back a little, the compressed air in the tank becomes the working fluid and actuates the lower nozzle of the injector, which creates a vacuum in the room and water is introduced into the equipment. When it flows from the overflow, the handle is pulled completely, which causes the overflow to close, and at the same time the working fluid is guided to the higher jet. This amount of energy that gives the velocity to is higher than the pressure of the working fluid or intake water, sufficient to open the check valve, and also sufficient to discharge against the pressure in the tank. It is in the structure of the injector that accomplishes a great job, which is achieved by the double circular pipe design. It is clear from the pump handbook published by the Chijin Shokan in Kyoto. Water pressure is also created by the gravity of the earth's attractive force acting on matter. As a result of the above, the mixed water discharged from the injector into the tank is the one with excess water replenished in the tank. Naturally, the pressure in the tank becomes high and the water is pushed to the upper reservoir. Producing enough energy for frying The water replenished in the tank is pushed to the upper reservoir more and more, using the falling energy of this pushed water to start frying hydroelectric power generation and using hydraulic pressure. Send water to a distance
It is a pumping water system that can be used for various purposes such as desert greening or drinking water and is a source of life for plants and animals.

[0002]

2. Description of the Related Art Conventionally, a device that uses water, such as pumped-hydroelectric power generation, uses energy such as electric power and thermal power. Is there a only way to use the head of water flowing from a high place to a low place? In addition, jet pump injectors and air siphons are the first jet pumps to operate using energy consumption including gasoline and thermal power to create working fluid.

[0003]

SUMMARY OF THE INVENTION The present invention creates a stable water pressure in a reservoir, a thick water pipe, and a water depth. Water is introduced from the bottom of a sealed tank and water pressure is applied to the gas to create a working fluid that is a compressed gas. . Gas expands and contracts strongly ▲ High ▼
It can be used semi-permanently if replenished once only when high pressure is needed. Even if water in the upper reservoir cannot be drawn, replenishment once is permanently useless. Water is 1ml = 1g = 1c
The air pressure which is m ³ is 4 kg / cm ² = 1/2 compressed to 1/2
According to Boyle's law, which is compressed to cm ² = 1/4

[0004]

[Means for solving the problem] By operating the injector with the compressed gas created by this water pressure, energy consumption such as electric power, thermal power or gasoline is not used at all.
Inzekuk is activated and continues to pump water

[0005]

[Function] The compressed gas in the tank becomes the working fluid, exits the tank, operates the injector, and returns to the tank as intake water and mixed water inside the injector. That is, extra water is added to the tank. The water that I brought back was not very stretchable, and of course the pressure in the tank rose, and until now the injector was started by the pressure of the compressed gas due to the water depth from the reservoir above, but the injector was activated. As water is replenished by mixing it with working fluid, the pressure in the tank is higher than the pressure from the upper reservoir, and sufficient energy is generated to push the water to the upper reservoir. Discharged water is being pushed to the upper reservoir

[0006]

[Embodiment] The present invention is a method of dropping water underground and using the fall energy to push the water to the ground and drain it, and push the water to a high place to drop the energy and pressure of the pushed water. To start hydropower generation
It is a device that sends water to a distance and is a source of life not only for humans but also for plants and animals such as greening of crops and deserts.

[0007]

[Effects of the Invention] The present invention makes it possible to freely move water without using any energy, to freely use the water pressure and the falling energy of water, and to freely send water to highlands and deserts. There is clean energy that is kind to the earth.

[Procedure amendment]

[Submission date] April 7, 1993

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be corrected] Claim 1

[Correction method] Added

[Correction content]

[Procedure Amendment 2]

[Document name to be amended] Statement

[Correction target item name] 0001

[Correction method] Added

[Correction content]

