KR20220064847A - Rainbow Green Sumac Principle Piping System - Google Patents

Abstract

The present invention relates to a rainbow green water vein principle pipe system, which can reduce even damage due to forest fire when preventing rainwater damage, comprising: a pipe; a sediment inlet; a valve; an inlet/outlet valve; a panel; a fish inlet; a bellows hose; and a T-shaped pipe.

Description

Rainbow Green Sumac Principle Piping System

In the technical field of the present invention, if a pipe is installed like a rainbow in the water of the reservoir where the dam is installed, and water is drawn out and discharged from the bottom of the reservoir according to the water vein principle, harmful pollutants that are generated by rotting foreign substances that float down from the upstream and are deposited on the bottom of the reservoir can be reduced. Also, the fish cannot enter the upper part due to the dam, but if the pipe is installed as a water-maek principle, the fish can enter up and down. In addition, if a safety hazard horizontal line is set first and second on the wall of the dam reservoir and a water-maek principle pipe is installed, the water that increases above the safety line can be naturally discharged. If water is installed so that the emergency bell rings and the sluice gate is adjusted, it can be safely managed. Also, the spring water at the bottom of the reservoir can be used as a water source. However, if the water-maek principle piping is installed sequentially in the drainage channel, the overflowing water is discharged naturally, thereby reducing the damage from flooding (except for areas with high seawater) . Or, install a water tank in a place where there is spring water from a high top, and install the pipe in a straight line at least 150m down from the water tank, install a valve at the end of the straight pipe, and install the pipe horizontally but horizontally at the valve. For the piping, install sprinkler hose connectors at intervals of about 5m to install the piping to the left and right where there is a risk of wildfire. If you spray it, you can prevent the damage of a forest fire that spreads to private houses, and the system of the Sumaek principle goes further, and if you install the Sumaek principle pipe in a yellow sand source or a desert area, it can be restored to a meadow. "Lord Jesus Christ In the 28 years of morning prayer through faith in the Lord, "Lord "How can we produce pollution-free energy?" The truth, which came down from the sky and blocked the flowing river, was installed by a dam, which came down from the sky and blocked the flowing water, and the truth came from the upstream of various fallen leaves and weeds, as well as tens of thousands of harmful substances generated in the cultural life of mankind. Contaminants flow into the river and float down due to the dam, which prevents it from flowing and becomes sediment at the bottom of the reservoir. Numerous pollutants accumulate on the bottom of the reservoir every year. Realizing the surprising truth that human life is easily dying from harmful diseases, as the water in the reservoir is dying and only harmful parasites and virus pathogens breed, and it is used for agricultural purposes, many pesticides must be sprayed every year to obtain fruit. In this mystery, water must be used cleanly. Dam water can be saved by extracting harmful liquid substances from the bottom of the reservoir using the water vein principle by using pipes. The system, which received the amazing fantasy wisdom that it can produce pollution-free, combustion-free energy using The primary technical field that can manage water safely in Sulli as a local drainage system (excluding high tide areas) ⑦ Artificial forest fire prevention system This is a system in the field of Sumaek principle technology that intends to safely use the necessary water while purifying water through the installation of piping in the Sumaek principle in 7 fields.

Water is a liquid that always descends from the sky and flows down to the sea while embracing everything on the land. In the sea water, it is Mother Nature's heavenly truth that supplies another Frankish substance. Water that saves and kills everything is absolutely in the life of mankind. It is precious water of life. These flowing rivers save nature and block the flowing stream and install dams to obtain pollution-free hydraulic energy. I miss the clear water I used to catch fish, and in the fall, I turn the power machine in the village to smash the rice mill. When the power machine runs out of gasoline, I put a hose in the drum and suck the hose up with my mouth. I started the engine, steamed the wheel, and ate a little gasoline to get rid of roundworms and told me to suck the hose. As a child's heart came to mind, I bent the pipe like a rainbow, immersed it in the bottom of the reservoir, connected the pipe, installed a valve, put it in the water, and then put the pipe in the water. The idea that the dam water will flow over the dam bank suddenly came to mind during prayer time, and the thought that if you connect it, go down over the dam bank, install a valve at the end of the pipe, close the valve, fill the pipe with water, and install it so that there is no air injection. Immerse it in the bottom of the reservoir, connect the valve, immerse it in the reservoir water 20cm deep, connect the pipe from the valve, cross the dam bank, install the valve at the bottom of the river, close all the valves, and fill the pipe with water from the top of the pipe that is the highest above the dam bank and install it so that air does not pass through Then open the reservoir valve and open the valve under the dam, thinking that the water in the reservoir will flow out into the pipe passage over the dam bank. Put one end on the same plane without water, open the stopper in the water and open the stopper on the pipe without water, and water came out. installed with Then connect the valve to the pipe and immerse it in the water about 20cm deep, connect the pipe from the valve, go over the dam bank and down the river, install the valve to close it, open and close the valve in the water, fill it with water from the top of the highest pipe above the dam bank, and close the reservoir valve When I open the dam and open the valve under the dam, water comes out, so I thought of a tool to fill the pipe with water. There is a pipe that cannot be welded to the pipe and there are various pipe sizes, so I cut the pipe by 1/4 and make two holes in the pipe to connect the pipe. After welding, make a rubber plate in the same way as the 1/4-day pipe and attach it to the top of the pipe to make a hole. If you set the name of the tool as "inlet/outlet valve" and attach the "inlet/outlet valve" to the top of the pipe, you can use any pipe smoothly, and adjust the height of the water outlet at the end of the pipe based on the horizontal line, Connect a pipe to the end of the valve at the outlet, insert a 2.5 inch pipe like a letter ⅗ on top of the pipe at the end of the valve, and install a stopper. When the water in the reservoir decreases by installing in the same way as above, if the stopper is closed on the T-shaped pipe, the pipe at the end of the valve becomes one and the water is discharged according to the water vein principle. The amount of water used can be adjusted, so if the T-shaped pipe is installed at the end of the pipe in No. 2, 3, 4, 5, and 6 of the invention, the amount of water coming out of the valve can be adjusted with the T-pipe, and the water can be controlled so that the water continues to come out. In addition, the fire sprinkler installed a water tank on the roof of a high-rise apartment building, filled with water with a water pump, and supplied water to the apartment households while discharging water with a 2.5 inch fire hose. Although it is a pipe, considering that the water stream is strongly discharged, if the water is discharged directly below 150m or more, the water pressure is a large amount of sprinklers. It is judged that spraying is possible even after installation, and when there is insufficient water, the idea that the load water pressure can be increased by installing one more straight pipe and connecting it to the giro pipe came to the fore. There is no company that accepts it, and I have applied for a patent application after being solicited. I also experienced that it is not easy to apply for a patent, and again, 7 systems including 5 systems for reservoirs, 1 case of flood damage prevention system, and a system for preventing forest fire damage Sumaek hopes for the truth of faith to save water in a reservoir with the thinking ability that, if the system of the Sumaek principle is used well while developing the system, it can control flooding in mountainous areas and restore yellow sand source and desert areas to grasslands. It is the technology behind the invention (invention) of the principle.

