CN107568144A - Cultivating pool water body heat sink - Google Patents
Cultivating pool water body heat sink Download PDFInfo
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- CN107568144A CN107568144A CN201710864892.3A CN201710864892A CN107568144A CN 107568144 A CN107568144 A CN 107568144A CN 201710864892 A CN201710864892 A CN 201710864892A CN 107568144 A CN107568144 A CN 107568144A
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- shell
- vertical tube
- condenser
- valve
- evaporator
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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- Vaporization, Distillation, Condensation, Sublimation, And Cold Traps (AREA)
- Heat Treatment Of Water, Waste Water Or Sewage (AREA)
Abstract
Cultivating pool water body heat sink, there is vertical tube bar top is fixedly mounted, there are condensate pans on vertical tube, condensate pans are located in evaporator, there is shower in evaporator shell body, and the termination of shower stretches to the intracavity bottom of condenser shell.There is the condenser pipe connected with air-introduced machine on the inside of condenser shell.By valve and pipeline, steam raising plant corresponding with two sets is connected respectively for the inner chamber of condenser shell and evaporator shell.The cultivating pool water body heat sink of the present invention, using solar energy automatic running after installation, cools to cultivating pool water body, without inputing power, the energy is not only saved, and can ensure that water temperature in claimed range, can improve the quality of pond aquatic products in the process of running.
Description
Technical field
The present invention relates to a kind of cultivating pool water body heat sink.
Background technology
Culture fishery is constantly developing, either freshwater aquiculture, or sea-farming, for the quality of cultured product
It is required that more and more higher.In most of breed varieties, the aquatic products ratio of the low breeding environment cultivation of pond waters temperature is relatively warm
The aquatic products quality better of the higher breeding environment cultivation of degree.At present, the cultivating condition of most area belongs to warm water type, because
This personage for being much engaged in cultivation industry is intended to find a method, the water temperature of cultivating pool can be suitably reduced,
To improve the quality of aquatic products, and then preferably meet the market demand.But because cultivating pool is substantially open water body,
If using the cooling method of conventional various compressors of air conditioner etc, it is necessary to expend substantial amounts of electric power, cost is very high.
The content of the invention
It is an object of the invention to provide it is a kind of it is simple in construction, using solar energy in the Nature, without additional input electric energy, drop
The cultivating pool water body heat sink of low production cost, overcome the deficiencies in the prior art.
The cultivating pool water body heat sink of the present invention, including bar is fixedly mounted, fix and connect in the upper end that bar is fixedly mounted
Vertical tube is connected to, the upper end of vertical tube is provided with condensate pans, the inner chamber of condensate pans and the intracavity inter-connection of vertical tube.
The upper end of vertical tube is provided with evaporator, and described evaporator includes the evaporator shell covered on the outside of the condensate pans,
It is connected with the shower of spraying cooling water by link positioned at the top of condensate pans in evaporator shell body.
The termination of described shower stretches to the intracavity bottom of condenser shell；It is provided with the inner side of condenser shell cold
Solidifying pipe, the two ends of condenser pipe extend the outside of condenser shell, and one end connects with the entrance of air-introduced machine.
Described condenser shell and the inner chamber of evaporator shell by valve and pipeline respectively with steam raising plant
It is connected.
Described steam raising plant includes the fixation support plate being sleeved on the outside of the vertical tube being obliquely installed, fixed branch
Support plate is supported on middle fixed disk and lower fixed disk by upper support bar and lower support bar respectively, middle fixed disk and lower fixation
Disk is separately positioned on above and below fixed support plate, and is fixedly set on the vertical tube；Covered in fixed support plate
Equipped with rotating disc, rotating disc is connected with vertical loading board, and vertical loading board is connected with montant, the lower end lifting of montant by universal ball
There is evaporation liquid container, evaporation liquid container is connected to solar energy heat collection pipe；In elongated hole in the upper end insertion rotating disk of montant, rotating disk
It is sleeved on vertical tube, and the upper fixed disk by being fixedly connected with vertical tube supports.
