CN201351273Y - Freshwater potential energy developing and using device - Google Patents
Freshwater potential energy developing and using device Download PDFInfo
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- CN201351273Y CN201351273Y CNU2008202265685U CN200820226568U CN201351273Y CN 201351273 Y CN201351273 Y CN 201351273Y CN U2008202265685 U CNU2008202265685 U CN U2008202265685U CN 200820226568 U CN200820226568 U CN 200820226568U CN 201351273 Y CN201351273 Y CN 201351273Y
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Abstract
The utility model relates to a water conservation device, in particular to a freshwater potential energy developing and using device which is extremely wide in applicability and can save and generate energy. The freshwater potential energy developing and using device is mainly characterized in that a water taking device is connected with an overground main pool through a muddy water pipe, the upper portion of the overground main pool is equipped with a main communicating pipe, the other end of the main communicating pipe is connected with a first overground water storage pool, the first overground water storage pool is connected with a second overground water storage pool through an upper communicating pipe and a lower communicating pipe, the second overground water storage pool is connected with 2-8 clear water pipes, the clear water pipes are connected with at least two safe pools, each safe pool is connected with at least two user water storage pools through pipelines, and the safe pools can be equipped with power generating devices to generate power. Compared with the prior art, the freshwater potential energy developing and using device prevents large quantities of fresh water in rivers flowing into seas, enables water to be effectively used, can save energy, is fine in economic benefit, further can be connected with the power generating device to generate power and generate electricity energy and the like.
Description
Technical field
The utility model relates to a kind of water conservancy device, specifically a kind of compliance freshwater potential energy development and use extremely wide, energy-conservation energization device.
Background technology
At present, water is that a kind of injustice then flows in the nature, extremely unsteady liquid.The fresh water of earth surface is mostly possessing certain height above sea level, is possessing the trend of trickling downwards, just possesses potential energy.Freshwater potential energy is contained among fresh water, at the earth's surface everywhere as seen, is a kind of ubiquitous huge energy.Only potential energy could be converted to the available energy significantly in the water conservancy power station, and other most freshwater potential energies have disappeared along with the sea of going into of fresh water in vain.The water source that people are used comprises tap water, mostly is the water source through the power set promoting or transferring, for need of living and producing, needs to consume a lot of energy like this.This just causes natural water source to have everywhere, but can not get good utilization, and still there is arid in a lot of places, the phenomenon of lack of water.
Summary of the invention
Technical assignment of the present utility model is the weak point at above present situation, a kind of potential energy and kinetic energy that can utilize the fresh water that flows is provided, need not accord with and add other power set, just can make in the river and other water that flow are applied in the freshwater potential energy development and use device of life in producing.The technical scheme that its technical problem that solves the utility model adopts is: the utility model mainly is that the fresh water in the river is introduced in the device of the present utility model, and simply handles, and finally can reach to satisfy life, production purposes.
The utility model mainly is to connect total pond on the ground by water fetching device by the muddy water pipe, in the Zong Chi pond total pond soil discharging facility is set on the ground, the top in total pond is provided with main communicating pipe on the ground, the other end of main communicating pipe connects one pond of retaining on the ground, one pond of retaining on the ground linked to each other with ground retaining two ponds with lower communicating tube by last communicating pipe, in one pond of retaining on the ground and the pond, retaining two pond, ground the reservoir soil discharging facility is set respectively, retaining two ponds are connected with 2 to 8 clear water pipes, the clear water pipe links to each other with at least two safe pool, and each safe pool links to each other with at least two user's reservoirs by pipeline again.
Water fetching device moves ship by telescopic moving pipe, mobile ship and at least one support and forms, telescopic moving pipe water outlet place one end connects the muddy water pipe, the other end both water inlet place is fixed on the mobile ship, the length of telescopic moving pipe is longer than half summary of dry point river width, water inlet place of telescopic moving pipe is flaring, water inlet place is provided with iron net and controlled valve, at least one support is set on the mobile pipe moves ship and come support to move the gravity of pipe on the diverse location.
Total on the ground pond construction site is selected in the low place more than 12 meters of the height above sea level minimum than water fetching device.