[Content of the invention]

Rainwater that comes down from the sky from creation wets all mountains and streams and seeps into the ground to form springs and streams that flow into streams to form great rivers and embrace everything. It accepts all the excrement, flows leisurely to save nature, flows into the sea, is purified in the seawater, and as a lifeline, human life has made history along the stream of the river, and we are living now. Hydroelectric power is being obtained and small water flowing into the valley is blocked and a dam is made to use the water for agricultural purposes in the reservoir As all kinds of foreign substances settle to the bottom of the reservoir, foreign substances continue to accumulate. Tens of thousands of leaves, weeds, industrial dust, and tens of thousands of pollutants thrown away in human life are washed down by drainage channels or rainwater, and become a mixture in the reservoir. Contaminants caused by accumulation of rot turn the reservoir water black and blue, and the liquid of the residue, which has a heavier specific gravity than water, covers the bottom of the reservoir. However, this fish is also reduced due to difficulty in breeding and due to the dam, the fish cannot enter the upper part of the pond. As a result, harmful larvae breed in the reservoir every year, and numerous virus pathogens breed. When the fish that barely existed by covering the reservoir die and rise, they become food for migratory birds, and the infectious pathogen virus caused by the death of the migratory birds eventually returns to life through animals. In reality, if you look at the water in a reservoir close to the city, you can see how seriously it is polluted with the naked eye. Therefore, you have to spray numerous pesticides every year to get the fruits of your crops, and the water in the reservoir also pollutes the underground water. In particular, for agricultural water, a water-maek-principle pipe is installed at the bottom of the reservoir to draw water from the bottom of the reservoir and use it as agricultural water. It must be used for agricultural purposes, and the damage from drought can be somewhat reduced if the reservoir water is safely stored and managed by setting a safety line and installing a pipe, and it can rot at the bottom of the reservoir as shown below. If the liquid of foreign substances is continuously extracted and discharged, the water in the reservoir is gradually purified so that fish can breed. Also, if a fish access road is installed over the bank of the dam, the fish enters and reproduces on the bank of the dam, thereby destroying harmful larvae. In addition, the area below the reservoir can be used as water for agriculture and fishery industry by installing a water-maek principle pipe, and clean agricultural culture can be obtained. As a result, water can be safely stored and managed in the reservoir and damage from drought can be reduced, and the spring water pouring from the bottom of the reservoir can be used as a water source at the bottom of the reservoir by installing a pipe based on the sumaek principle. If a water puddle is installed in the area and a plumbing principle is installed, the water injected into the water puddle will be discharged naturally, thereby preventing rainwater damage. Descend in a straight line near the village and install the pipe horizontally at the end of the pipe, but install a sprinkler hose insertion hole in the pipe installed horizontally to install the pipe horizontally at the end of the main pipe and connect the sprinkler hose so that the sprinkler is sprayed from the tree. When installed, it is possible to prevent damage from fire spreading to private houses in the event of a forest fire, and if the piping according to the Sumaek principle is installed sequentially according to the terrain according to the truth, industrial wastewater can also be purified. The contents of the invention of the "rainbow green piping system", focusing on the 7 most urgent items as it becomes a system that is environmentally friendly and life-saving for human beings, can restore the source of yellow sand and desert areas, so that the water falling from the sky can be restored well. It is a system based on the Sumaek principle that can be used to make human life an infinite blessing.

Invention 1). Reservoir floor sediment removal system Install the pipe in a rainbow-like shape, but install one end of the pipe as the reservoir floor. Install it so that a lot of material is injected, and a movable net is installed in front of the inlet to remove a lot of large foreign substances at the inlet of the pipe. Install it so that it is submerged, connect the pipe from the valve, go down to the bottom of the river over the dam bank, install the valve at the end of the pipe, close the valve, find the highest point where the pipe is installed above the dam bank, and install the "in/out valve" in the reservoir If you open and close the valve and “open two pipes of inlet and outlet valves” and inject water through one pipe, air is discharged from one pipe and the entire pipe can be filled with water. When the valve is opened in the reservoir and the valve is opened under the dam, the water in the reservoir is released through the pipe as the truth of the water vein principle and flows. Connect the pipe to raise the pipe above the riverside hill, but connect the pipe to a place less than 1/2 deep from the water level horizon (to prevent pipe loss when burying the pipe in the ground) , and install a valve at the end of the pipe, and at the end of the valve, After connecting the pipe and opening the valve under the dam, when the water is discharged over the riverside hill, close the valve and dig under the pipe at least 5m in width and 12m in length and 1.5m in depth. The bottom of the puddle is installed so that water is discharged into the river, and when the valve is opened and the puddle is filled with water and flows, divide the rectangle into 3 or 4 equal parts and cross the board so that it is submerged 10cm horizontally. Install it so that it floats about 10cm from the floor, and the water in the puddle comes up under the board and removes the board. If installed so that it flows over the bottom of the reservoir, miscellaneous foreign substances are sucked up through the pipe and settle in the puddle. It will improve gradually, and if the water flowing into the river is purified and discharged, living things will be able to live . As only necessary water can be safely extracted and used, damage can be reduced in case of drought, and if water is discharged from the reservoir using the water vein principle, fish can reproduce healthy) If you install it more and connect the pipe from the puddle valve 1 to move it to the puddle 2 to purify the water, the water in the first puddle is submerged into the ground. If there is only sediment left, the sediment is removed. If you install a puddle in a way that purifies only sediment by creating a third puddle and moving the pipe up and down, the water in the reservoir will also be gradually cleared and harmful substances will be discharged. As river water is also purified, it is the content of the first invention of the Sumaek Principle.