Described vertical loading board, evaporation liquid container, solar energy heat collection pipe, universal ball, montant are two groups and relative to solid
Determine the center line symmetrical setting of support plate；Bottom and upper segment positional symmetry is provided with stop lifting on fixed support plate
The upper stopper of bar and lower block.
First valve, the second valve are installed on condenser shell, the 3rd valve, the 4th are installed on evaporator shell
Valve, the second valve, the 4th valve are connected by the second pipeline, the 4th pipeline with evaporation liquid container respectively, the first valve, the 3rd
Valve is connected by the first pipeline, the 3rd pipeline with another evaporation liquid container respectively.
Multiple thermal conductive shells are communicated with the lower end of vertical tube.
There are solar panel, solar panel and evaporator by strut support above described evaporator shell
The battery of housing upper face connects.
The control device to connect with each valve, air-introduced machine, battery is provided with the side of vertical tube.
The cultivating pool water body heat sink of the present invention, wherein described evaporation liquid container is located in heat-preservation cylinder, it is described
Solar energy heat collection pipe is located at side below heat-preservation cylinder, and another side is provided with counterweight, the lower end of described montant below heat-preservation cylinder
Connected by the hanger on heat-preservation cylinder top with evaporation liquid container.
In heat-preservation cylinder fan is equipped with positioned at the both ends of evaporation liquid container.
End cap is connected with by hinge at the both ends of heat-preservation cylinder, described hinge is located at the head bottom part of heat-preservation cylinder；End cap
Top at be connected with drawstring.
The cultivating pool water body heat sink of the present invention, wherein described condenser shell is located at described evaporator shell
Lower section, described vertical tube condenser housing centrally through.
Described condenser pipe is wound on the outside of vertical tube.
Described shower is in bending-like structure.
Water pump is provided with described evaporator shell body, the suction inlet of water pump is located at evaporator shell intracoelomic cavity lower curtate, water pump
Outlet is connected by recurrent canal with described shower.
Booster is provided with described condenser shell, the suction inlet of booster is located at the intracavity bottom of condenser shell,
The outlet of booster connects with the bottom termination of described shower.
Described each thermal conductive shell is distributed in umbrella shape.
Pond waters using solar energy automatic running after installation, are entered by the cultivating pool water body heat sink of the present invention
Row cooling, without inputing power, not only saves the energy, and can ensure water temperature in the process of running in claimed range,
The quality of pond aquatic products can be improved.
Brief description of the drawings
Fig. 1 is the structural representation of the specific embodiment of the invention；
Fig. 2 is A shown in Fig. 1 to enlarged diagram；
Fig. 3 is the left view schematic diagram shown in Fig. 2；
Fig. 4 is K shown in Fig. 1 to enlarged diagram；
Fig. 5 is the structural representation of the universal ball shown in Fig. 1.
Embodiment
As shown in Figure 1：1 is fixedly mounted bar for insertion pond bottom.Consolidated in the upper end that bar 1 is fixedly mounted by welding manner
Surely vertical tube 3 is connected with, the upper end of vertical tube 3 is provided with condensate pans 12, the inner chamber of condensate pans 12 and the intracavity inter-connection of vertical tube 3.Vertical tube 3
Inside fill refrigerant R22, and the MPa of pressurising 1.043, after installation, ensure vertical tube 3 bottom and thermal conductive shell 2 be respectively positioned on the water surface with
Under.When so when pond, water temperature reaches 25 DEG C, liquid R22 will flash to gas in heat absorption, and rise to the interior of condensate pans 12
Chamber, it can form liquid after being cooled at condensate pans 12 and decline, form the endless form of gas upper liquid drop.According to needed for water body
The temperature wanted, evaporating temperatures of the refrigerant R22 under various pressure states determine the pressure value of pressurising.
