CN209054820U - A kind of cold water phase-change energy heat pump ice discharge apparatus and system - Google Patents
A kind of cold water phase-change energy heat pump ice discharge apparatus and system Download PDFInfo
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- CN209054820U CN209054820U CN201821656530.1U CN201821656530U CN209054820U CN 209054820 U CN209054820 U CN 209054820U CN 201821656530 U CN201821656530 U CN 201821656530U CN 209054820 U CN209054820 U CN 209054820U
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Abstract
A kind of cold water phase-change energy heat pump ice discharge apparatus and system, belong to energy technology field.The purpose of the utility model is to provide a kind of cold water phase-change energy heat pump ice discharge apparatus and systems, to solve the problems, such as line clogging caused by the discharge of ice and ice amount are excessive after taking heat to make ice.The apparatus and system of the utility model is by water tank, deicer, water tank inlet, water outlet of water tank, group ice device, helical blade, ice discharge apparatus, the composition such as phase-change heat-exchanger, heat pump unit, realization system ice discharging is sent by helical blade trash ice feeding and ice discharging pumping, to guarantee ice discharging and prevent line clogging.The utility model is suitable for cold water phase-change energy heat pump heat supply or ice storage cold supply system.
Description
Technical field
The utility model relates to a kind of cold water phase-change energy heat pump ice discharge apparatus and systems, belong to energy technology field.
Background technique
Using heat pump techniques to extract low-grade energy has important energy-saving and emission-reduction benefit for space heating, is to administer mist
One of effective way of haze.Low-grade energy includes underground water, soil, water of river and lake, municipal sewage, industrial wastewater pollution etc..But
These low-grade energies have certain limitation in application aspect, and the building of heat supply is much needed not have underground water or lake nearby
Perhaps farther out, which limits the applications of heat pump heat distribution system for water shortage or distance for water or sewage.And it develops and uses cold
(water consumption can be then greatly reduced in the energy released when water freezing to the latent heat of solidification or phase-change energy of water, because of cold water
Phase-change energy, which is equivalent to water temperature, reduces by 80 DEG C of energy released, extracts underground water or 5 DEG C of sewage of heat by typically now technology
It calculates, water consumption only needs 1/16th.Since water consumption is smaller, though these water sources with a distance from building farther out, also have
The condition of conveying.Alternatively, it is also possible to call municipal middle water.Therefore, the phase-change energy for developing and using cold water, has been significantly expanded heat pump
The application range of heat supply has great practical significance.
However, the ice making of cold water phase-change energy heat pump heat supply when taking heat there are two big technical problems, be on the one hand how the company of realization
Continuous, stable and efficient ice making takes thermal process, is on the other hand that the mobility of ice is poor, how to realize ice discharging process.
The patent of applicant's application of the utility model, application No. is " 201610312053.6 ", a kind of entitled " utilization
The patent of the heat pump system of latent heat of solidification " only realizes ice making and takes thermal process, is not involved with specific ice discharging process.
Number of patent application is " 201611267872.X ", the patent of entitled " a kind of latent heat of solidification acquisition device and system "
Also it relates only to the mechanical ice making for scraping ice and takes thermal process.Application No. is " 201611267862.6 ", a kind of entitled " cold water solidification
The patent of the acquisition method of heat " also relates only to ice making and takes thermal process, does not solve the problems, such as ice discharging.
Above-mentioned patent and some other related patents not only do not solve the problems, such as ice discharging, but also when external ice discharging, can not
It is excessive to solve ice amount, line clogging problem caused by ice cube is excessive, while can not solve the problems, such as that ice water separates.
The utility model patent application is that have in patent application technical foundation before inventor, is pulled over using skates, blade
Trash ice feeding, water pump are pumped, and are realized and are externally forced ice discharging and ice water separation.
Summary of the invention
The purpose of the utility model is to provide a kind of cold water phase-change energy heat pump ice discharge apparatus and systems, by using group skates
The method for sending ice, helical blade feeding and water pump ice discharging, with the discharge of ice after solving the problems, such as to take heat to make ice and ice cube is excessive leads
The ice discharge duct blockage problem of cause realizes discharging without blocking for ice, reduces water consumption.
The utility model in order to solve the above technical problems, is adopted the technical scheme that:
The utility model proposes a kind of cold water phase-change energy heat pump ice discharge apparatus, it is by water tank, deicer, water tank inlet
It is formed with water outlet of water tank, it is characterised in that the deicer is by driving motor one, retarder one, transmission main shaft one, spiral
Blade is connected with retarder one, subtracts into ice mouth, suction ice chamber, suction ice mouth, suction ice pipe, ice discharging pump and ice discharging duct composition, motor one
Fast device one is connected with transmission main shaft one；Helical blade is fixed on transmission main shaft one, and helical blade and transmission main shaft one
In inhaling, ice is intracavitary；Ice chamber is inhaled by being connected into ice mouth with water tank, is inhaled ice pipe and is connected by inhaling ice mouth with ice chamber is inhaled；Inhale ice pipe
It is connected with ice discharging pump intake, ice discharging duct is connected with ice discharging pump；Water tank inlet and water outlet of water tank are set on water tank.
Described dials ice device by driving motor two, retarder two, transmission main shaft two, bearing one, bearing two, group one and of skates
It dials skates two to form, motor two is connected with retarder two；Retarder two is connected with transmission main shaft two, and transmission main shaft two passes through
Bearing one and bearing two are fixed on water tank；It dials skates one and dials skates two and be connected on transmission main shaft two.
