CN208887141U - A kind of coiled space energy water tank - Google Patents
A kind of coiled space energy water tank Download PDFInfo
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- CN208887141U CN208887141U CN201821214259.6U CN201821214259U CN208887141U CN 208887141 U CN208887141 U CN 208887141U CN 201821214259 U CN201821214259 U CN 201821214259U CN 208887141 U CN208887141 U CN 208887141U
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- liner
- water
- coil pipe
- working medium
- storage chamber
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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
- Y02E—REDUCTION OF GREENHOUSE GAS [GHG] EMISSIONS, RELATED TO ENERGY GENERATION, TRANSMISSION OR DISTRIBUTION
- Y02E10/00—Energy generation through renewable energy sources
- Y02E10/40—Solar thermal energy, e.g. solar towers
- Y02E10/44—Heat exchange systems
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- Heat-Pump Type And Storage Water Heaters (AREA)
Abstract
A kind of coiled space energy water tank, including the internal liner with storage chamber, the height of storage chamber is H, and liner includes: for connecting user's hot water pipeline and exporting the liner water outlet of liner hot water；Solar energy upper cycling mouth for being connect with solar thermal collector water outlet；Circulation port under solar energy for being connect with solar thermal collector water inlet；For connecting user's running water pipe and for the liner water inlet to liner moisturizing；For discharging the sewage draining exit of liner dirt；Circulation port, liner water inlet and sewage draining exit are successively set on liner from top to bottom under liner water outlet, solar energy upper cycling mouth, solar energy.The utility model can guarantee stable hot water output.
Description
Technical field
The utility model relates to a kind of coiled space energy water tanks.
Background technique
In the prior art, water tank can also connect various heating sources, such as solar energy heating other than the function of storage hot water
Device, heat pump etc., to realize the offer of hot water, therefore, the requirement to water tank is higher and higher, and still, existing water tank is difficult to protect
Stable hot water output is demonstrate,proved, is had some limitations.
Therefore, it is necessary to be further improved.
Utility model content
The purpose of the utility model is to overcome above-mentioned the shortcomings of the prior art, and provide a kind of coiled space energy
Water tank can guarantee stable hot water output.
Purpose of the utility model is realized as follows:
A kind of coiled space energy water tank, including the internal liner with storage chamber, the height of storage chamber is H, described interior
Gallbladder includes:
For connecting user's hot water pipeline and exporting the liner water outlet of liner hot water；
Solar energy upper cycling mouth for being connect with solar thermal collector water outlet；
Circulation port under solar energy for being connect with solar thermal collector water inlet；
For connecting user's running water pipe and for the liner water inlet to liner moisturizing；
For discharging the sewage draining exit of liner dirt；
Under the liner water outlet, solar energy upper cycling mouth, solar energy circulation port, liner water inlet and sewage draining exit from upper and
Under be successively set on liner.
The sewage outfalls setting is in liner at the bottom；
Circulation port is 1/4H at a distance from storage chamber bottom under the solar energy；
Circulation port is 20cm at a distance from solar energy upper cycling mouth under the solar energy.
Outlet pipe is equipped in the liner storage chamber, outlet pipe includes water exit end and the upper bending for being connected to water exit end rear end
Section, outlet pipe front end connect with liner water outlet, and upper bending section is bent upwards relative to water exit end, and upper bending section rear end is to liner
Top extends.
The liner is equipped with temperature tube, and temperature tube protrudes into liner storage chamber from liner central upper portion and extends to water storage
Bottom of chamber portion；
Top water temperature probe and lower part water temperature probe, top water temperature probe and lower part water temperature probe are equipped in the temperature tube
It is respectively positioned on inside liner, water temperature probe in top is located at storage chamber top, and water temperature probe in lower part is located at storage chamber lower part.
The top water temperature probe and liner water outlet are in same level height, alternatively, water temperature probe in top is positioned at interior
Near gallbladder water outlet, water temperature probe in lower part is in same level height with circulation port under solar energy, the position alternatively, lower part water temperature is popped one's head in
Under solar energy near circulation port.
It is equipped with insulating layer outside the liner, is equipped with shell outside insulating layer.