As shown in Figure 1：The upper end of vertical tube 3 is provided with evaporator, and evaporator includes covering on the evaporator shell in the outside of condensate pans 12
Body 23, it is connected with the shower of spraying cooling water by link 17 positioned at the top of condensate pans 12 in evaporator shell 23
16, the cooling water sprayed from shower 16 can be directly trickled down on condensate pans 12, in order to improve heat exchanger effectiveness, can condense
Heat exchanger fin 14 is arranged with above disk 12.
The termination of shower 16 stretches to the intracavity bottom of condenser shell 8, and the middle part of shower 16 is in bending-like structure.
Condenser shell 8 is located at the lower section of evaporator shell 23, the condenser housing 8 of vertical tube 3 centrally through.In condenser shell 8
Inner side be provided with condenser pipe 29, the two ends of condenser pipe 29 extend the outside of condenser shell 8, and one end and condenser shell
The entrance that body 8 is fixed on air-introduced machine 27 connects.Condenser pipe 29 is coiled in the outside of vertical tube 3.
Built-in water pump 26 is fixed with evaporator shell 23（Miniature immersible pump）, the suction inlet of water pump 26 is located at evaporator
The inner chamber lower curtate of housing 23, the outlet of water pump 26 are connected by recurrent canal 24 with the termination of shower 16.
There is tubulose connector 11 between evaporator shell 23 and condenser shell 8, tubulose connector 11 is sleeved on vertical tube 3
Outside（Such as Fig. 1）.
As shown in Figure 1,2,3, 4：The inner chamber of condenser shell 8 and evaporator shell 23 by valve and pipeline respectively with
Steam raising plant is connected, and concrete structure is as follows：What steam raising plant included being obliquely installed is sleeved on consolidating for the outside of vertical tube 3
Determine support plate 46, fixed support plate 46 is supported on middle fixed disk 34 and lower solid by upper support bar 35 and lower support bar 5 respectively
On price fixing 4, middle fixed disk 34 and lower fixed disk 4 are separately positioned on above and below fixed support plate 46, and fixed cover
On vertical tube 3.
Rotating disc 47 is set with fixed support plate 46, rotating disc 47 can rotate relative to fixed support plate 46.Rotate
Disk 47 is connected with vertical loading board 45, and the termination of vertical loading board 45 is connected with montant 36, the lower end of montant 36 by universal ball 38
Evaporation liquid container 41 is lifted with, evaporation liquid container 41 is connected to solar energy heat collection pipe 42.During work, the supply of solar energy heat collection pipe 42 is steamed
The heat of lotion container 41 can make its interior liquid evaporation.Evaporate in the elongated hole 31 in the upper end insertion rotating disk 32 of liquid montant 36,
Rotating disk 32 is sleeved on vertical tube 3, and the upper fixed disk 33 by being fixedly connected with vertical tube 3 supports.
Vertical loading board 45, evaporation liquid container 41, solar energy heat collection pipe 42, universal ball 38, montant 36 are for two groups and relative
In the center line symmetrical setting of fixed support plate 46.
The He of upper stopper 6 for stopping vertical loading board 45 is provided with bottom and upper segment positional symmetry on fixed support plate 46
Lower block 37, rotating disc 47 is set to rotate in the opposite direction less than 180 °（Such as Fig. 4）.
The first valve 9, the second valve 28 are threaded with condenser shell 8, is threadedly coupled on evaporator shell 23
Have the 3rd valve 15, the 4th valve 22, the second valve 28, the 4th valve 22 respectively by the second pipeline 30, the 4th pipeline 25 with
Evaporation liquid container 41 connects, and the first valve 9, the 3rd valve 15 pass through the first pipeline 7, the 3rd pipeline 10 and another evaporation liquid respectively
Container 41 connects, wherein each pipeline is flexible pipe and leaves sufficient length, ensures that rotating disc 47 is rotated when being less than 180 ° not by shadow
Ring.