This device creates a reservoir at a high place, attaches a thick water pipe to the bottom of the reservoir, guides water, connects the water pipe to the bottom of the sealed tank created below, and introduces water into the tank. the water inlet of the injector mounting the injector to the tank consisting depth to the water surface in the tank under pressure of compressed air when the water pressure in the air is made is naturally compressed air consuming from the water surface of the reservoirs above Put it in the water for the purpose of lifting it to the upper reservoir. When the handle of the injector is pulled back a little, the compressed air in the tank becomes the working fluid and actuates the lower nozzle of the injector, which creates a vacuum in the chamber and water is introduced into the equipment. Fully pulling the handle as it flows from the overflow, which closes the overflow and at the same time the working fluid is directed to the higher jet The second jet is straight or forced to take the first jet out and increase the velocity through the discharge pipe to the water The amount of this energy given is higher than the pressure of the working fluid or intake water, sufficient to open the check valve and contains enough to discharge against the pressure in the tank to accomplish this great task. Is
The pressure that pushes out the compressed air with the water pressure due to the water depth
The synergistic effect of the expanding pressure of the compressed air and the structure of the injector, which is achieved by the double-circular tube design, is a pump specialized book published by Chijin Shokan in Tokyo. It is clear from the handbook Also, the water pressure is created by the specific gravity of the earth's attractive force acting on the substance. Due to the above, the amount of mixed water discharged into the tank from the injector is It is a replenished product, of course the pressure in the tank is high and it produces enough energy to push the water to the upper reservoir. The water replenished in the tank goes to the upper reservoir.
It can be pushed up more and more Using the falling energy of this lifted water, we start pumping hydroelectric power generation and use water pressure to send water to a long distance. It can be used for various purposes such as desert greening or drinking water, which is the source of life for plants and animals. It is a pumping water equipment consisting of ──────────────────────────────────────────── ──────────

[Procedure amendment]

[Submission date] November 27, 1993

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be amended] Detailed explanation of the invention

[Correction method] Change

[Correction content]

Detailed Description of the Invention

[0001]

[Industrial application] This device creates a reservoir at a high place, attaches a thick water pipe to the bottom of the reservoir, guides water, and connects the water pipe to the bottom of a sealed tank made below to introduce water into the tank. The pressure of the compressed gas at this time becomes the water depth from the water surface of the upper reservoir to the water surface of the lower reservoir.The injector is attached to the tank and the water inlet of the injector is lifted to the upper reservoir. When you pull the handle of the injector that you put into the target water a little backward, the compressed gas in the tank becomes the working fluid and spouts from the nozzle of the injector, causing a jet action at that speed and forming a vacuum in the water absorption chamber. When water is sucked into the water absorption chamber and flows out of the overflow When the handle is safely pulled, the overflow closes. The working fluid gives speed to the water through the discharge pipe. This amount of energy is higher than the pressure of the working fluid or intake water and is sufficient to push open the check valve and also to the pressure in the tank which is sufficient to discharge it into the tank. The great work is accomplished by the speed with which the hydraulically compressed gas is extruded from the above reservoir hydraulically and the speed with which the extruded compressed gas explosively expands in the vacuumed suction chamber. This kind of huge kinetic energy is produced by the synergistic action of. This is because the huge energy of compressed gas and pressure vapor is drawn out by the jet action in the vacuum chamber by the structure of all injectors, and it can be discharged again into the tank. You can do it. Then, when calculating with this device using air, the water depth of this device is 100
When the pressure is m, the water pressure Pw in the tank is 10 ^kgr / cm ²
The water level in the tank is the ^sum of the water pressure and the pressure of the compressed gas, and the pressure pa of the compressed gas is 10 ^kgr /
Since it is cm ^2, it is not possible to increase only one pressure. Also, the water hardly expands and contracts. The body is defined as being compressed at the same rate, but the specific gravity of gas and the pressure of liquefaction are different. The mass of 1 m ³ of air is 1,29 kgr and 10 ^kgr.
/ Mass γa in cm ² in compressed compressed air 1 m ³ is 1
When compressed air α in this tank, which is 2.9 kgr, is jetted from the injector nozzle and blown into the atmosphere from the overflow
The speed of ejection from the nozzle μα is The mass γw of 1 m ³ of water in the same tank is 1000 kgr
When this water w is ejected from the bottom of the tank into the atmosphere, the ejection speed μw is Thus, the ratio of the speed of μa to μw is When compressed air in the same tank is ejected from a 5 cm ² nozzle for 1 second Mass of compressed air γa
^kgr / s is γa ^kgr / s = 38, 980, x0, 0129x5 =
2,514 = 2,5 ^kgr / s and mass of water blown out when water in the same tank is jetted into the atmosphere for 1 second from a hole of 5 cm ^{2 γw kgr}
Is γ ^{w kgr} / s = 4,430, × 1 × 5 = 22,15
0, = 22, 2 ^kgr / s The kinetic energy ka when jetting compressed air from a 5 cm ² nozzle into this tank for 1 second
^{kgr weight m} / s is Is 19, 380, 6 × 9, 8 = 189, 930, and is also the kinetic energy kw ^{kgr weight m} / when the water in the tank is jetted from a 5 cm ² hole for 1 second
S ² is Becomes 2, 222, 8 × 9, 8 = 21, 783, 4 diur. Therefore, the ratio of kinetic energy of ka and kw is There is a huge difference between the kinetic energies of compressed air and water ejected from the same tank in this way. When calculating how much water supply Mw ^kgr / s is due to this huge kinetic energy, Mw ^kgr / s = (ka ^{KGR weight} m ^/ S 2 ^{-kw kgr heavy m / S 2) ÷ kw k} gr ^{weight m / S 2 × γw kgr /} s = (19,380,6-2,222,8) ÷ 2,222,8 × 22,2 = 17,167,8 ÷ 2,222,8 × 22,2 = 171,5 ^kgr / s = 171,5 ^l / s However, when the check valve is pushed open, energy loss due to friction also occurs. If you think that there is such a half, the amount of water supplied will be 85 liters per second. The water replenished in the tank is an extra amount of water in the volume of the tank, and the pressure of the entire device is lifted up to 1
Water is naturally lifted by producing enough energy to lift water into the open upper reservoir.