Be equipped with two groups of working medium heating coils in the liner storage chamber, two groups of working medium heating coils include top coil pipe and under
Portion's coil pipe；
The output end of the top coil pipe is connect with the input terminal of lower part coil pipe；
On storage chamber top, lower part coil pipe is arranged in storage chamber lower part for the top coil pipe setting；
The liner is equipped with working medium import and sender property outlet, and the input terminal of top coil pipe is connect with working medium import, lower part
The output end of coil pipe is connect with sender property outlet；
The working medium import and sender property outlet are arranged at the top of liner or side, sender property outlet are located at the one of working medium import
Side.
The working medium input pipe of both connections, working medium input pipe are equipped between the input terminal and working medium import of the top coil pipe
Input terminal connect with working medium import, the output end of working medium input pipe is connect with the input terminal of top coil pipe；
The working medium efferent duct of both connections, working medium efferent duct are equipped between the output end and sender property outlet of the lower part coil pipe
Output end connect with sender property outlet, the input terminal of working medium efferent duct is connect with the output end of lower part coil pipe；
The connecting pipe of both connections, the input terminal and upper disc of connecting pipe are equipped between the top coil pipe and lower part coil pipe
The output end of pipe connects, and the output end of connecting pipe is connect with the input terminal of lower part coil pipe.
The input terminal of the top coil pipe is located at top coil pipe top, and the output end of top coil pipe is located under the coil pipe of top
Portion；
The input terminal of the lower part coil pipe is located at lower part coil pipe top, and the output end of lower part coil pipe is located under the coil pipe of lower part
Portion.
The top coil pipe is greater than or equal to 2/3H at a distance from storage chamber bottom and is less than or equal to 3/4H；
The lower part coil pipe is at a distance from storage chamber bottom for more than or equal to 1/4H and less than or equal to 1/3H.
The additional aspect and advantage of the utility model will become obviously in following description section, or practical new by this
The practice of type is recognized.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of an embodiment of the present invention.
Specific embodiment
The utility model is further described with reference to the accompanying drawings and embodiments.
Referring to Fig. 1, this coiled space energy water tank, including the internal liner 1 with storage chamber 7, the height of storage chamber 7 is
H, the liner 1 include:
For connecting user's hot water pipeline and exporting the liner water outlet 2 of 1 hot water of liner；
Solar energy upper cycling mouth 3 for being connect with solar thermal collector water outlet；
Circulation port 4 under solar energy for being connect with solar thermal collector water inlet；
For connecting user's running water pipe and for the liner water inlet 5 to 1 moisturizing of liner；
For discharging the sewage draining exit 6 of 1 dirt of liner；
Circulation port 4, liner water inlet 5 and sewage draining exit 6 under the liner water outlet 2, solar energy upper cycling mouth 3, solar energy
It is successively set on liner 1 from top to bottom.
Bearing type water tank stable water pressure, water yield is sufficient, meets the needs of user is happy dripping.
Water tank is pressure-bearing type insulated water tank, and internal hot water can be assembled on the top of water tank, and warm water or cold water can gather
In the lower part of water tank, i.e. water temperature inside water tank gradually decreases from top to bottom, and the hot water and cold water inside water tank will not be from cloudings
It closes, those skilled in the art is appreciated that.
This coiled space energy water tank can satisfy the requirement that hot water stablizes output.
Further, the sewage draining exit 6 is arranged in 1 bottom of liner；Convenient for the discharge of dirt.
Circulation port 4 is 1/4H at a distance from 7 bottom of storage chamber under the solar energy；With the bottom of circulation port 4 under solar energy
For the benchmark of distance.
Circulation port 4 is 20cm at a distance from solar energy upper cycling mouth 3 under the solar energy, with circulation port 4 under solar energy
Top and the bottom of solar energy upper cycling mouth 3 are the benchmark of distance.
Further, it is equipped with outlet pipe in 1 storage chamber 7 of the liner, outlet pipe includes water exit end 8 and is connected to water exit end
The upper bending section 9 of 8 rear ends, outlet pipe front end are connect with liner water outlet 2, and upper bending section 9 is bent upwards relative to water exit end 8,
Upper 9 rear end of bending section is to extending at the top of liner 1.
Upper 9 rear end of bending section has accumulated the higher water of temperature in storage chamber 7 at the top of 1 near top of liner, liner 1,
The setting of upper bending section 9 exports convenient for the hot water at 7 top of storage chamber.
Further, the liner 1 is equipped with temperature tube 10, and temperature tube 10 protrudes into 1 water storage of liner from 1 central upper portion of liner
In chamber 7 and extend to 7 bottom of storage chamber；
Top water temperature probe 11 and lower part water temperature probe 12, top water temperature probe 11 and lower part are equipped in the temperature tube 10
Water temperature probe 12 is respectively positioned on inside liner 1, and top water temperature probe 11 is located at 7 top of storage chamber, and lower part water temperature probe 12, which is located at, to be stored
7 lower part of water cavity.