Multiple thermal conductive shells 2 are communicated with the lower end of vertical tube 3, each thermal conductive shell 2 is distributed in umbrella shape（Such as Fig. 1）.
Solar panel 20 and lightning rod 19, solar cell are supported by by pole 18 above evaporator shell 23
Plate 20 connects with the battery 21 above evaporator shell 23.
It is provided with the side of vertical tube 3 and connects with each valve, air-introduced machine 27, battery 21, built-in water pump 26, fan 49
Control device 52.
As shown in Figure 1, 2, 3：Above-mentioned evaporation liquid container 41 is located in heat-preservation cylinder 39, and solar energy heat collection pipe 42 is positioned at insulation
39 lower section sides of cylinder, another side is provided with counterweight 44 below heat-preservation cylinder 39.The lower end of montant 36 passes through the top of heat-preservation cylinder 39
Hanger 50 connects with evaporation liquid container 41.
Fan 49 is fixed with by fan board 48 positioned at the both ends of evaporation liquid container 41 in heat-preservation cylinder 39.In heat-preservation cylinder 39
Both ends angularly disposed end cap 40 is connected with by hinge 43（Such as Fig. 2）, hinge 43 is located at the head bottom part of heat-preservation cylinder 39.End
Drawstring 51 is connected with the top of lid 40.
Booster 55 is provided with condenser shell 8, the suction inlet of booster 55 is located at the intracavity bottom of condenser shell 8,
The outlet of booster 55 connects with the bottom termination of described shower 16.The work of booster 55 is regarded inside evaporator shell 23
Whether air pressure and the pressure difference of the air pressure inside of condenser shell 8 are enough to make the condensed water of the bottom of condenser shell 8 rise to evaporator
The highest point of shower 16 on the top of housing 23 simultaneously forms the spray of condensed water；If during insufficient pressure, this booster 55 starts
Work, boosting is played to condensation Waterborne running.
As shown in Figure 5：There is astrosphere 56 on montant 36, there is hemisphere of two bags in the outside of astrosphere 56 on vertical loading board 45
57, it is connected by screw after two hemisphere 57 fasten at its faying face, two hemisphere 57 have symmetrical two openings 58 after fastening,
Montant 36 is located just in opening 58, and erecting cash 36 can be rotatable relative to vertical loading board 45, and vertical loading board 45 can be put relative to montant 36
It is dynamic, it ensure that the relative rotation and swing of vertical loading board 45 and montant 36 when rotating disc 47 rotates.
The present invention cultivating pool water body heat sink, can be distributed in pond it is multiple, according to the size and environment in pond
Temperature, and the temperature of water body requirement is determined.During installation, pond bottom is inserted by the way that bar is fixedly mounted, makes the present apparatus
In each thermal conductive shell 2 of bottom of vertical tube 3 be respectively positioned on below the water surface.One end of each one end of drawstring 51 and the side of heat-preservation cylinder 39
The hanger of lid 40 is coupled, then first pulley 53 and second pulley 54 by the top of heat-preservation cylinder 39, straight up with rotating disk 32
Connection.The length of each drawstring is fixed, and it can be such that the end cap 40 for the evaporation liquid container 41 being below just is tensed by drawstring 51,
Be closed, at the same it is underlying evaporation liquid container 41 on too also can thermal-collecting tube 42 just at most preferably by light state
（Sunny side）.The drawstring of the end cap 40 of the evaporation liquid container 41 of the eminence in the shade state of opposite side is in loose state, makes
End cap 40 is opened under self gravitation effect.