Invention 2). Installing a fish access road over the dam Because the dam was installed by blocking the river water, various fish such as eels could not enter the upper part. Make it wide and install it so that it is submerged in the floor. When the water in the reservoir decreases, the bellows pipe is moved into the water. When the water increases, the pipe is drawn to the edge by connecting a string to fix it on the riverbank. Connect the pipe at the back of the bellows hose. Raise the pipe toward the dam bank and install the valve, and install the valve so that it is submerged 20 cm in the water. Lower the pipe to a depth, install a valve at the end of the pipe, find the highest pipe above the dam bank, install the “in/out valve”, open and close the valve in the reservoir, close the valve below the dam, and “open the two pipes of the inlet and outlet valves” When water is injected through one pipe, air is discharged from one pipe, so the entire pipe is filled with water and water is filled in the entire pipe. When water is released into the pipe, close the valve, connect the T-pipe to the end of the valve, and install the fisher with cement concrete from below the valve. Install a water storage passage with a trellis, but install the water tank at an inclination of about 3 degrees and lower the end of the water tank by 20cm or more so that the water flows over the bank. Install a waterway so that fish can enter the dam, and connect a bellows hose to the T-shaped pipe at the end of the valve under the dam by 3~4m to connect the pipe so that the fish can enter, but install the pipe wide and open the valve under the dam. As the water is discharged through the pipe, fish can enter up and down, and water enters the reservoir. When the bellows hose is exposed, close the T-stopper under the dam and move the reservoir bellows pipe into the water. This is the content of the second invention of the Sumaek Principle because it can be safely entered over the dam.

Invention 3). Dam water Use as water for agriculture , fisheries, and industry In the area below the horizon where the dam is installed, water can be stably supplied to the reservoir by installing a pipe based on the water vein principle. Install the valve so that it is submerged at a depth of about 20cm from the horizontal line. After installing the “inlet/outlet valve”, open and close the valve in the reservoir, open two pipes of the inlet and outlet valves and pour water into one pipe, one pipe is discharged with air, so fill the entire pipe with water Fill and close the stopper, check for leaks through the installed piping, open the valve in the reservoir and open the valve under the dam. Connect the pipe to the destination where you want to use it as water for agriculture, fishery industry, but if there is a high hill, go over the hill and connect the pipe completely to the destination lower than the water horizon line. Again, raise the pipe to a depth of 1m from the horizon of the reservoir in a U-shape, connect the pipe in an L-shape, install a valve at the end of the pipe, connect a "T-shaped" pipe at the end of the valve, and connect a 6m or more bellows hose pipe to the end of the T-shaped pipe. For the water that comes out, either install a canal to the destination you want to use, or connect a hose to install a pipe to the destination. ", fill the entire pipe with water from a low place, close the inlet and out valve, open the valve under the dam and open the valve at the destination, the water in the reservoir is discharged to the destination. When the stopper is opened, a small amount of water flows, close the T-shaped stopper, and drain the bellows hose. If you raise it higher than the horizon, water will not be discharged to the reservoir. If you need water, lower the bellows to the reservoir and the water will be discharged to the reservoir (manage the pipe so that water is discharged to prevent freezing in winter). This is the content of the third invention of the water vein principle, which becomes stronger when it descends deeper than the floor.

Invention 4). Dam water safe storage management system When it rains heavily from upstream, the dam water is releasing valuable dam water due to a sudden increase in water in the reservoir. Water that increases upward is released naturally, and if it is installed to sound an emergency bell when water reaches the danger line, water can be safely stored and managed in the reservoir. Therefore, the pipe installation system is classified into A type and B type, and in order to serve as the A type to extract and discharge pollutants hovering at the bottom of the reservoir, the end of the pipe is installed so that it floats about 3m from the bottom of the reservoir, and the pipe is connected to the pipe. Install the valve in the dam so that the valve is submerged in about 20cm in the water. Connect the pipe from the valve, cross the dam bank and lower it to a depth of 1/2 from the reservoir horizon, and raise the pipe to a U shape again, but the end of the U-shaped pipe is the reservoir safety horizon Connect the L-shaped pipe at the end of the pipe to match the As in Invention 1, where it is installed to flow or remove foreign substances, it is installed to remove foreign substances by installing a puddle. When two valves are opened and water is filled with one pipe, one pipe fills the entire pipe with air exhaust, closes the two pipes of the inlet and outlet valves, and opens the valve in the reservoir. When the amount of increase in water in the reservoir increases, lock the stopper on the T-shaped pipe at the end of the pipe where the water is discharged to discharge a large amount of water above the safety line. Water is not discharged from the bottom, and the piping of the dangerous line is installed in the same way, but the end of the pipe is aligned with the dangerous line. Connect the L-shaped pipe to install the valve, leave the valve open, and install a T-shaped pipe at the end of the valve, but install a wheel on the T-shaped pipe so that the wheel shaft sounds an emergency bell when water is discharged. This is a type A system and type B is a system that removes miscellaneous pollutants floating on the horizon of the reservoir, so you can safely manage the reservoir water. Install a large circular buoy at the end, but the buoy is a large circle so that the bellows hose can be connected to the center. When installed so that pollutants are injected into the disk, the pollutants floating in the reservoir are naturally discharged. Install the valve and connect a bellows hose to the end of the valve so that it is discharged into the water puddle.