Zong Chi pond height degree can not surpass 1/3rd of water intaking place and bottom, total pond height above sea level difference on the ground.
The pond body in total pond is a funnel shaped on the ground, suitable for reading opening wide, the muddy water pipe top in total pond on the ground enters Zong Chi, be connected Zong Chi top on the ground main communicating pipe, main communicating pipe caliber greater than muddy water pipe caliber, water is under the prerequisite that turnover does not stop successively, making on the ground, the water surface in total pond keeps stable, the spoil disposal that helps total pond soil discharging facility, for reducing the impact force of water to total pond, the Zong Chi water inlet is provided with stilling chamber on the ground; Turbid clear division board is fixed in the plumb cut place near outlet in total pond on the ground, and turbid clear division board top is suitable for reading neat with total pond, and there is the space bottom with Zong Chi pond, ground body; Last horizontal frame is fixed on body inside, Zong Chi pond, spoil disposal case overcoat is that drum is fixed on the base inner wall of total on the ground pond by cover chamber fixed connecting rod, spoil disposal case overcoat links to each other by sealing ring with the spoil disposal case, following horizontal frame outer end is fixed on the spoil disposal case and puts outward, the inner is fixed on center water pipe following 20 centimeters suitable for reading, water pipe bottom, center is provided with center water pipe buoyancy valve, and pipe bar cross is fastened on the pipe inner wall of center.Fixed valve bar lower end is fixed on the valve seat, and middle part and fixed valve are fixed together, and center water pipe buoyancy valve and center water pipe are passed in the upper end, is fixed on pipe bar cross and connects.Two spacing holes of going up horizontal frame are passed at four device case connecting rod middle parts respectively, the upper end is fixed on the sink-float device, the horizontal frame spacing hole is passed down in the lower end, be fixed on the spoil disposal case suitable for reading on, the sink-float device is connected to form by upper-deck cabin and following cabin, sink-float device drain hole is set at following center, cabin, and the place that sink-float device drain hole is connected with upper-deck cabin is provided with sink-float device buoyancy valve.
One pond of retaining on the ground and two pool volumes of retaining on the ground equate, all are made up of pond body, base and soil discharging facility, and one pond of retaining on the ground and two ponds of retaining on the ground are with total pond is contiguous, suitable for reading contour on the ground, and volume ratio is the reservoir of the big several times in total pond on the ground.One pond of retaining on the ground and two ponds of retaining on the ground are provided with the reservoir soil discharging facility respectively: funnel spoil disposal casing is set at the bottom of the pond, funnel spoil disposal casing links to each other with funnel spoil disposal mouth, on funnel spoil disposal casing, be provided with one 20-40 centimetre wide, the transparent spy window of manufacturing with firm organic glass or transparent plastic-steel, from then on visit window and can with the naked eye offer an explanation out the mud layer of water white water layer of funnel spoil disposal upper box part and bottom, know the precipitation capacity of mud thus.At funnel spoil disposal gonys end with the upper part, spoil disposal valve fixed mount inside is provided with the spoil disposal valve, the spoil disposal valve is an airtight suitable for reading big young rounding stage body down, spoil disposal valve fixed mount is made up of four bars of ring shape connection suitable for reading, four bar lower ends are fixed on funnel spoil disposal mouth place suitable for reading, Gu the top pull bar connects spoil disposal valve fixed mount and upper reservoir pond, ground body, firm connecting rod is connected and fixed the suitable for reading and reservoir base of funnel spoil disposal mouth, shelves mud is covered with to be put on the ground, the below of funnel spoil disposal mouth, spiral macro-axis upper end connects the spoil disposal valve, and the lower end links to each other with power set, and power set are controlled moving both vertically up and down of spiral macro-axis.Have certain potential energy owing to advance the water at safe pool place, the source of water is with low cost and abundant, so TRT can be installed at the safe pool place.Water source after the generating has just become the safe water source that is easy to carry of low-potential energy.
Freshwater potential energy development and use device of the present utility model is compared with prior art, has following characteristics: the power that one, does not need consumes energy to flow in the utility model implementation process as water, and good in economic efficiency; Two, the utility model can prevent that the fresh water in a lot of rivers from flowing into the sea in vain, can solve and alleviate arid problem effectively; Three, the utility model can also connect TRT and generates electricity, and produces electric power energy.