Because the demand of each user is different, local environment is different, and the parameter setting when actually using the present apparatus has
Institute is different, is wished with user by pond water temperature control system below 25 DEG C, exemplified by residing 35 DEG C of atmospheric temperature, is filled in vertical tube 3
Refrigerant R22, pressurising 1.0439MPa, when so when pond, water temperature reaches 25 DEG C, liquid R22 will in the lower lumen of vertical tube 3 and
Heat absorption flashes to gas in each inner chamber of thermal conductive shell 2, and rises to the inner chamber of condensate pans 12.Filled in each evaporation liquid container 41
Lithium-bromide solution, and vacuum state, vacuum is according to air is principle in evacuated vellel as far as possible.Second valve 28 and
Three valves 15 are opened, and the first valve 9 and the 4th valve 22 are closed.Wherein, it is below（That is, the one side exposed to sunlight）
Evaporation liquid container 41 in lithium-bromide solution be heated since 40% concentration concentration, caused water vapour passes through the second pipeline
30 and second valve 28 enter in condenser shell 8, air-introduced machine 27 is run, by the air of flowing in condenser pipe 29 to condenser
Steam in housing 8 is condensed, and makes liquid water.Now evaporator shell 23 is in high point with another（That is,
Backwards to sunlit one side）Evaporation liquid hold 41 and be connected by the 3rd valves 15 and the 3rd pipeline 10, the evaporation liquid of this side
Container 41 is because temperature is in low level, and interior middle lithium-bromide solution concentration is in a high position, therefore internal steam pressure is very low, passes through
Above-mentioned path makes also to produce the negative pressure less than air pressure in condenser shell 8 in evaporator shell 23, condensation in condenser shell 8
Liquid, then to spray above condensate pans 12, can be now in the liquid water of high pressure due to reaching automatically into shower 16
Relatively low interior ambient pressure is run into evaporator shell 23, the physical process of heat absorption evaporation is produced, to the R22 of the inner chamber of condensate pans 12
Gas is cooled down, and is declined after making liquid.Caused steam passes through the 3rd valve in evaporator shell 23 in the process
15 and the 3rd pipeline 10 absorbed by the denseer lithium-bromide solution in evaporation liquid container 41 above, i.e., below evaporation liquid
Lithium-bromide solution concentration in container 41 becomes big, and total quality lightens, the lithium-bromide solution in the evaporation liquid container 41 of top
Concentration diminishes, and quality increase, upper and lower mass change（That is Gravity changer）After reaching setting limit, its gravity can make rotating disc
47 rotate, and rotational angle is less than 180 °, are just stopped before rotating with the position after rotating by upper stopper 6 and lower block 37（Such as figure
4）, the underlying evaporation liquid container 41 after rotation in sunny side and the evaporation liquid container 41 above in the back are right
Adjusted position, then first valve 9 and the 4th valve 22 are opened under the control of control device 52, the second valve 28 and the 3rd valve 15
Close, montant 36 drives rotating disk 32 to rotate when rotating disc 47 rotates, then repeatedly said process, by that analogy.It is above
The end cap 40 at the evaporation both ends of liquid container 41 loose state is in due to drawstring 51, opened under Gravitative Loads, while fan 49
Action, plays cooling effect, and the underlying end cap 40 for evaporating the both ends of liquid container 41 is in tension quilt due to drawstring 51
Close.In running, the water pump 26 in evaporator shell 23 can be caused by inside in liquid blowback shower 16.
Upper stopper 6 and lower block 37 in fixed support plate 46 also have electromagnet function, and it evaporates liquid at two
When solution concentration in container 41 arrives separately at the limit（That is the weight of container 41 of eminence reaches maximum, the weight of container 41 of lower
Reach minimum）, electromagnet loosens adhesive under the control of control device 52, makes two evaporation liquid containers 41 complete to make by gravity
Position is exchanged.After position is exchanged in place, electromagnet adhesive once again, two container positions are made to fix once again, until next
Circulation starts.