Invention 5). Reservoir floor spring water as a water source There are many places where clean spring water pours out from the bottom of the reservoir, but precious spring water cannot be used because it is submerged in the water due to a dam and mixed with the reservoir water. And the installation method is to find a place where the water pours out to the bottom of the reservoir, arrange the floor horizontally, check the range of the spring, and count the perimeter of the area where the spring is pouring and install a structure that can cover the spring water, but the spring water flows out of one part of the structure. When the pipe arrives to the dam dam, install a valve in a separate pipe and install the valve so that it is submerged about 20cm in the water. Then, connect the pipe from the valve to the bottom of the river over the dam, install the valve, close the valve, and then open and close the valve in the reservoir. When two pipes are opened and water is injected into one pipe, air is discharged through one pipe and when the entire pipe is filled with water, the two pipes of the inlet and outlet valves are closed. If you open the valve at the bottom slowly, when water flows into the pipe, adjust the valve under the dam so that only spring water coming from the ground is discharged. Install the pipe to the destination, but adjust the pipe end from the horizontal line of the reservoir so that the water pressure is weak. Install a valve at the end of the pipe. The valve adjusts the water pressure like a valve under the dam. It is the content of the 5th invention of the Sumaek Principle because it is possible to use the spring water pouring from the bottom of the reservoir as bottled water.

Invention 6). Drainage treatment in flooded areas of heavy rain In summer, when heavy rain falls intensively in the summer, a lot of water overflows to the top of the road drain. A technology that can safely discharge rainwater overflowing from sudden heavy rains by installing the Sumaek principle piping in any drainage channel if the Sumaek principle piping is installed in accordance with the truth except in areas where seawater is high due to the natural discharge through the principle piping. As for the installation method, the entire downtown area is paved with asphalt and concrete, so when it rains, the water overflows from the upper area to the lower area and flows down to the lower area. Install a puddle to store water in the ground, and dig deeper at the bottom of the puddle to bury a plastic bucket like a drum to store water in the ground. Install the pipe so that the end of the pipe is 2/3 deep in the water tank and connect the pipe to the top of the water tank in a L shape to install the valve. Connect the pipe from the to the puddle and connect the pipe to the destination where it should flow into the pipe, but connect the pipe so that there is no air injection for the installed pipe. Lower the end of the tube to the water puddle about 2m deeper than the water tank and raise the pipe to the top again. Connect the pipe and install the pipe at the end of the T-shape to the place where the water is discharged, such as a bellows hose, fill the water puddle with water, open and close the valve, close the valve at the end of the pipe, close the valve at the end of the pipe, Find and install the "in/out valve" and start from the lowest If two valves are opened and water is filled with one pipe, air is discharged through one pipe, so fill the entire pipe with water and close both pipes of the inlet and outlet valves tightly. Check if there is any water leakage from the installed pipe If there is no abnormality after inspection, open the valve in the puddle, open the valve at the end of the pipe, and the water injected into the puddle will be discharged naturally. The flow rate of the water discharged through the pipe is stronger, but if you keep the T-shaped stopper closed, all the water will be discharged into the puddle. When it rains heavily, you need to close the T-shaped stopper to safely and naturally discharge more of the sudden rainwater. If the system of the water-maek principle is installed in the pump-drainage system in the same way, the water injected into the pump-drainage site is always safely and naturally discharged. It can also prevent rainwater in the mountains, so it is the content of the 6th invention of the Sumaek Principle.

Invention 7). Forest Fire Prevention System In the season from autumn to spring, forest fires frequently occur in beautiful mountain streams, causing enormous damage to forest resources and private houses. Therefore, when the season when only fallen leaves are piled up, we try to prevent wildfires with extreme tension, but we cannot stop the wildfires blown by strong winds and suffer serious damage. Install a water tank that can store water by helicopter at the top or, if there is a spring water source at the top of a high mountain, install a water tank. Install the pipe to a village or a place where important facilities are located, but the standard of the pipe is 6 inches or more, the length of the pipe is 150m or more, and the pipe is installed at a distance of 50m or more from private houses and important facilities. In (ㅗ), the piping is installed horizontally on the left and right, but for the horizontally installed piping, install the sprinkler hose connection valve at an interval of about 5 m on the same pipe and the pipe of about 3 to 5 inches, and connect the sprinkler hose to the connector to raise it higher than the tree Install the sprinkler so that it is sprayed, but the piping and water tank to be installed are manufactured by inserting a heating wire to prevent freezing in winter, and install the piping to prevent freezing in winter. Install the pipe, close the stopper at both ends of the pipe, connect the first hose to the connector valve of the horizontally installed pipe, raise it above the tree, install a sprinkler at the end of the hose to spray water from the tree. Connect and descend 7m or more, raise the hose above the tree, install the sprinkler outlet to spray water, and install the hose again as in No. 2 on the left and right as in No. 1 When the sprinkler is installed to the destination When the main valve is opened and water is sprayed, the main valve is closed, but if the installed sprinkler has a weak spraying function, lower the same pipe from the water tank in a straight line and connect the horizontal pipe to the left and right to spray the sprinkler, increase the water pressure in the sprinkler hose The sprinkler can prevent a wildfire from spreading to private houses by opening the main valve in case of a fire.

[Problem to be solved]

The development of human civilization has prospered with surprising changes, but by ignoring the truth of nature and blocking the river water to create a dam to use hydroelectric energy and agricultural water, water resources are secured and used. Harmful foreign substances such as miscellaneous fallen leaves and weed industrial waste that are injected are washed away by rainwater, but cannot flow due to the dam and float in the water of the reservoir and settle. The liquid of the rotten object covers the bottom of the reservoir, and as the years pass, as the water in the reservoir passes, many types of fish disappear due to the generation of virus pathogens from harmful foreign substances, and only strong fish types exist in the polluted water. How can I solve the problems caused by the dam? Using the dam to produce non-combustion hydroelectric energy does not cause pollution, but the water in the reservoir becomes seriously polluted as time goes by. Dam water is getting more polluted every year, and because fish cannot enter the upstream due to the dam, the water of the reservoir is rotten water where only miscellaneous parasites and virus spawns breed. How can we save these reservoirs? Wouldn't it be great if a variety of fish, such as eels, could enter up and down? When looking at the numerous parasites occurring in the polluted water, the reservoir water is seriously polluted, and the polluted water seeps into the ground in the land adjacent to the reservoir, and the spring water flowing into the lower areas becomes undrinkable water. How can we save water in the reservoir and save nature? “As a Christian, I always worry and ask the Lord as a wish every day in my early morning prayer life until now 28 years ago, so please give me the wisdom to save nature and produce non-combustible energy. Realizing the wisdom to produce the energy of combustion, and while receiving the amazing wisdom to save nature as a fantasy, the design of the drawings expressed in paper became a problem, and failed because it failed to correctly identify the desired purpose With a sense of mission to live, he came across a piece of hose as a fantasy during his prayer life and realized the truth. It can be managed and the area below the horizon of the reservoir can be used for agriculture, fishery industry, and wisdom from various truths in mind. Realizing the truth of the Sumaek principle, which can be restored and installed in accordance with the Sumaek principle, in case of a fire, if you install the plumbing according to the Sumaek principle, you can safely store water while purifying the water and discharge it. As mentioned above, the invention items are included, and further, secondarily, by using the system of the Sumaek principle, unburned hydraulic energy can be produced infinitely, and the surprising truth was realized. It is a technology field system that aims to solve energy problems while saving nature by obtaining natural energy resources essential for humans.