Description of drawings
Below in conjunction with accompanying drawing the utility model is further specified.
Accompanying drawing 1 is a kind of basic structure schematic diagram of freshwater potential energy development and use device;
Accompanying drawing 2 is a kind of total pond, ground and soil discharging facility structural representation thereof of freshwater potential energy development and use device;
Accompanying drawing 3 is a kind of soil discharging facility structural representation of ground retaining one pond and two ponds of retaining on the ground of freshwater potential energy development and use device;
Reference numeral: 1 water fetching device, 2 muddy water pipes, total pond, 3 grounds, 4 main communicating pipes, 5 retainings on the ground, one pond, 6 retainings on the ground, two ponds, 7 last communicating pipes, 8 lower communicating tubes, 9 clear water pipes, 10 safe pool, 11 user's reservoirs, 12 rivers, 13 1 pond division boards, 14 2 pond division boards, 15 stilling chambers, 16 turbid clear division boards, horizontal frame on 17,18 spoil disposal case overcoats, 19 cover chamber fixed connecting rods, 20 total on the ground pond bases, 21 spoil disposal casees, 22 sealing rings, 23 center water pipes, 24 center water pipe buoyancy valves, 25 pipe bar crosses connect, 26 fixed valve bars, 27 valve seats, 28 fixed valve, 29 device case connecting rods, 30 sink-float devices, 31 upper-deck cabins, 32 times cabins, 33 sink-float device drain holes, 34 sink-float device buoyancy valves, 35 funnel spoil disposal casings, 36 funnel spoil disposal mouths, 37 transparent spy windows, 38 spoil disposal valves, 39 fixed mounts, 40 firm connecting rods, 41 mud covers, 42 spiral macro-axis, 43 power set, 44 times horizontal frames, 45 solid top pull bars.
The specific embodiment
Explain below with reference to Figure of description a kind of big-and-middle-sized freshwater potential energy development and use device being done.
Big-and-middle-sized freshwater potential energy development and use device of the present utility model mainly is to connect total pond 3 on the ground by water fetching device 1 by muddy water pipe 2, in total 3 ponds, pond total pond soil discharging facility is set on the ground, the top in total pond 3 is provided with main communicating pipe 4 on the ground, the other end of main communicating pipe 4 connects one pond 5 of retaining on the ground, one pond 5 of retaining on the ground linked to each other with ground retaining two ponds 6 with lower communicating tube 8 by last communicating pipe 7, in one pond 5 of retaining on the ground and 6 ponds, retaining two ponds, ground the reservoir soil discharging facility is set respectively, retaining two ponds 6 are connected with 2 to 8 clear water pipes 9, clear water pipe 9 links to each other with at least two safe pool 10, and each safe pool 10 links to each other with at least two user's reservoirs 11 by pipeline again.
Water fetching device 1 moves ship by telescopic moving pipe, mobile ship and at least one support and forms, telescopic moving pipe water outlet place one end connects muddy water pipe 2, the other end both water inlet place is fixed on the mobile ship, and it all is a canoe that mobile ship and support move ship, also can use cursory replacement.The length of telescopic moving pipe is slightly longer than half of dry point river 12 width, and water inlet place of telescopic moving pipe is flaring, and water inlet place is provided with iron net and controlled valve, at least one support is set on the mobile pipe moves ship and come support to move gravity on the pipe diverse location.
Muddy water pipe 2, the clear water pipe 9 of freshwater potential energy development and use device of the present utility model is to make with the hard inexpensive material of each germplasm, is the closed conduit that is embedded in below ground.Muddy water pipe 2 parts are embedded in the soil of river bed, the water inlet end of the muddy water pipe in the soil of river bed upwards extracts the connection water fetching device in heart position, korneforos, muddy water pipe 2 other parts are embedded in below ground, extend downstream along the river shoal that tilts to descend earlier, physical features decline from high to low, just the potential energy in the pipeline is increasing, and when potential energy reached more than 12 meters, the water side connected total pond on the ground from underground extracting.
