TW589137B - Sea water circle system - Google Patents

Abstract

This invention relates to sea water circle system. Draining channel is set up near sea. Draining channel whose position is lower than main pond, supply pond, draining pond. When tide is higher, sea water would be led into main pond, and draining pond. When tide is lower, sea water in main pond would be led into supply pond and drained to draining pond and draining channel. By using aforementioned to lead and drain sea water into feeding pond, and then sea water could be made as water for drinking.

Description

589137 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a deep seawater circulation system, and in particular, a new deep seawater can be introduced into the main pond by using the natural tidal range change and the principle of siphon. Pools, etc., and the "deep seawater circulation system" that excludes used seawater, so that the water in the supply pool is circulated and the water level is maintained constant, the deep seawater in the supply pool is available for use. [Previous technology] Coastal aquaculture currently uses shallow seawater to cultivate fish or shellfish, etc., due to shallow storms. · Therefore, experts refer to seawater, which refers to water for cleansing and nutrition. Content of the invention] Yes, the inventor is a diligent practice who has devised this invention, which is mainly the horizon. Emissions are sick or right. The deep layer is clear for food. [There are many problems in the environment, and the final set is lower than the water channel. The seawater in the pond and the supply layer is often invaded by germs, so it will cause aquaculture. For seawater below 0 metre, the characteristics of this type of seawater can be used not only for fisheries, but also for water use. In order to solve the above-mentioned deep seawater's acquisition and discharge, the tireless laboratories are supplemented by the laboratories: Second, it is rich in professional knowledge. It has been invented through many ingenuity and experiments. Provide a deep JS, rabbit, and clothing seawater circulation system, in the seashore pool, supply pool, private water, l floating pool and the drain connected to the open sea have combined principle of sucking deep seawater into the main pool in order 'At low tide, the water from the main pool is introduced into the supply

$ 5 pages 589137 V. Description of the invention (2) The pool 'introduces water from the supply pool into the drainage tank' and then introduces the water from the drainage tank into the drainage channel; The seawater allows the deep seawater in the supply pond to be replaced and maintained at a certain water level, and the supply pond can be directly used as a breeding pond, or the deep seawater in the main pond can be processed into other products such as drinking water. [Embodiment] In order to make the technical means and the effect achieved by the present invention easy to understand, the drawings are explained as follows: First, please refer to the first figure, the present invention is to set up a main pool below the horizon (1 ), The supply pond (2), the drainage pond (3), and the drainage channel (4) connected to the open sea, and set up a water pipe (1 1), a supply pipe (21), a connecting pipe (3 1) and a drainage pipe ( 4 1); one end of the water inlet pipe (1 1) extends below the sea floor 3 2 0 meters, and the other end extends into the main pool (1), and a water level valve (1 2) is provided at the end; the supply pipe (2 1) — One end extends into the main tank (1), the other end extends into the supply tank (2); the connecting pipe (3 1), one end extends into the supply tank (2), and the other end extends into the discharge tank (3); the drain pipe (4 1) One end extends into the drainage pond (3), and the other end extends into the drainage channel (4), and a water level valve (4 2) is provided at the end; the water inlet pipe (1 1), the supply pipe (2 1), and the connecting pipe (3) 1) and the drainage pipe (4 1) are provided with manual control valves (1 3), (2 2), (3 2), (4 3) in order to manually control the water inlet pipe (1 1) and the supply pipe (2 1), connecting pipe (3 1) and drainage pipe 4 1) Conducted or closed; In addition, the bottom of the main tank (work), the supply tank (2) and the drainage tank (3) is connected with a sand discharge pipe (5), and the position of the sand discharge pipe (5) is extremely low from the mother year. Low Tide Line 'All Sand Discharge Pipes (

589137

589137 V. Description of the invention. At the same time as the tide, when the water with a depth of 0 meters in the rainbow will enter the pool (2), you can operate (31) to the pool (2 to supplement the line, when the tide line, (2) and 50 meters Please participate in the water and the state of the sea; when the water channel (4 suction supply 1) suction 2) and drain (4) drain and drainage pool follow (4), the drainage water pipe (1 suction principle, the sea water suction through the supply water level is low) As a manual control valve will supply the pool) will also pass, while maintaining the position valve (1 main pool (1 drainage pool (the better) see the first, the same seawater, drainage pool), while the pool (2) drainage pool (discharge pool (3 to the open sea. (3) Phase, when the tide rises, the water level of the tube (4 1) 1) can pass through the main water tank (1 tube (2 1) to the number of high tide lines (3 2) to (2) from the supply tube (Water surface height; 2) The water level that will be closed) 3) The water level valve valve (1 2 pipe (1 1)); followed by a suction supply of ten centimeters (to open the water suction row 2 1) to the main tank ( To stop it, it will be lower than (4 2) will be opened) will enter the main pool pool (2) below the sea surface; with 50 cm, you can take the main pool by putting the pool (3) (1 1) The water level is up. In this way, the high tide line is raised, and the high tide line is closed dozens of times; the state is about 3 2 (1) Waiting for supply is better] Connected, and the supply) of water reaches the high tide to the high supply pool cm [3 As shown in the figure, at low tide, the sea step of the drainage channel (4) drops, and the water of the water level valve (4 2) is opened (3) will be sucked into the drain by the drainage pipe (4 1), and the water in the main pool (1) Will receive the supply pipe (21), and the water in the supply pool (2) will be connected by the connection pipe (3 3); by this, a part of the water in the main pool (1) and the supply pool () will be sequentially discharged and drained When the water in the main pool (1) drops to the level of the supply pool (2), it is close to the high tide period. , The water level valve (4 2) of the drainage pipe (4 1) will