The layout of top water temperature probe 11 and lower part water temperature probe 12 is convenient in the setting of temperature tube 10.
Top water temperature probe 11 is used for 7 lower part of storage chamber for detecting the water temperature on 7 top of storage chamber, lower part water temperature probe 12
Water temperature.
Further, the top water temperature probe 11 is in same level height with liner water outlet 2, alternatively, upper water
Temperature probe 11 is located near liner water outlet 2；Lower part water temperature probe 12 is in same level height with circulation port 4 under solar energy,
Alternatively, lower part water temperature probe 12 is located under solar energy near circulation port 4.
Further, it is equipped with insulating layer 13 outside the liner 1, is equipped with shell 14, the skill of this field outside insulating layer 13
Art personnel are appreciated that.
Further, two groups of working medium heating coils are equipped in 1 storage chamber 7 of liner, two groups of working medium heating coils include
Top coil pipe 15 and lower part coil pipe 16；
The output end of the top coil pipe 15 is connect with the input terminal of lower part coil pipe 16；
On 7 top of storage chamber, lower part coil pipe 16 is arranged in 7 lower part of storage chamber for the setting of top coil pipe 15；
The setting of top coil pipe 15 and lower part coil pipe 16 guarantees the water temperature on 7 top of storage chamber, i.e., guarantees working medium upper first
The heat transfer effect of portion's coil pipe 15, so that it is guaranteed that the hot water demand of user at any time.
The liner 1 is equipped with working medium import 17 and sender property outlet 18, the input terminal of top coil pipe 15 and working medium import 17
Connection, the output end of lower part coil pipe 16 are connect with sender property outlet 18；
Working medium import 17 and sender property outlet 18 are used for external air energy heat pump host.
The working medium import 17 and sender property outlet 18 are arranged at 1 top of liner or side, sender property outlet 18 are located at working medium
The side of import 17.In the present embodiment, working medium import 17 and sender property outlet 18 are arranged at 1 top of liner.
Further, the working medium input of both connections is equipped between the input terminal and working medium import 17 of the top coil pipe 15
The input terminal of pipe 19, working medium input pipe 19 is connect with working medium import 17, output end and the top coil pipe 15 of working medium input pipe 19
Input terminal connection；
The working medium efferent duct 20 of both connections, working medium are equipped between the output end and sender property outlet 18 of the lower part coil pipe 16
The output end of efferent duct 20 is connect with sender property outlet 18, and the input terminal of working medium efferent duct 20 and the output end of lower part coil pipe 16 connect
It connects；Realize outputting and inputting for working medium, those skilled in the art is appreciated that.
The connecting pipe 21 of both connections, the input terminal of connecting pipe 21 are equipped between the top coil pipe 15 and lower part coil pipe 16
It is connect with the output end of top coil pipe 15, the output end of connecting pipe 21 is connect with the input terminal of lower part coil pipe 16.
The setting of connecting pipe 21 effectively separates top coil pipe 15 and lower part coil pipe 16,7 lower part of 7 top of storage chamber and storage chamber
Water there is certain temperature difference, top coil pipe 15 of the working medium first on 7 top of storage chamber exchange heat, in working medium and storage chamber 7
The water temperature difference in portion is gradually reduced, and the heat exchange efficiency of working medium reduces, and when working medium continuation conveys down, passes through the downward defeated of connecting pipe 21
It send in working medium, connecting pipe 21 replaces traditional entirety by the way of coil pipe, i.e. the setting of connecting pipe 21 shortens top coil pipe
Distance between 15 and lower part coil pipe 16 enables working medium to rapidly reach the lower part coil pipe 16 of 7 lower part of storage chamber, working medium and storage
The water of 7 lower part of water cavity have certain temperature difference, again improve working medium heat exchange efficiency, meanwhile, effectively save coil pipe quantity and
Length reduces the production cost of this coiled space energy water heater.
Further, the input terminal of the top coil pipe 15 is located at 15 top of top coil pipe, the output end of top coil pipe 15
Positioned at 15 lower part of top coil pipe；
The input terminal of the lower part coil pipe 16 is located at 16 top of lower part coil pipe, and the output end of lower part coil pipe 16 is located at lower disc
16 lower part of pipe.Those skilled in the art is appreciated that.