The water in the dam reservoir cannot flow due to the dam and is always stagnant, and due to the flow to one place, numerous pollutants drift to the bottom of the reservoir every year. This discoloration and numerous foreign substances in the water cover and cover the bottom of the reservoir, so the fish cannot reproduce and only harmful larvae breed, causing pathogens. A small waterway is formed at the bottom of the reservoir, and foreign substances floating on the bottom are discharged along the waterway, allowing fish to breed. By removing it, it is possible to reduce the pathogens that multiply in the water, and if the dam water is safely stored and managed, the damage from drought can be reduced, the water in the reservoir can be used for agriculture, fishery industry, and rainwater from heavy rain pouring into the city can be removed, Property damage can be prevented, and factory-polluted water can be stored and purified by the Sumaek principle, and the spring water flowing from the bottom of the reservoir cannot be used. Even the deserted land can be restored to a grassland if the nearby river is well used. The seven systems are primarily described as a means to solve the problem caused by water. Water saves people and solves the problem of pollution in the sky The truth of water is the safe water of life "water" that solves all problems.

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헬기로 물을 공급할 수 있도록 물탱크를 설치하거나 또는 높은 산 정상 부위에서 샘물이 나오는 곳에

물탱크를 설치해 샘물이 주입되도록 설치를 하되 물탱크는 동절기에 물이 얼지 않도록 열선을 설치해 동결을 방지하도록 설치해야 함으로 물탱크 설치 시 열선을 삽입하여 설치하여야 하며 물탱크가 완성되면 물탱크 밑면으로 커다란 ①배관을 주입시키되 배관의 규격은 6인지 이상의 배관에 ③밸브를 설치하고 ③밸브에서는 동일의 ①배관을 연결하여 직선으로 150m이상 아래로 설치하되 민가와 70m 정도 이상 거리가 되도록 계산하여 배관을 내리되 동절기를 대비하여 땅을 파서 매설하던 가 열선을 삽입하여 배관을 직선으로 내리어 배관 끝에 ③밸브를 설치하고 밸브에는 3인지 이상의 ①배관에

스프링클러호스 연결구를 3m간격으로 삽입시키어 직선으로 내려온 ③밸브에서 가로(ㅗ)로 배관을 연결하여 배관을 좌우로 위험한 지역까지 배관을 설치하고 배관좌우 끝은 잠그고