Total on the ground pond 3 construction site are hanged down more than 12 meters in the water fetching device downstream than water fetching device 1 minimum height above sea level.Lower better, it is low more to build Zong Chi place height above sea level, total corresponding increasing of pond height, and total pond is suitable for reading just to reach requirement for low two meters than water fetching device water inlet.Total on the ground pond 3 pond height degree can not surpass 1/3rd of water intaking place and bottom, total pond height above sea level difference.Total pond 3 behind the eliminating mud, enters one pond 5 of retaining on the ground and two ponds 6 of retaining on the ground through mud discharging device clarification water quality more on the ground, stores stand-by.
The pond body in total pond 3 is funnel shapeds on the ground, suitable for reading opening wide, muddy water pipe 2 top in total pond 3 on the ground enters Zong Chi, be connected total 3 tops, pond on the ground main communicating pipe 4, main communicating pipes 4, caliber was greater than muddy water pipe 2 calibers, water is under the prerequisite that turnover does not stop successively, making on the ground, the water surface in total pond 3 keeps stable, the spoil disposal that helps total pond soil discharging facility, for reducing the impact force of water to total pond, total on the ground 3 water inlets, pond are provided with stilling chamber 15, make the water that enters total pond at first enter stilling chamber 15, the plumb cut place near outlet in total on the ground pond 3, fixing turbid clear division board 16, turbid clear division board 16 tops are suitable for reading neat with total pond, there is the space bottom with total pond, ground 3 pond bodies, last horizontal frame 17 is fixed on body inside, Zong Chi pond, spoil disposal case overcoat 18 is that drum is fixed on base 20 inwalls of total on the ground pond by cover chamber fixed connecting rod 19, spoil disposal case overcoat 18 links to each other by sealing ring 22 with spoil disposal case 21, following horizontal frame 44 outer ends are fixed on the spoil disposal case overcoat 18, the inner is fixed on center water pipe 23 following 20 centimeters suitable for reading, and water pipe 23 bottoms in center are provided with center water pipe buoyancy valve 24, and pipe bar cross connects 25 and is fixed on center water pipe 23 inwalls.Fixed valve bar 26 lower ends are fixed on the valve seat 27, and middle part and fixed valve 28 are fixed together, and center water pipe buoyancy valve 24 and center water pipe 23 are passed in the upper end, are fixed on pipe bar cross and connect on 25.Two spacing holes of going up horizontal frame 17 are passed at four device case connecting rod 29 middle parts respectively, the upper end is fixed on the sink-float device 30, horizontal frame 44 spacing holes are passed down in the lower end, be fixed on spoil disposal case 21 suitable for reading on, sink-float device 30 is connected to form by upper-deck cabin 31 and following cabin 32, sink-float device drain hole 33 is set at following 32 centers, cabin, and the place that sink-float device drain hole 33 is connected with upper-deck cabin 31 is provided with sink-float device buoyancy valve 34.
The spoil disposal process in total pond 3 on the ground: when the suffered water buoyancy of mud discharging device during greater than the gravity of mud discharging device, sink-float device 30 rises and the water surface, and spoil disposal case 21 begins to collect the mud weightening finish, and gravity increases buoyancy and reduces; Spoil disposal case 21 continues the weightening finish of collection mud, by sink-float device 30, device case connecting rod 29, spoil disposal case 21 threes link into an integrated entity up and down the kinematic system formed slowly decline reach capacity; Reach capacity and increase weight, sink-float device 30 does not have in the entry, and spoil disposal case 21 fixed valve are opened rapid spoil disposal; Spoil disposal finishes, and buoyancy is greater than gravity, and kinematic system rises, and the sink-float device is got back to water surface original position.Total pond is equipped with total pond soil discharging facility on the ground like this, in the continual process of the water outlet of intaking successively, does not choose and keeps an eye on the complex work that a whole set of heavy mud, collection mud, spoil disposal just can be automatically finished in operation.Total pond reaches desired clear thorough degree from the water that outlet pipe gives off successively on the ground, can directly be discharged in retaining one pond and go.If do not reach desired clear thorough degree, can be discharged into total pond, second ground, the total pond, the 3rd ground set up again, up to reaching desired clear thorough degree, just be discharged into retaining one pond.
On the ground the height in total pond 3 equals extraordinarily the rise and fall height of device of two of spoil disposal case overcoat 18 height.