Further, the top coil pipe 15 is greater than or equal to 2/3H at a distance from 7 bottom of storage chamber and is less than or waits
In 3/4H；Using 15 bottom of top coil pipe as the benchmark of distance.
The lower part coil pipe 16 is at a distance from 7 bottom of storage chamber for more than or equal to 1/4H and less than or equal to 1/3H.
Using 16 bottom of lower part coil pipe as the benchmark of distance.
This coiled space energy water tank application method is as follows:
The working medium import 17 and sender property outlet 18 are used for external air energy heat pump host 23, the air energy heat pump host
23 have working medium delivery outlet and working medium input port；Working medium import 17 is connect with working medium delivery outlet, and sender property outlet 18 and working medium input
Mouth connection.
High-temperature gas working medium first flows through top coil pipe 15, and the most heat transfer of high-temperature gas working medium is to storage chamber 7
The water on top；Condensed liquid refrigerant passes through lower part coil pipe 16, sender property outlet 18 and working medium input port returning air again can heat
It pumps inside host 23.
The water temperature on 7 top of storage chamber is not high, and when high-temperature gas working medium passes through top coil pipe 15, high-temperature gas working medium is in water storage
7 top of chamber almost discharges whole heats, and high-temperature gas working medium almost all is condensed into liquid refrigerant, and high-temperature gas working medium will be exhausted
For most heat transfer to the water on 7 top of storage chamber, the condensed remaining heat of liquid refrigerant is small, is equivalent to only heating and stores
The water on 7 top of water cavity, the water of 7 lower part of storage chamber is almost without being heated.
When the water temperature on 7 top of storage chamber is very high, high-temperature gas working medium has most of by lower part coil pipe 16 and in water storage
7 lower part of chamber discharges most heat, heats the water of 7 lower part of storage chamber, achievees the effect that the water for heating FCL.
Water circulating pump 25 is equipped between solar thermal collector 22 and water tank, circulation port 4 and water circulating pump 25 under solar energy
Input terminal connection, the output end of water circulating pump 25 are connect with solar thermal collector water inlet.
Air energy heat pump host 23 and water tank use integral structure, and water tank is located at 23 lower section of air energy heat pump host.
The air energy heat pump host 23 be built-in with controller (controller be also referred to as intelligent controller, control device or
Control module), solar thermal collector 22 is equipped with temperature sensor.
There is heat exchanging pipe, temperature sensor is arranged on heat exchanging pipe, temperature sensor inside solar thermal collector 22
For detecting the water temperature inside solar thermal collector 22, those skilled in the art is appreciated that.
The solar thermal collector water outlet is connected with exhaust valve 27.
Top water temperature probe 11, lower part water temperature probe 12, temperature sensor and water circulating pump 25 by route respectively with control
Device electrical connection processed, controller have built-in control system, and control system is by receiving top water temperature probe 11, lower part water temperature probe
12, the temperature signal of temperature sensor and water circulating pump 25 controls water tank and solar thermal collector 22 and air energy heat pump host
Heat exchange between 23.
Using above-mentioned technical solution, this coiled space energy water tank and air energy heat pump host 23 use close-coupled knot
Structure, while integrated solar heat collector 22, structure is simple, install convenient.Air energy heat pump host 23 can be to water storage when working
7 top of chamber and storage chamber 7 carry out selection heating, and whole box water is just heated when sunlight every afternoon weakens, other periods only heat
The small part hot water of water tank upper had not only guaranteed there is hot water use at any time, but also can make full use of solar energy.
It is reasonable using the water heater structure of above-mentioned technical proposal, coiled space energy water heater entire normalization after installation,
Pipeline is clear, and security performance is high.
Further, including three-way change-over valve machine 24 and radiator 26；
The radiator 26 has water inlet end and water outlet, and the water outlet of radiator 26 and the input terminal of water circulating pump 25 connect
It connects；
The input terminal of the three-way change-over valve machine 24 is connect with solar thermal collector water outlet, and the of three-way change-over valve machine 24
One output end is connect with solar energy upper cycling mouth 3, and the second output terminal of three-way change-over valve machine 24 and the water inlet end of radiator 26 connect
It connects, three-way change-over valve machine 24 is electrically connected with the controller by route.