스프링클러호스 연결구에는

번째

스프링클러호스를 연결하여 직선으로 나무보다 높이 호스를 올리어 길이를 측정해

스프링클러를 장착하여 나무보다 위로 높이 올리어 고정시키고 호스밸브를 열면 물이 분사하도록 설치하고

번째는

번째 좌우에

스프링클러호스를 아래로 7m정도 내리어 다시 호스를 나무위로 높이 올리어 길이를 측정해 호스를 절단하고

스프링클러를 장착하여 나무보다 높이 고정시키어

스프링클러가 분사되도록 설치하고 다시

번 좌우에

번째 호스와 같이 설치하고

번 좌우에

번째 호스와 같이 연속 1 2 1 2 1 2 1순으로 스프링클러를 설치하고 물탱크에 물이 완전히 채워지면 탱크 밑에 밸브를 열어주고 맨 아래 배관 끝 밸브를 열어주어 설치한 배관에 물이 채워져 물이 배출되면 메인 배관에 밸브를 잠그어 화재발생시 메인 밸브를 열어 물을 분사시키고 산불을 방지하면 민가로 번지는 산불피해를 방지할 수가 있어 제7의 발명고안의 내용입니다.
[실시예 1]
본 시스템의 핵심은 동일한 평면에 한 면은 물이 높이 고여 있고 한 면은 언덕을 넘어 물이 없는 댐과 같은 곳에 호스나 배관 속에 물을 채워 배관 끝 하나는 물속 바닥에 담그고 배관 끝 하나는 물이 없는 곳에 동일한 깊이로 배관을 설치하고 물이 있는 곳에 배관 끝을 물속에서 개봉하고 물이 없는 곳에 배관 끝을 개봉하면 배관통로로 물은 수맥원리에 의하여 자연적으로 방출이 됩니다. 그럼으로 배관에 물을 채우기 위해서는 저수지에 배관은 물속 20cm 깊이 정도에 밸브를 설치하고 댐 아래 배관의 끝에도 밸브를 설치하고 저수지에 밸브는 물속에서 열었다 잠그고 댐 아래에 밸브를 잠그고 배관이 가장 높은 곳을 찾아 배관 상 위에 "입출밸브" 도구를 설치해 두 개의 배관을 열어 물을 채우고 입출밸브 두 개의 배관을 잠그고 물속에 있는 밸브를 열어주고 댐 아래에 밸브를 열면 물이 있는 곳은 배관 속으로 물이 없는 곳으로 방출이 되는 것을 수맥기능이라고 명 하였으며 또 물이 방출되는 배관 끝에 배관을 계속 연결하여 배관을 아래로 깊이 내려면 배관이 깊이 내려갈수록 배관 속으로 배출 되는 유속이 빨라지며 배관이 아래(지하)로 내려 갈수록 유속은 매우 강하여 배관재질이 약하면 언덕을 넘는 곳의 배관부위는 수압에 의하여 압착이 됨으로 길이가 깊이 내려길수록 수압이 강하여지므로 수압을 감당할 수 있는 배관을 설치하여야 하며 또 긴 호스배관에 물을 채워 동일한 깊이어 물이 흐르도록 설치하고 호스에 중앙을 높은 언덕위로 올려도 배관이 굴곡이 심하도록 설치하여도 배관 속으로 공기주입이 없는 한 물은 수맥원리의 힘에 의하여 배관 끝으로 동일하게 방출됨을 실험 하였으며 이러한 수맥원리를 잘 이용하면 저수지바닥에 오염물을 뽑아 배출시킬 수 있으며 저수지바닥에 오염물을 배출시키면 저수지바닥에 불순물들이 배출이 되므로 저수지바닥으로는 물길이 형성되어 점진적으로 저수지물에 수질이 좋아지며 물을 계속 정화시킬 수 있으며 물이 나오는 배관의 끝을 아래로 깊이 내리어 다시 배관을 높이 수평선과 일치하도록 맞추면 수평선 보다 위로 샘물이 쏟는 것과 같이 올라가는 수압을 보면 물이 흐르는 곡선을 어떻게 설치하는 가에 따라 배관속 수압이 강약으로 변함을 보고 수압의 잘 이용하면 수평선 위로 물을 분사 시킬 수 있어 상기 제 7의 발명과 같이 사용할 수 있으며 방출되는 배관에 배관을 연속 연결하여 하천 아래로 깊이 내리면 깊이 아래로 내려갈수록 방출되는 수압이 강하여 짐으로 수맥원리의 배관을 합리적으로 잘 설치하면 무 연소 수력발전에너지를 얻을 수 있어 본 시스템이 특허로 출원되면 곧 제2의 발명 출원서류를 제출할 계획입니다 발명의 명칭은 "무지개그린 수맥수력에너지 시스템" 출원계획으로 "수맥원리의 시스템은 소인에 특허권임으로 절대 침범이 없도록" 보호하여 주시길 의뢰하오며 실시예의 내역을 간단하게 서술 하였습니다.Invention 1: Reservoir bottom sediment removal system
① Connect ② sediment inlet to the pipe pipe and install it on the bottom of the reservoir, but when water is poured into the bottom of the reservoir, install a movable hooking net on the front side to prevent large foreign substances from blocking the entrance. If it gets caught a lot, install it to remove it, connect the pipe to the pipe, raise it above the dam bank, connect the ③ valve, install the valve so that it is submerged in water about 20 cm from the water level horizon, and connect the pipe from the valve to the bottom of the reservoir over the dam bank. Connect ③ valve at the end of the rear pipe, close the valve, find the place with the highest pipe above the dam bank, install ④ the inlet and outlet valve on the top of the pipe, open and close the valve in the reservoir, open two pipes of the inlet and outlet valves, and inject water into one pipe As the air is discharged through one pipe when Close the valve and connect the pipe (buried in the ground as much as possible). Raise the pipe to the top of the hill along the river under the dam, install the ③ valve on the pipe, connect the pipe 3m to the end of the valve, and place the ground under the pipe horizontally 4m x 14m Dig the ground in a rectangle with a depth of about 1.2 m, and build a stone wall at the edge to prevent the dam from collapsing in water. When water is injected and the water overflows, divide the rectangular puddle into 3~4 equal parts. Install it again, but block the board so that it floats about 20cm from the floor and install it so that the rectangular water rises under the board and flows over the board. As the sediment settles in a rectangular puddle of water, clear water is discharged into the river at the very end. When the sediment at the bottom of the reservoir flows through the pipe passage and settles in the puddle and only clear water flows into the river, harmful larvae and pathogens occurring in the reservoir water are reduced. And if a lot of sediment is accumulated in a direct sloping puddle, the same rectangular puddle is installed in the area below it and only the pipe is connected to remove the sediment from the second water location. If there is only sediment left, only the sediment is removed, and if a lot of sediment is accumulated in the second sediment storage, the pipe is moved up and down to remove the sediment. If the water is continuously removed, the water in the reservoir and river water becomes clear water and flows into the sea, reducing the amount of red tide substances in the seawater. This is the system of the first invention.
Invention 2: Installation of a fish ramp into the dam dam
At the edge of the dam reservoir, at a depth of 1.5m from the horizon, install a ⑦ bellows hose, and at the end of the bellows hose, install a wide inlet for fish to enter and settle on the bottom of the water. Connect and install the valve so that it is immersed in the water about 20cm deep. Connect ① pipe from the valve to the river bank beyond the dam bank, but lower the pipe to a depth of about 3 m from the water horizon line, install ③ valve, and install ⑦T at the end of the valve Connect the pipe of the ruler and install the ⑧ fisherman in concrete steps under the T-pipe, but for the first concrete structure, install the fisher 2m wide and 5m long in a straight line. Install it so that water flows down from 1.2m above it, and install a sloping cascade fishing under it so that the water flows down the stairs and connects to the bottom of the river so that fish can enter the river. Open and close the valve in the water, close the valve below the dam and find the highest point among the pipes installed above the dam ④ Install the inlet and outlet valves, open two pipes of the inlet and outlet valves, and inject water into one pipe. Since the air is discharged, inject water into the entire pipe, ④ close the two inlet and outlet valves, open the reservoir valve, and open the valve under the dam. Connect the hose and widen the end of the hose so that the fish can enter the pipe, and it is seated on the concrete floor so that the fish can enter along the waterway coming out of the pipe. If you open the stopper on the ⑦ T-pipe under the dam, the flow rate will decrease. If the flow rate is still strong, you can control the strong flow of water by putting it over the first 5 m of concrete in the bellows hose. End ⑦ If you close the T-shaped stopper, the Javarahose is the function of the water vein. When the water in the reservoir continues to go down under the valve, connect a longer bellows hose at the end of the T and adjust the water pressure to the height of the end of the pipe while lowering it. Fish can enter, that is, opening the ⑦T-shaped stopper will decrease the discharge flow rate, and closing the ⑦T-shaped stopper will cause the Javara hose to become a pipe for water veins and continue to draw water into the reservoir. When you open the ⑦T-shaped stopper using .
Invention 3: Dam reservoir water used for agriculture and fishery industry
The area below the horizon of the dam reservoir can be used for agriculture and fishery industry by using water in the reservoir. Install the valve and connect the pipe from the valve to the bottom of the reservoir over the dam, install the valve, close the valve, find the highest point above the dam, install ④ the inlet and outlet valves, and open and close the ③ valve in the reservoir ④ If two pipes are opened and water is injected into one pipe, air is discharged from one pipe, and water can be filled in the entire pipe without air. When the valve below is opened, the water in the reservoir is discharged below the dam, close the valve under the dam and connect the pipe from the valve to the destination in the area below the reservoir. When the pipe arrives at Connect the ⑦ T-shaped pipe to the end of the valve and connect the ⑥ Jabara hose pipe to the end of the T-shaped pipe for more than 6m to install a water path and connect the pipe to the destination to install the water path. Find all the places with the highest pipe among them, install ④ inlet and outlet valves at the top of the pipe, open two pipes of inlet and outlet valves, and fill the entire pipe with water without air. Fill with water and close the two plugs of the inlet and outlet valves ④ open the two caps of the ④ inlet and outlet valves at the highest position and check the entire pipe to see if there is any water leakage. Close the inlets of the two inlet and outlet valves, open the valve under the dam, and open the valve at the destination. When the water flows to the destination, the amount of water discharged increases when the ⑦T-shaped pipe stopper is closed. When the ⑦T-shaped stopper is opened, only the water discharged from the valve is discharged. The deeper you go down, the stronger the flow rate of water. If you make the end of the hose coincide with the horizontal line of the reservoir, it flows out a little higher due to the water pressure. Since it is discharged, it can be safely used for agricultural and fishery industry using water in the reservoir. If water is continuously drawn into the reservoir and discharged, the water quality in the reservoir gradually becomes clear and clean water can be used safely. This is the third invention system. .