[0002]

2. Description of the Related Art Conventionally, in the equipment that uses water such as pumped-hydropower generation, there is no choice but to use power consumption such as electric power and thermal power, or use the head of water flowing from a high place to a low place. All jet pumps, including pump injectors and air siphons, were operated using energy consumption to produce working fluid and to keep the pump running.

[0003]

SUMMARY OF THE INVENTION The present invention creates a stable water pressure in a reservoir with a thick water pipe and water depth, and introduces water from the bottom of a sealed tank to transmit the water pressure to a gas to create a working fluid that is a compressed gas. The entire amount of working fluid was returned to the tank, creating permanent energy for the permanent device. Since the pressure at which air is liquefied is extremely high, it is difficult for it to condense quickly, so that the smaller the injector diameter, the higher the water supply efficiency, but the larger the diameter, the worse it becomes worse. It ’s forever useless.

[0004]

[Means for Solving the Problems] Any number of injectors can be attached to the tank of this device, and by operating the injectors with compressed gas created by this water pressure, the injectors can operate without using any energy consumption such as electric power or thermal power. Continuously made it possible to pump a large amount of water

[0005]

[Operation] The compressed gas in this tank becomes the working fluid, and it consumes no energy and is ejected from the nozzle of the injector to become intake water and mixed water, which returns to the tank again. The extra water was brought back, and the entire pressure in this tank was lifted, and until now the injector was started with a stable compressed gas pressure due to the water depth from the upper reservoir, but the injector was activated. As the water is sucked up, it becomes mixed water with the working fluid and the water is replenished into the tank, so the pressure in the tank becomes higher due to the pressure of the water depth from the upper reservoir, and the only one reservoir opened. Produce enough energy to push water out of

[0006]

[Example] An injector is a water supply pump that is originally widely used as a water supply auxiliary pump for industrial boilers and steam locomotives, and can supply water to the boiler itself by using only pressure steam as energy to supply water to the boiler itself. Some solids and liquids have almost no elasticity and only work for a given amount of energy for a given energy, but gas has a very large elasticity, so compressed gas or pressure vapor created in advance is used. Is the energy pushed out by the pressure in the container and the compressed gas that has been pushed out has room to expand. This room to expand is the life of this device.

[0007]

According to the present invention, energy consumption can be reduced.
It is a permanent device that can freely move a large amount of water without using it at all and can freely use the falling energy and pressure of water, and also can send a large amount of water to highlands and deserts, which is the source of life of animals and plants ─── ───────────────────────────────────────────────────

[Procedure amendment]

[Submission date] March 8, 1994

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0001

[Correction method] Change

[Correction content]

[0001]

[Industrial application] This device creates a reservoir at a high place, attaches a thick water pipe to the bottom of the reservoir, guides water, and connects the water pipe to the bottom of a sealed tank made below to introduce water into the tank. A compressed gas is created in this time. The pressure of the compressed gas at this time is from the water surface of the upper reservoir to the tank below.
For tanks that reach the depth of water in the tank ......... the same sentence below

[Procedure amendment]

[Submission date] March 5, 1996

[Procedure Amendment 1]