Radiator 26 (radiator 26 also known as limits temperature radiator), summer hot water is also mounted using the water heater of this water tank
Few, the sun is strong, and the temperature inside water tank can reach 90 degree or more or even 100 degree, there is the security risk of scald, and water tank
In long term high temperature also can accelerated material aging, shorten the working life.By the way that radiator 26 is arranged, when solar thermal collector 22
When temperature reaches the heat dissipation limiting temperature of radiator 26, three-way change-over valve machine 24 works, and the switching second of three-way change-over valve machine 24 is defeated
Outlet is connect with the water inlet end of radiator 26, and the hot water of solar thermal collector 22 flows to radiator 26, guarantees the temperature inside water tank
Degree is no more than the heat dissipation limiting temperature of setting, and those skilled in the art is appreciated that.
Using there is the water heater method of operation of this coiled space energy water tank as follows:
The starting temperature difference for setting water circulating pump 25, avoids the temperature difference mistake of solar thermal collector 22 Yu 7 lower part of water tank storage chamber
Still start water circulating pump 25 in the case where small, to ensure that the solar energy acquisition efficiency of solar thermal collector 22, raising is followed
The utilization efficiency of ring water pump 25.
When there is sunlight on daytime, the temperature of solar thermal collector 22 is slowly increased, solar thermal collector 22 and water tank storage chamber 7
When the temperature difference of lower part is greater than or equal to the starting temperature difference of water circulating pump 25, water circulating pump 25 starts, water circulation port 4 under solar energy
It enters inside solar thermal collector 22 and exchanges heat, the hot water in solar thermal collector 22 enters from solar energy upper cycling mouth 3
Inside water tank storage chamber 7.
When the temperature difference of 7 lower part of solar thermal collector 22 and water tank storage chamber is less than the starting temperature difference of water circulating pump 25, circulation
Water pump 25 stops, and the temperature to solar thermal collector 22 is again raised to the starting temperature difference for meeting water circulating pump 25.So interval
Continuous cycle operation, the water temperature inside water tank storage chamber 7 slowly increase, and normal condition to afternoon is four, and at five o'clock, water temperature reaches
50-60 degree meets the needs of largely using hot water at night.
If not enough either rainy days, solar thermal collector 22 cannot effectively heat inside water tank storage chamber 7 sunlight
Water, in the afternoon in setting time, lower part water temperature pop one's head in 12 pairs of 7 lower parts of water tank storage chamber temperature detect, if water tank 4
The water temperature of setting is not achieved in 7 lower part of storage chamber, then starts air energy heat pump host 23.
When air energy heat pump host 23 is run, high-temperature gas working medium enters water tank from working medium delivery outlet and working medium import 17
Inside storage chamber 7, high-temperature gas working medium flows through working fluid heat exchanger, the water inside heat transfer feed-tank storage chamber 7, high-temperature gas
Working medium is condensed into liquid refrigerant and returns to inside air energy heat pump host 23 from sender property outlet 18 and working medium input port.
Above disclosure is merely preferred embodiments of the utility model, rather than the utility model is limited with this
Claims still belong to what the utility model was protected according to equivalent variations made in scope of protection of the utility model
Range.
Claims (10)
1. a kind of coiled space energy water tank, including the internal liner (1) with storage chamber (7), the height of storage chamber (7) is H,
It is characterized in that, the liner (1) includes:
For connecting user's hot water pipeline and exporting the liner water outlet (2) of liner (1) hot water；
Solar energy upper cycling mouth (3) for being connect with solar thermal collector water outlet；
Circulation port (4) under solar energy for being connect with solar thermal collector water inlet；
For connecting user's running water pipe and for the liner water inlet (5) to liner (1) moisturizing；
For discharging the sewage draining exit (6) of liner (1) dirt；
Circulation port (4), liner water inlet (5) and blowdown under the liner water outlet (2), solar energy upper cycling mouth (3), solar energy
Mouth (6) is successively set on from top to bottom on liner (1).
2. coiled space energy water tank according to claim 1, which is characterized in that the sewage draining exit (6) is arranged in liner
(1) bottom；
Circulation port (4) is 1/4H at a distance from storage chamber (7) bottom under the solar energy；
Circulation port (4) is 20cm at a distance from solar energy upper cycling mouth (3) under the solar energy.
3. coiled space energy water tank according to claim 1, which is characterized in that set in liner (1) storage chamber (7)
Have an outlet pipe, outlet pipe includes water exit end (8) and the upper bending section (9) for being connected to water exit end (8) rear end, outlet pipe front end with it is interior
Gallbladder water outlet (2) connection, upper bending section (9) are bent upwards relative to water exit end (8), and upper bending section (9) rear end is pushed up to liner (1)
Portion extends.