589137 Fifth, the description of the invention is closed; the main pool of seawater (1 will supply the tide to the high tide pool (2) points (regardless of 5, so it can be straight and so on. Please refer to (7 1 seawater pumped to ice during high tide) For wine making, please refer to the solar energy for the heating device. Generate electricity to heat the supply tank (main tank (1, so it can be 2), see the first picture) at the bottom of the extension, with water tower storage, pharmaceutical, see section The four-picture supply pipe (2 (8) to the device (8 set (8) 2) water) and the supply of bacteria to prevent the bacteria from affecting the cultivation (5) The water level valve (1 2) of the water pipe (1 1) will be opened and inhaled The main tank (1); At the same time, the water of) is sucked into the supply tank (2) through the supply pipe (2 1), and the water of the connecting pipe (3 1) (2) is sucked into the discharge tank (3). That is, after the rising line, the water in the main pool (1) is replenished to the high tide line, while the supply and drainage pool (3) maintains the water level below the high tide line and is preferably tens of centimeters and 0 cm.] Rise: Tide or low tide The water level of the supply pond (2) can be maintained at a certain level. The supply pond (2) can be used as a breeding pond, as shown in the culture of fish and shellfish, or the water tower (7) can be connected. Water is pumped into it, and a pumping device (7 2) is installed at the end. The pumping device (7 2) can be used to supply deep water into the main pool (1), and can also be processed into drinking water, or even used as a SPA pool. If the supply pond (2) is used as a breeding pond, 1) the return pipe (2 3) is connected in the middle, and it is heated by the water in the return pipe (2 3), and it is matched with Tai 1) or a wind power device (8 2) Provide power. Thereby, it is possible to flow to a certain temperature through the supply pipe (2 1) to utilize the culture. Furthermore, build a building outside the pond (2) so that it is located indoors. The wind or rain invades the main pond (1) and the supply pond (殖 0)

P.9 589137 V. Description of the invention (6) Please refer to the supply pool (2) When the tide, you can open the sand accumulation and discharge it to the above. 1. Use the seawater and remove the water to maintain a certain level. 2. Water inlet and 3. make Electricity flowing into the device 5 · The device will be 6 · valves. Discharge the sand pipe, and it has never been converted. In addition, the drainage should be supplied to the supply pipe. The electric power of the pool can be discharged in the main pool of the main main pool, and is disclosed to the public every year. Put out a picture and the sand discharge pipe to the sea. It is clear that the tide difference is used for the main purpose. It is not necessary to use the pool to connect directly to the water inside. The sun extends deep into the pool and supplies the pool with extremely low seas. The invention before the specific application of the present invention is shown ‘because the valve of the long pond (3) will (5) know that the present invention is indeed changed’ and the rainbow sea. This uses the natural tidal range to power the depths of the pool. It can be used as a breeding flow pipe and cooperate with the temperature raising direction, that is, it can be sent into the suction pipe by wind or wind. When the seawater is pumped to the water and the tide at the bottom of the drainage pond, open the example to confirm the structure. Not only, the application has been completely beneficial. The pool (1) has sand deposits, so the door is very low every year (5 1), so that the bottom of the pool has the following advantages: suction principle, to introduce a new deep layer, to circulate the water in the pool and the seawater is available use. Changes, and the principle of siphon, so its use in the pool. The heating device heats the return pipe, which is beneficial to breeding. Furthermore, the heating electric device is provided instead of being used during high tide and stored in conjunction with a pumping tower for reuse. A sand discharge pipe is installed in the ministry in conjunction with the installation of a valve so that the sand at the bottom of the pool can reach the expected use effect. It has not been seen in similar products. Quasi-specialist

Page 10 589137 V. Description of the invention (7) If it is beneficial, it is a matter of virtue.