The height of device case connecting rod 29 equals the twice of spoil disposal case overcoat 18 height.
The height that upper and lower horizontal frame is 17 equals the height of spoil disposal case overcoat 18.
The spoil disposal case is stretched the height that the height that contracts equals spoil disposal case overcoat 18 for 21 times.
The gravity of spoil disposal case 21 heavy mud, the different links of spoil disposal, the buoyancy with sink-float device 30 different links is coupled to certain suitability degree and just can cancels out each other, and reaches the desirable purpose of full-automatic heavy mud, spoil disposal.
One pond 5 of retaining on the ground and retaining two ponds, ground 6 volumes equate, all form by pond body, base and soil discharging facility, and ground retaining one pond 5 and two ponds 6 of retaining on the ground and total pond, ground 3 vicinities, suitable for reading contour, the reservoir of the total on the ground pond of volume ratio 3 big several times.One pond division board 13 is arranged on the position near water inlet, and the upper end is mutually neat with retaining one pond, side and pond body sealing and fixing, and the lower end is at pond body medium position.Last communicating pipe 7 draws from 5 tops, ground retaining one pond, turning round turns round downwards again enters 6 bottoms, retaining two ponds on the ground, turn round again and upwards enter in the hydrospace in two pond division boards, 14 left sides, following cross over pipe 8 position above the tilting bottom in retaining one pond 5 is on the ground drawn, enter in two ponds 6 of retaining on the ground, opening upwards enters in the hydrospace in the two pond division boards of retaining on the ground, 14 left sides.The trunk clear water pipe 9 that the 2-8 root goes to each water zone is drawn on top at the bottom of the inclination in two ponds 6 of retaining on the ground.In use, going up at ordinary times communicating pipe 7 opens, water enters two ponds 6 of retaining on the ground from ground retaining one pond 5, or else disconnected to each water zone water delivery, if the water zone needs water few, before the two pond waters surface 6 of retaining on the ground and one pond of retaining on the ground, 5 water surface hold the line, notice river course dry point suspends water inlet, if water zone water supply volume is big, two ponds of retaining on the ground, 6 waters surface ceaselessly descend, before at the bottom of the pond that tilts, open lower communicating tube road 8, the two pond face waters surface and maintain an equal level rapidly, two ponds 6 of retaining on the ground can obtain Ban Chishui soon, with emergency, so just can guarantee for a long time incessantly to each water regional water supply.
One pond 5 of retaining on the ground and two ponds 6 of retaining on the ground are provided with the reservoir soil discharging facility respectively: funnel spoil disposal casing 35 is set at the bottom of the pond, funnel spoil disposal casing 35 links to each other with funnel spoil disposal mouth 36, on funnel spoil disposal casing 35, be provided with one 20-40 centimetre wide, the transparent spy window of manufacturing with firm organic glass or transparent plastic-steel 37, from then on visit window and can with the naked eye offer an explanation out the mud layer of water white water layer of funnel spoil disposal upper box part and bottom, know the precipitation capacity of mud thus.At funnel spoil disposal gonys end with the upper part, spoil disposal valve fixed mount 39 inside are provided with spoil disposal valve 38, spoil disposal valve 38 is airtight suitable for reading big young rounding stage bodies down, spoil disposal valve fixed mount 39 is made up of four bars of ring shape connection suitable for reading, four bar lower ends are fixed on funnel spoil disposal mouth place suitable for reading, Gu top pull bar 45 connects the spoil disposal valve with deciding frame and pond, retaining two pond, ground body, firm connecting rod 40 is connected and fixed the suitable for reading and retaining two pond bases of funnel spoil disposal mouth, shelves mud cover 41 is provided with on the ground, the below of funnel spoil disposal mouth, spiral macro-axis 42 upper ends connect the spoil disposal valve, and the lower end links to each other with power set 43, and power set are controlled moving both vertically up and down of spiral macro-axis.