[Document name to be amended] Statement

[Correction target item name] 0001

[Correction method] Change

[Correction content]

[0001]

[Industrial application] This device creates a reservoir at a high place, attaches a thick water pipe to the bottom of the reservoir, guides water, connects the water pipe to the bottom of a sealed tank made below, and introduces water into the tank. Compressed gas is created at the pressure of the compressed gas at this time becomes the water depth from the water surface of the upper reservoir to the water surface of the lower tank. The injector is attached to the tank and the water inlet of the injector is lifted to the upper reservoir. If you pull the handle of the injector that is put in water for the purpose a little backward, the compressed gas in the tank becomes the working fluid and jets from the nozzle of the injector to cause a jet action at that speed to form a vacuum in the water absorption chamber. When the water is absorbed in the water absorption chamber and flows out of the overflow, pulling the handle completely closes the overflow.In the same way, the working fluid gives speed to the water through the discharge pipe. The amount of energy is higher than the pressure of the working fluid or intake water and is sufficient to push open the check valve and to discharge into the tank against the pressure in the tank. The work is accomplished in advance by the speed at which the compressed gas compressed by hydraulic pressure is extruded by the hydraulic pressure from the upper reservoir and the expelled compressed gas explosively expands in the vacuum-formed water absorption chamber. This kind of enormous kinetic energy is produced by the synergistic effect of the speed. This is because the enormous energy of compressed gas and pressure vapor is extracted by the jet action in the vacuum chamber and discharged into the tank again by the structure of all injectors. When calculating with this device using air, and when the water depth of this device is 100 m, the water pressure Pw in the tank is 10 k.
the pressure Pa also 10k of gr / water in cm ² and is also the tank is consent pressure hydraulic and compressed gas compressed gas
It is gr / cm ^{2 and} it is not possible to raise only one pressure. Also, although water does not expand or contract very much, Is defined as being compressed at the same rate, but the specific gravity of gas and the pressure at which it is liquefied are different. The mass of 1 m ³ of air is 1,29 kgr and 10 kgr /
The mass γa of 1 m ³ of compressed air compressed by cm ² is 12,
When the compressed air a in this tank, which is 9 kgr, is ejected from the nozzle of the injector and ejected from the overflow into the atmosphere, the speed Ua ejected from the nozzle is The mass γw of 1 m ³ of water in the same tank is 1,000, k
and the speed Uw of the water w that is ejected from the bottom of the tank into the atmosphere is Therefore, the ratio of the speed of Ua and Uw is Mass of compressed air blown out when compressed air in the same tank is jetted from a 5 cm ² nozzle for 1 second γa kgr
/ S is γa kgr / s = 38,980, × 0,0129 × 5 = 2,514, = 2,5 kgr / s, and water in the same tank was jetted into the atmosphere from a 5 cm ² hole for 1 second. Mass of water blown out at time γw kgr /
s is γw kgr / s = 4,430, × 1 × 5 = 22,150, = 22,2 kgr / s The kinetic energy possessed when the compressed air in this tank is ejected from a 5 cm ² nozzle for 1 second. Ka kg
r weight m / s The kinetic energy Kw kgr weight m / s possessed when the water in the tank was ejected from a hole of 5 cm ² for 1 second
Is Therefore, the ratio of kinetic energy of Ka and Kw is There is a huge difference between the kinetic energies of compressed air and water ejected from the same tank in this way. When calculating how much the water supply amount Mw kgr / s is with this huge kinetic energy, Also, even if the check valve is pushed open, the resistance due to friction also acts to increase the discharge pressure and increases the discharge energy, but when considering the loss of various energy, it is considered to be half, and 85 l per second The amount of water that is supplied to the tank is an excess amount of water in the volume of the tank, and there is sufficient energy to lift the pressure of the entire device and lift the water to the upper reservoir that is open at only one place. And the water is naturally lifted up ──────────────────────────────────────── ──────────────

[Procedure amendment]

[Submission date] June 12, 1996

[Procedure Amendment 1]

[Document name to be amended] Statement

[Name of item to be amended] Title of invention

[Correction method] Added

[Correction content]

[Title of Invention] Automatic pumping water system utilizing water pressure

Claims (1)

[Claims] According to the present invention, a working fluid for a jet pump injector is created by utilizing the water pressure that can be freely created at the depth of water, and the pressure of the mixed water discharged from the injector and the water of the mixed water are sufficient for pumping water. Produce energy and pump water