Invention 4: Dam Reservoir Water Safety Management System
To safely store and manage water stored in a dam reservoir, set a safety horizontal line and a dangerous line on the wall of the reservoir, and the installation of the safety and danger lines is the same. Install the pipe so that it is at a depth of 20cm of the reservoir by connecting ③ valve to the pipe at the horizontal line of the dam. up to the safety line, bend the end of the pipe in a L shape, install the ③ valve, connect the ⑦ T-shaped pipe to the end of the valve, and connect the ⑥ Jabara hose to the T-shaped end. Find the highest place, install the inlet and outlet valves, and open and close the ③ valves in the reservoir. ④ Open two pipes of the inlet and outlet valves to fill the entire pipe with water, close the two pipes, and open the valve in the reservoir. When water flows through the ⑦T-shaped pipe at the end of the valve, the water is discharged below the safety line and water is discharged below the safety line. When water reaches the ⑦ T-shaped stopper must be opened to protect the reservoir safety line and the danger line is installed in the same way as the safety line. 3) Install the valve and install the ⑦ T-shaped pipe at the end of the valve, but install a wheel on the ⑦ T-shaped pipe so that the wheel rotates as water comes out. Install the shaft so that the emergency bell rings. If you open to control the water in the reservoir, you can safely store and manage water in the reservoir and manage the water safely in the reservoir. Install so that the disk) floats, but make a hole in the center of the disk and install it to connect with the ⑥jabara hose. Install it as a buoy so that it floats 20cm above the line so that foreign substances floating on the reservoir water are injected into the disk. When you arrive at the bottom, install the ③ valve and connect ⑥ Jabara hose to the valve to install the garbage collection site. ③ Open and close the valve at the reservoir and close the ③ valve under the dam ④ Open two pipes of the inlet and outlet valves to fill water with one pipe, air is discharged from one pipe and the entire pipe can be filled with water. If you lock the pipe, open ③ valve in the reservoir, and open the valve under the dam, the debris floating in the reservoir is injected into the disk groove and can be removed. It is an invention system of 4.
Invention 5: Reservoir bottom spring water as a water source
Before installing the dam, find the place where the clear spring water came up from the riverside, level the land around the place where the spring water comes out, measure the area of the fountain as on the cadastral map, and make a circular box that covers the place where the spring water flows. Install the pipe so that it can be connected in one place, cover the spring water, and connect ① pipe to the place where water comes out, but connect the pipe to the dam while filling the pipe with water. is submerged in about 20cm in the water, and ① connect the pipe from the valve to the bottom of the river over the dam, install the ③ valve at the end of the pipe, find the highest pipe above the dam, ④ install the inlet and outlet valves, and install the valve in the reservoir Open and close, close the valve under the dam, and say, "If you open two pipes of the inlet and outlet valves and inject water into one pipe, air is discharged from one pipe and the entire pipe can be filled with water. If there is no place for water to flow through the pipe, close the pipes of ④ two inlet and outlet valves completely and open the reservoir valve. If you open the ③ valve under the dam, the reservoir water is discharged first. If only spring water comes out when only spring water is released by closing the valve slowly, check the water quality and use it as drinking water. If only spring water is discharged by controlling the water pressure with the valve after my examination, it is the 5th invention devised system as it can be used as drinking water by adding clear and clean spring water by connecting the pipe to the water source.
Invention 6: Drainage treatment for flooded areas
The entire downtown area is paved with asphalt and concrete, so when intensive heavy rain falls, the water cannot be drained out through the drains installed on the roadside. A lot of water and rainwater flowing down in these areas are suffering flooding damage Dig deep in the ground to make a wide ⑭ water puddle, and dig deeper at the bottom of the puddle to prevent rusting ⑮ Insert a plastic (drum) bucket into the bottom of the puddle, but install it so that only the upper part rises about 15cm above the bottom of the puddle ①Inject the pipe 2/3 deep into the ⑮drum, ⑮make a space so that it floats about 30cm from the bottom of the waterbox. Install and connect ① pipe from the valve ⑭ Raise the pipe to the top of the water puddle and connect the pipe. When the pipe arrives at the destination by connecting the pipe to the destination, ① pipe ⑭ deeper than the water puddle, lower the pipe 1 m or more down, and raise it up again in a U shape. ⑮ Raise the pipe to match the top of the drum ① Bend the pipe to connect the ③ valve, connect the ⑦ T-shaped pipe to the end of the valve, connect the ⑥ Jabara hose to the place where the water is discharged, and install the pipe to the place where the water will flow ⑭ from the water puddle to the ⑦T Among the pipes installed up to the sub-pipe, where the pipe goes up and down, install the ④ in/out valve on the upper part of the pipe, ⑭ fill the water puddle drum with water, and open and close the drum ③ valve at the end of the pipe. ④ Install the input/exit valve on the upper part of the pipe, and open the two pipes of the entry/exit valve starting from the lowest point. When water is injected through the pipe of 1 pipe, air is discharged and the entire pipe can be filled with water without air. In one place, open the two pipe inlets and fill the entire pipe with water, but if there is no problem, check the installed pipe for water leakage. When the valve is opened at the end of the pipe, ⑭ rainwater injected into the water puddle is discharged through the pipe passage. If there is no water in the pipe, the function of the water vein principle is lost, so the installed ① pipe and ⑮ drum must always be filled with water ⑭ water injected into the puddle will be discharged naturally. At the end of the pipe ③ at the end of the valve, when the ⑦ T-shaped pipe stopper is closed, the water injected into the water puddle is discharged at a fast flow rate. When the stopper is left open, the water vein function is maintained and rainwater can be discharged naturally. When it rains a lot, keep the stopper closed on the ⑦T-shaped pipe. When it rains or it does not rain, the T-shaped stopper must be opened to maintain the function of the water vein principle. Therefore, damage to the flooded area can be reduced by using the ⑦T-shaped stopper well. This is the 5th invention devised system.
Invention 7: Artificial forest fire prevention system
When the season from autumn to spring comes, the climate is dry and wildfires occur frequently, resulting in massive forest loss. The fire spreads to private houses adjacent to the forest, causing enormous property damage. On the top of the high mountain range in the region