The spoil disposal process of reservoir soil discharging facility is such, operating personnel learn when needing spoil disposal from visiting window, with regard to operation power plant 43, spiral macro-axis 42 is moved up, driving spoil disposal valve 38 also moves up, the slit appears in the mud layer in spoil disposal valve 38 peripheries and the spoil disposal case 18, the spoil disposal valve 38 big more slit that moves up is big more, with the road of leaking a spoil disposal mouth 36 formation up/down perforations, the water on spoil disposal case 18 upper stratas will wash away and carry outside the mud discharge case, by muddy change when clear, spoil disposal finishes in water.Under the effect of power set 43, handle spoil disposal valve 38 and move down, just sealed funnel spoil disposal mouth 36, repetitive operation again when treating next time to need spoil disposal.
Freshwater potential energy development and use device of the present utility model segmentation component, water intaking dribs and drabs from the river course that the water yield is enriched, the principle of utilizing water to flow from high to low, along with the extend of pipeline of the present utility model to low-lying, freshwater potential energy in the pipeline constantly increases, water arrives each county, town, village user through this device.Water conservancy device of the present utility model is adapted to the water conservancy device of China's cities and counties' one-level, has reached the purpose of water, has saved the energy again.
The utility model can be built into the device of different size specifications as the case may be, thereby adapts to different needs.Freshwater potential energy development and use device of the present utility model, be adapted to perennial stream or season flowing water dissected valley small stream rivers, adapt to the various topographies of Yushan Hill upland plain mound basin, have the place in river to build, the ground in no river can be used the water source of peripheral high-land and build.The water source in middle reaches can be used in the ground of downstream river, and the water source of upstream can be used in the ground in middle reaches, and the source in some great river all higher than cities and towns village, mine, farmland can be used in the ground of upstream.
Used water in each reservoir or used up water,, will soon hold full automatically as long as there is water the water intaking korneforos.If the water intaking source is temporarily anhydrous, as long as the cycle of water next time in river has arrived, there has been water in river one, and reservoir can be held water again.Water in the river course will be utilized like this, refers to distant local arbitrarily use.
Have certain potential energy owing to advance the water at safe pool place, the source of water is with low cost and abundant, so TRT can be installed at the safe pool place.Water source after the generating has just become the safe water source that is easy to carry of low-potential energy.Freshwater potential energy of the present utility model development and use device can from the water be main generating be assist primary stage, develop into based on generating, water is the advanced stage of assisting.
In the safe pool back user's reservoir can also be set, user's reservoir is the water source that the user uses around directly supplying with, and the user drinks or directly be used as the industrial or agricultural water after can handling the water source.
Constitute each parts of this device and interconnecting or cooperating between them all can be adopted prior art or other possible technology.
Claims (4)
1, a kind of freshwater potential energy development and use device, it is characterized in that it mainly being to connect total pond (3) on the ground by muddy water pipe (2) by water fetching device (1), in total pond, pond (3) total pond soil discharging facility is set on the ground, the top in total pond (3) is provided with main communicating pipe (4) on the ground, the other end of main communicating pipe (4) connects retaining one pond (5) on the ground, retaining one pond (5) linked to each other with retaining two ponds, ground (6) with lower communicating tube (8) by last communicating pipe (7) on the ground, in retaining one pond (5) and the pond, retaining two ponds (6), ground the reservoir soil discharging facility is set respectively on the ground, retaining two ponds (6) are connected with 2 to 8 clear water pipes (9), clear water pipe (9) links to each other with at least two safe pool (10), and each safe pool (10) links to each other with at least two user's reservoirs (11) by pipeline again.