Positioned at the hanger of end cap 40, its position is relative with hinge 43, and also has electromagnet function, when end cap 40 is drawn
Rope 51 is when being lifted to close stance, electromagnetic actuation, strengthens the degree of covering tightly of end cap 40, improves the heat insulation effect of heat-preservation cylinder；When one
Circulation terminates, and when two evaporation liquid containers 41 will be to change place, electromagnet loosens adhesive under the control of control device 52 herein,
So that end cap 40 can be opened downwards when drawstring 51 loosens by self gravitation, so that leading in heat-preservation cylinder 39 with extraneous formed
Wind, then the acceleration of the fan 49 set by both ends, and then make the lithium-bromide solution temperature in container 41 reduce.
Claims (3)
- A kind of 1. cultivating pool water body heat sink, it is characterised in that：Including bar is fixedly mounted（1）, bar is being fixedly mounted（1）'s Upper end is fixedly connected with vertical tube（3）, vertical tube（3）Upper end be provided with condensate pans（12）, condensate pans（12）Inner chamber and vertical tube（3）'s Intracavity inter-connection；Vertical tube（3）Upper end be provided with evaporator, described evaporator includes covering on the condensate pans（12）The evaporator shell in outside Body（23）, in evaporator shell（23）It is interior to be located at condensate pans（12）Top pass through link（17）It is connected with spraying cooling water Shower（16）；Described shower（16）Termination stretch to condenser shell（8）Intracavity bottom；In condenser shell（8）Inner side Provided with condenser pipe（29）, condenser pipe（29）Two ends extend condenser shell（8）Outside, and one end and air-introduced machine （27）Entrance connect；Described condenser shell（8）And evaporator shell（23）Inner chamber by valve and pipeline respectively with steam generation fill Put and be connected；What described steam raising plant included being obliquely installed is sleeved on the vertical tube（3）The fixation support plate in outside（46）Gu Determine support plate（46）Pass through upper support bar respectively（35）And lower support bar（5）It is supported on middle fixed disk（34）And lower fixed disk （4）On, middle fixed disk（34）And lower fixed disk（4）It is separately positioned on fixed support plate（46）Above and below, and it is solid Surely it is sleeved on the vertical tube（3）On；In fixed support plate（46）On be set with rotating disc（47）, rotating disc（47）It is connected with lifting Bar（45）, vertical loading board（45）Pass through universal ball（38）It is connected with montant（36）, montant（36）Lower end be lifted with evaporation Liquid container（41）, evaporate liquid container（41）It is connected to solar energy heat collection pipe（42）；Montant（36）Upper end insertion rotating disk（32）On Elongated hole（31）It is interior, rotating disk（32）Vertical tube is sleeved on by sliding bearing（3）On, and by with vertical tube（3）It is fixedly connected Upper fixed disk（33）Support；Described vertical loading board（45）, evaporation liquid container（41）, solar energy heat collection pipe（42）, universal ball（38）, montant（36）For Two groups and relative to fixed support plate（46）Center line symmetrical setting；In fixed support plate（46）Above in top with Side positional symmetry is provided with stop vertical loading board（45）Upper stopper（6）With lower block（37）；In condenser shell（8）On the first valve is installed（9）, the second valve（28）, evaporator shell（23）On be provided with Three valves（15）, the 4th valve（22）, the second valve（28）, the 4th valve（22）Pass through the second pipeline respectively（30）, the 4th pipe Road（25）With evaporating liquid container（41）Connect, the first valve（9）, the 3rd valve（15）Pass through the first pipeline respectively（7）, the 3rd pipe Road（10）With another evaporation liquid container（41）Connect；In vertical tube（3）Lower end be communicated with multiple thermal conductive shells（2）；Described evaporator shell（23）Above pass through pole（18）It is supported by solar panel（20）And lightning rod（19）, Solar panel（20）With evaporator shell（23）Battery above（21）Connect；In vertical tube（3）Side be provided with and each valve, air-introduced machine（27）, battery（21）The control device to connect（52）.