4. coiled space energy water tank according to claim 1, which is characterized in that the liner (1) is equipped with temperature tube
(10), temperature tube (10) protrudes into liner (1) storage chamber (7) from liner (1) central upper portion and extends to storage chamber (7) bottom；
Be equipped with top water temperature probe (11) and lower part water temperature probe (12) in the temperature tube (10), top water temperature pop one's head in (11) and
Lower part water temperature probe (12) is respectively positioned on liner (1) inside, and top water temperature probe (11) is located at storage chamber (7) top, lower part water temperature
Probe (12) is located at storage chamber (7) lower part.
5. coiled space energy water tank according to claim 4, which is characterized in that top water temperature probe (11) with it is interior
Gallbladder water outlet (2) is in same level height, alternatively, top water temperature probe (11) is located near liner water outlet (2), lower part water
Circulation port (4) is in same level height under temperature probe (12) and solar energy, alternatively, lower part water temperature probe (12) is located at solar energy
Near lower circulation port (4).
6. coiled space energy water tank according to claim 1, which is characterized in that be equipped with heat preservation outside the liner (1)
Layer (13), insulating layer (13) is external to be equipped with shell (14).
7. coiled space energy water tank according to claim 1-6, which is characterized in that liner (1) water storage
Two groups of working medium heating coils are equipped in chamber (7), two groups of working medium heating coils include top coil pipe (15) and lower part coil pipe (16)；
The output end of the top coil pipe (15) is connect with the input terminal of lower part coil pipe (16)；
On storage chamber (7) top, lower part coil pipe (16) is arranged in storage chamber (7) lower part for top coil pipe (15) setting；
The liner (1) is equipped with working medium import (17) and sender property outlet (18), the input terminal of top coil pipe (15) and working medium into
Mouth (17) connection, the output end of lower part coil pipe (16) are connect with sender property outlet (18)；
The working medium import (17) and sender property outlet (18) are arranged at the top of liner (1) or side, sender property outlet (18) are located at
The side of working medium import (17).
8. coiled space energy water tank according to claim 7, which is characterized in that the input terminal of the top coil pipe (15)
Be equipped between working medium import (17) the working medium input pipe (19) of both connections, the input terminal of working medium input pipe (19) and working medium into
Mouth (17) connection, the output end of working medium input pipe (19) are connect with the input terminal of top coil pipe (15)；
The working medium efferent duct (20) of both connections, work are equipped between the output end and sender property outlet (18) of the lower part coil pipe (16)
The output end of matter efferent duct (20) is connect with sender property outlet (18), input terminal and lower part coil pipe (16) of working medium efferent duct (20)
Output end connection；
Between the top coil pipe (15) and lower part coil pipe (16) be equipped with connection both connecting pipe (21), connecting pipe (21) it is defeated
Enter end to connect with the output end of top coil pipe (15), the output end of connecting pipe (21) is connect with the input terminal of lower part coil pipe (16).
9. coiled space energy water tank according to claim 7, which is characterized in that the input terminal of the top coil pipe (15)
Positioned at top coil pipe (15) top, the output end of top coil pipe (15) is located at top coil pipe (15) lower part；
The input terminal of the lower part coil pipe (16) is located at lower part coil pipe (16) top, and the output end of lower part coil pipe (16) is located at lower part
Coil pipe (16) lower part.
10. coiled space energy water tank according to claim 7, which is characterized in that the top coil pipe (15) and water storage
The distance of chamber (7) bottom is greater than or equal to 2/3H and is less than or equal to 3/4H；
The lower part coil pipe (16) is at a distance from storage chamber (7) bottom for more than or equal to 1/4H and less than or equal to 1/3H.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821214259.6U CN208887141U (en) | 2018-07-28 | 2018-07-28 | A kind of coiled space energy water tank |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821214259.6U CN208887141U (en) | 2018-07-28 | 2018-07-28 | A kind of coiled space energy water tank |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208887141U true CN208887141U (en) | 2019-05-21 |
Family
ID=66507737
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821214259.6U Active CN208887141U (en) | 2018-07-28 | 2018-07-28 | A kind of coiled space energy water tank |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208887141U (en) |
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2018
- 2018-07-28 CN CN201821214259.6U patent/CN208887141U/en active Active
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