2, freshwater potential energy development and use device according to claim 1 is characterized in that the pond body in total pond (3) is a funnel shaped on the ground, suitable for reading opening wide, and total on the ground water inlet, pond (3) is provided with stilling chamber (15); Turbid clear division board (16) is fixed in the plumb cut place near outlet in total pond (3) on the ground, and turbid clear division board (16) top is suitable for reading neat with total pond, and there is the space bottom with total pond, pond (3), ground body; Last horizontal frame (17) is fixed on body inside, Zong Chi pond; Spoil disposal case overcoat (18) is that drum is fixed on total pond base (20) inwall in ground by overlapping chamber fixed connecting rod (19), and spoil disposal case overcoat (18) links to each other by sealing ring (22) with spoil disposal case (21); Following horizontal frame (44) outer end is fixed on the spoil disposal case overcoat (18), the inner is fixed on center water pipe (23) following 20 centimeters suitable for reading, center water pipe (23) bottom is provided with center water pipe buoyancy valve (24), pipe bar cross connects (25) and is fixed on center water pipe (23) inwall, fixed valve bar (26) lower end is fixed on the valve seat (27), the middle part is fixed together with fixed valve (28), center water pipe buoyancy valve (24) and center water pipe (23) are passed in the upper end, are fixed on pipe bar cross and connect on (25); Two spacing holes of going up horizontal frame (17) are passed at four device case connecting rods (29) middle part respectively, the upper end is fixed on the sink-float device (30), horizontal frame (44) spacing hole is passed down in the lower end, be fixed on spoil disposal case (21) suitable for reading on, sink-float device (30) is connected to form by upper-deck cabin (31) and following cabin (32), at following center, cabin (32) sink-float device drain hole (33) is set, the place that sink-float device drain hole (33) is connected with upper-deck cabin (31) is provided with sink-float device buoyancy valve (34).
3, freshwater potential energy development and use device according to claim 1, it is characterized in that retaining one pond (5) is equal with retaining two ponds (6), ground volume on the ground, all be by the pond body, base and soil discharging facility are formed, retaining one pond (5) and retaining two ponds, ground (6) are provided with the reservoir soil discharging facility respectively on the ground: funnel spoil disposal casing (35) is set at the bottom of the pond, funnel spoil disposal casing (35) links to each other with funnel spoil disposal mouth (36), on funnel spoil disposal casing (35), be provided with one 20-40 centimetre wide, the transparent spy window of manufacturing with firm organic glass or transparent plastic-steel (37), from then on visit window and can with the naked eye offer an explanation out the mud layer of water white water layer of funnel spoil disposal upper box part and bottom, know the precipitation capacity of mud thus; At funnel spoil disposal gonys end with the upper part, spoil disposal valve fixed mount (39) inside is provided with spoil disposal valve (38), spoil disposal valve (38) is an airtight suitable for reading big young rounding stage body down, spoil disposal valve fixed mount (39) is made up of four bars of ring shape connection suitable for reading, four bar lower ends are fixed on funnel spoil disposal mouth place suitable for reading, Gu top pull bar (45) connects spoil disposal valve fixed mount and pond, retaining two pond, ground body, firm connecting rod (40) is connected and fixed the suitable for reading and retaining two pond bases of funnel spoil disposal mouth, shelves mud covers (41) are provided with on the ground, the below of funnel spoil disposal mouth, spiral macro-axis (42) upper end connects the spoil disposal valve, the lower end links to each other with power set (43), and power set (43) are controlled moving both vertically up and down of spiral macro-axis.
4, freshwater potential energy according to claim 1 development and use device is characterized in that safe pool (10) locates TRT can be set.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202265685U CN201351273Y (en) | 2008-12-12 | 2008-12-12 | Freshwater potential energy developing and using device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNU2008202265685U CN201351273Y (en) | 2008-12-12 | 2008-12-12 | Freshwater potential energy developing and using device |
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| Publication Number | Publication Date |
|---|---|
| CN201351273Y true CN201351273Y (en) | 2009-11-25 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNU2008202265685U Expired - Fee Related CN201351273Y (en) | 2008-12-12 | 2008-12-12 | Freshwater potential energy developing and using device |
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| Country | Link |
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| CN (1) | CN201351273Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104358289A (en) * | 2014-11-05 | 2015-02-18 | 东莞理工学院 | System capable of randomly supplying and draining water among plurality of water sources |
| CN115136916A (en) * | 2022-06-01 | 2022-10-04 | 北京万远科技有限公司 | Net cage installation method |
-
2008
- 2008-12-12 CN CNU2008202265685U patent/CN201351273Y/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104358289A (en) * | 2014-11-05 | 2015-02-18 | 东莞理工学院 | System capable of randomly supplying and draining water among plurality of water sources |
| CN115136916A (en) * | 2022-06-01 | 2022-10-04 | 北京万远科技有限公司 | Net cage installation method |
| CN115136916B (en) * | 2022-06-01 | 2024-01-26 | 北京万远科技有限公司 | Cage installation method |
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