Page 11 589137 Brief description of the drawings [Schematic description of the first figure, second figure, third figure, fourth figure [refer to the figure No. of the structure of the present invention and its operation at high tide Example of the operation of the invention at low tide. Schematic diagram of the present invention for adding a heating device 1) Main tank (1 1) Water inlet pipe 1 2) Water level valve (1 3) Manual control valve 2) Supply tank (2 1) Supply pipe 2 2) Manual control valve (2 3) Return pipe 3) Drain tank (3 1) Connecting pipe 3 2) Manual control valve (4) Drain channel 4 1) Drain pipe (4 2) Water level valve 4 3) Manual control valve ( 5) Sand removal pipe 5 1) Valve (6 1) Adapter 6 1 1) Sleeve (6 1 2) Open end 6 2) Buoy (6 3) Slider 6 4) Weight block (7) Water tower 7 1) Suction pipe (7 2) · Pumping unit 8) Heating unit (8 1) Solar power unit 8 2) Wind power unit ((

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Claims (1)

589137 6. Scope of patent application1. A deep seawater circulation system, which is composed of a main pool, a supply pool, a drainage pool below the horizon, and a drainage channel connected to the open sea. It consists of water pipes, supply pipes, connection pipes and Drain pipe; one end of the water inlet pipe extends below hundreds of meters below the sea floor, the other end extends into the main pool, and a water level valve is provided at this end; the supply pipe / end extends into the main pool, and the other end extends into the supply pool; one end of the connecting pipe extends Into the supply tank, the other end extends into the drainage tank; one end of the drainage pipe extends into the drainage tank, and the other end extends into the drainage channel 'and the end is provided with a water level valve; When in use, first connect the water level valve of the inlet pipe, and use the layer of seawater to suck into the main pool; then, through the feed tank; wait until the water level of the supply pool is lower than the high level, so that the supply pool will also pass through the connection pipe. The supply pipe absorbs the degree of the main pool; when the water level of the main pool reaches the high tide line, the water level valve of the drain pipe is sucked into the drainage channel by the drain pipe at low tide, and the main pool uses this to sequentially discharge part of the water to the supply pool and the drain pool. Swell At the same time, the water level of the drainage pipe is turned on to draw seawater into the main pool; the water is drawn into the main pool from the main pool and the supply pool so that by the tide change, the water distribution ring and the water level are maintained constant, the manual control valve of the supply pipe is closed ; During the high tide, the principle of siphoning, when the deep supply pipe draws the water in the main tank through the water inlet pipe into the tidal supply line for tens of centimeters, the water in the manual control valve is sucked into the discharge tank, and the supply water is supplemented to keep the water level high The water valve of the water pipe will be closed; it is open; the water of the drainage pool will be sucked into the drainage pool by the connecting pipe; in the offshore, when the water in the main pool drops to and near the tide period; the valve is closed. At the time, the supply pipe, the connecting pipe will be used to drain the pool to replenish the seawater; in accordance with the siphon principle, the deep seawater in the supply pool in the supply pool will be available for profit. _ Page 13 589137 VI. Application for patent scope. 2. The deep seawater circulation system described in item 1 of the scope of patent application, in which the supply pond can be directly used as a breeding pond. 3. The deep seawater circulation system as described in item 1 of the scope of the patent application, in which the water inlet pipe, the supply pipe and the drainage pipe are provided with a manual control panel. 4. The deep seawater circulation system according to item 1 or 2 of the scope of the patent application, wherein the supply pipe on the supply tank is connected with a return pipe in the middle, and the water in the return pipe is heated by a heating device. 5. The deep seawater circulation system as described in item 4 of the scope of patent application, wherein a solar power generation device is used to provide electricity to the heating device. 6. The deep seawater circulation system as described in item 4 of the scope of patent application, wherein a wind power generator is used to provide electricity to the heating device. 7. The deep seawater circulation system as described in item 1 or 2 of the scope of patent application, wherein a building is built outside the main pool and the supply pool so that it is located indoors. 8. The deep seawater circulation system according to item 1 or 2 of the scope of patent application, wherein the supply pipe on the supply tank is connected with a return pipe, and the water in the return pipe is heated by a heating device; Design the building so that it is located indoors. 9. The deep seawater circulation system according to item 8 of the scope of the patent application, wherein a solar power generation device is used to provide electricity to the heating device. 10. The deep seawater circulation system according to item 8 of the scope of the patent application, wherein a wind power generation device is used to provide power to the heating device. 11. The deep seawater circulation system as described in item 1 of the scope of patent application, wherein the bottom end of the suction pipe connected to the water tower is extended into the main pool, and the end is added at the end. Page 14 589137 6. Scope of patent application Pumping device is installed; during the high tide, with the pumping device, the deep seawater in the main pool is pumped to the water tower for storage for reuse. 1 2. The deep seawater circulation system as described in item 1 of the scope of the patent application, wherein the bottom of the main pool, the supply pool and the drainage tank is connected with a sand discharge pipe. The position of the sand discharge pipe is higher than the extremely low and low tide line every year. The pipes are provided with valves; in addition, the ends of all the sand discharge pipes can be connected to extend to the drainage channel; at the time of extremely low and low tide each year, the valve is opened to clear the sand at the bottom of the pool. Φ Page 15