Install a water tank so that water can be supplied by helicopter, or in a place where spring water comes from a high mountain top.

A water tank should be installed so that spring water is injected, but the water tank should be installed to prevent freezing by installing a heating wire so that the water does not freeze in winter. Inject a large ① pipe, but install the ③ valve on a pipe with a size of 6 inches or more, and connect the same ① pipe in the ③ valve and install it 150m or more in a straight line, but calculate the pipe to be at least 70m away from the private house. However, in preparation for the winter season, dig the ground and insert the heating wire that had been buried, and lower the pipe in a straight line, and install the ③ valve at the end of the pipe.

Insert the sprinkler hose connector at 3m intervals and connect the pipe horizontally (ㅗ) from the ③ valve that descends in a straight line, install the pipe to the left and right to the dangerous area, and close the left and right ends of the pipe.

Sprinkler hose connector

th

Connect the sprinkler hose and measure the length by raising the hose higher than the tree in a straight line.

Install a sprinkler and fix it by raising it higher than the tree, and install it so that water is sprayed when the hose valve is opened.

the second

left and right

Lower the sprinkler hose down about 7m, raise the hose high above the tree again, measure the length, and cut the hose.

Install a sprinkler and fix it higher than the tree.

Install the sprinkler to spray and re-install

left and right

Install it like the second hose

left and right

Like the first hose, install sprinklers in the order of 1 2 1 2 1 2 1, and when the water tank is completely filled with water, open the valve under the tank and open the bottom valve at the end of the pipe to fill the installed pipe with water and drain the water. This is the content of the 7th invention as it is possible to prevent damage from a forest fire spreading to private houses by closing the valve on the main pipe when a fire occurs, opening the main valve to spray water, and preventing a forest fire.
[Example 1]
The core of this system is to fill a hose or pipe with water in a place such as a dam where water is high on one side and there is no water over a hill on one side on the same plane, and one end of the pipe is immersed in the bottom of the water, and one end of the pipe is filled with water. If you install the pipe at the same depth where there is no water, open the end of the pipe in the water where there is water, and open the end of the pipe where there is no water, the water is naturally discharged through the pipe passage according to the water vein principle. So, in order to fill the pipe with water, install the valve in the reservoir at a depth of about 20 cm in the water, install the valve at the end of the pipe under the dam, open and close the valve in the reservoir in the water, close the valve under the dam, and place the pipe at the highest point Find and install the "inlet/outlet valve" tool on the top of the pipe to open the two pipes to fill with water, close the two pipes of the inlet and outlet valves and open the valve in the water. The discharge to a place where there is no water is called the water vein function. Also, if you continue to connect the pipe at the end of the pipe where water is discharged to lower the pipe, the deeper the pipe goes down, the faster the flow rate discharged into the pipe, and the pipe goes down (underground). ), the flow velocity is very strong, and if the pipe material is weak, the pipe part over the hill is compressed by water pressure. Fill with water and install it so that the water flows at the same depth, and even if the pipe is installed so that even if the center of the hose is raised on a high hill, the pipe is bent. The discharge was tested and if this water vein principle is used well, pollutants can be extracted and discharged to the bottom of the reservoir. If you lower the end of the pipe that comes out of the water and then align it with the horizontal line again, if you see the water pressure rising above the horizon, like the spring water pouring above the horizon, how do you install the curved line through which the water flows? Seeing that the water pressure in the pipe changes to strong or weak depending on The lower the depth, the stronger the discharged water pressure, and the load If the piping is installed reasonably well, non-combustion hydroelectric energy can be obtained, so when this system is applied for a patent, we plan to file a second invention application document soon. The name of the invention is " Rainbow Green Sumaek Hydraulic Energy System " The system of the Sumaek principle is a patent right, so we ask that you protect it so that there is no infringement, and the details of the example have been briefly described.

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Claims (3)

Water vein principle system Sediment removal Fish access road installation dam water for agricultural and fishery industry Safe water vein installation Reservoir bottom spring water Water source waterway . . . (independent port) The method according to claim 1, Urban rainwater immersion sumaek drainage installation ... (subordinate claim) In claim 2, sprinkler installation in mountain range

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