- 2. cultivating pool water body heat sink according to claim 1, it is characterised in that：Described evaporation liquid container（41） Positioned at heat-preservation cylinder（39）Interior, described solar energy heat collection pipe（42）Positioned at heat-preservation cylinder（39）Lower section side, in heat-preservation cylinder（39）Under Square another side is provided with counterweight（44）, described montant（36）Lower end pass through heat-preservation cylinder（39）The hanger on top（50）With evaporation Liquid container（41）Connect；In heat-preservation cylinder（39）It is interior to be located at evaporation liquid container（41）Both ends be equipped with fan（49）；In heat-preservation cylinder（39）Both ends pass through hinge（43）It is connected with end cap（40）, described hinge（43）Positioned at heat-preservation cylinder（39） Head bottom part；End cap（40）Top at be connected with drawstring（51）.
- 3. cultivating pool water body heat sink according to claim 1 or 2, it is characterised in that：Described condenser shell （8）Positioned at described evaporator shell（23）Lower section, described vertical tube（3）Condenser housing（8）Centrally through；Described condenser pipe（29）It is wound on vertical tube（3）Outside；Described shower（16）In bending-like structure；Described evaporator shell（23）It is interior to be provided with water pump（26）, water pump（26）Suction inlet be located at evaporator shell（23）Inner chamber Lower curtate, water pump（26）Outlet pass through recurrent canal（24）With described shower（16）Connect；Described condenser shell（8）It is interior to be provided with booster（55）, booster（55）Suction inlet be located at condenser shell（8）'s Intracavity bottom, booster（55）Outlet and described shower（16）Bottom termination connect；Described each thermal conductive shell（2）It is distributed in umbrella shape.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710864892.3A CN107568144B (en) | 2017-09-22 | 2017-09-22 | Water body cooling device for aquaculture pond |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710864892.3A CN107568144B (en) | 2017-09-22 | 2017-09-22 | Water body cooling device for aquaculture pond |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN107568144A true CN107568144A (en) | 2018-01-12 |
| CN107568144B CN107568144B (en) | 2022-12-30 |
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ID=61038534
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710864892.3A Active CN107568144B (en) | 2017-09-22 | 2017-09-22 | Water body cooling device for aquaculture pond |
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| Country | Link |
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| CN (1) | CN107568144B (en) |
Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101361465A (en) * | 2007-08-07 | 2009-02-11 | 徐生恒 | Energy-saving environmental protection mariculture system |
| CN103548759A (en) * | 2013-10-31 | 2014-02-05 | 无锡同春新能源科技有限公司 | Cooling device for throwing ice grains into crab culture pond applying chilled water made by solar energy |
| CN103548760A (en) * | 2013-10-31 | 2014-02-05 | 无锡同春新能源科技有限公司 | Cooling device for spraying cold water into loach culture pond applying chilled water made by solar energy |
| CN207235850U (en) * | 2017-09-22 | 2018-04-17 | 大连海洋大学 | Cultivating pool water body heat sink |
-
2017
- 2017-09-22 CN CN201710864892.3A patent/CN107568144B/en active Active
Patent Citations (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101361465A (en) * | 2007-08-07 | 2009-02-11 | 徐生恒 | Energy-saving environmental protection mariculture system |
| CN103548759A (en) * | 2013-10-31 | 2014-02-05 | 无锡同春新能源科技有限公司 | Cooling device for throwing ice grains into crab culture pond applying chilled water made by solar energy |
| CN103548760A (en) * | 2013-10-31 | 2014-02-05 | 无锡同春新能源科技有限公司 | Cooling device for spraying cold water into loach culture pond applying chilled water made by solar energy |
| CN207235850U (en) * | 2017-09-22 | 2018-04-17 | 大连海洋大学 | Cultivating pool water body heat sink |
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| Publication number | Publication date |
|---|---|
| CN107568144B (en) | 2022-12-30 |
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