The suction ice mouth is square structure, inhales ice pipe with lower cylindrical and is connected.
The suction ice mouth is circular configuration, inhales ice pipe with lower cylindrical and is connected.
The helical blade is connected on transmission main shaft one with multiple discontinuous blade shapes.
The utility model proposes a kind of cold water phase-change energy heat pump ice discharging system, it is by the ice discharge apparatus, phase inversion
Hot device, heat pump unit, deicing heat exchanger, water source water pump, intermediary's water pump, terminal water pump, motor-driven valve, end water supplying pipe, end are returned
Water pipe, deicing heat exchanger water supplying pipe, deicing heat exchanger return pipe, intermediary's water water supplying pipe, intermediary's water return pipe, cold water supplying pipe,
Cold-water return pipe, intermediary's water return pipe branch pipe one, intermediary's water return pipe branch pipe two, regulating valve one, regulating valve two, cold water water supply pipe
With move back ice Guan Zucheng, described cold water supplying pipe one end is connected with phase-change heat-exchanger, on the other end and ice discharge apparatus inner water tank
Water outlet of water tank be connected；Described cold-water return pipe one end is connected with phase-change heat-exchanger, in the other end and ice discharge apparatus
Water tank inlet on water tank is connected；The cold water water supply pipe is connected with cold water supplying pipe；Described moves back ice pipe and row
The ice discharging duct of ice production apparatus is connected；The heat pump unit and phase-change heat-exchanger passes through intermediary's water water supplying pipe and intermediary's water return pipe
Form closed cycle；The end water supplying pipe and end return pipe is connected with heat pump unit respectively；Intermediary's water returns
One end of water pipe branch pipe one is connected with intermediary's water return pipe, and the other end is connected with deicing heat exchanger；Intermediary's water returns
One end of water pipe branch pipe two is connected with deicing heat exchanger, and the other end is connected with intermediary's water return pipe；The deicing heat exchange
One end of device water supplying pipe is connected with end return pipe, and the other end is connected with deicing heat exchanger；The deicing heat exchanger returns
Water pipe one end is connected with deicing heat exchanger, and the other end is connected with end return pipe；The water source water pump is arranged in cold water
On water supplying pipe；Intermediary's water pump is arranged on intermediary's water water supplying pipe；The terminal water pump is located on the return pipe of end, and
Between the connectivity points and end return pipe of heat pump unit and end return pipe and the connectivity points of deicing heat exchanger return pipe；Institute
The motor-driven valve stated is arranged on intermediary's water return pipe branch pipe one；The regulating valve one is located on intermediary's water return pipe, and is located at
The connectivity points of intermediary's water return pipe branch pipe one and intermediary's water return pipe and intermediary's water return pipe branch pipe two and intermediary's water return pipe
Between connectivity points；The regulating valve two is located on the return pipe of end, and is located at deicing heat exchanger water supplying pipe and end return pipe
Connectivity points and deicing heat exchanger return pipe and the connectivity points of end return pipe between.
The operation logic of the utility model are as follows: mixture of ice and water is discharged into water through cold-water return pipe after phase-change heat-exchanger discharge
The driving motor two of case, water tank side is opened, and is set aside skates in transmission effect and is rotated with transmission main shaft two, and mixture of ice and water is dialling ice
Knife stir it is lower to inhale ice cavity direction flowing, through entering to inhale ice chamber into ice mouth；While driving motor two is opened, the biography of water tank upper
Dynamic motor one starts, and ice cube is rubbed and sent with one helical rotation of transmission main shaft, helical blade by helical blade under transmission effect
Enter to inhale ice mouth, later on ice discharging pump, under the action of ice discharging pump, the mixture of ice and water in ice discharging water tank enters suction through inhaling ice mouth
Ice pipe enters ice discharging later and pumps outside through ice discharging duct discharger；Cold water in water tank is again introduced into phase inversion through cold water supplying pipe
Hot device participates in system heat exchange, after intermediary's water in intermediary's return pipe flows through phase-change heat-exchanger acquisition heat, through intermediary's water supplying pipe stream
Enter heat pump unit participate in heat exchange, end water flow through end return pipe enter heat pump unit obtain heat, after through end water supplying pipe
It is delivered to terminal temperature difference, realizes heating.
The utility model have compared with the existing technology following features and the utility model has the advantages that
1. the utility model is dialled skates and rotated under the transmission effect of transmission main shaft, guarantee that the mixture of ice and water in water tank is suitable
Benefit flows into ice discharging water tank, solves a large amount of overstocked and blockage problems of the ice cube in water tank.
2. the utility model uses helical blade trash ice, guarantees that the ice cube in water tank can be rubbed and is sent into and inhales ice pipeline,
Solves the problems, such as ice blockage ice discharge duct.
3. the utility model uses helical blade feeding ice discharging, guarantees that ice is smoothly sent into and inhale ice mouth, realize the efficient of ice
Discharge improves ice discharging efficiency.
Detailed description of the invention
Fig. 1 is the main view of utility model device；
Fig. 2 is the top view of utility model device；
Fig. 3 is the top view for inhaling ice mouth；
Fig. 4 is the main view of helical blade；
Fig. 5 is the top view of helical blade；
Fig. 6 is the structural schematic diagram of Tthe utility model system.
In figure: water tank 1, water tank inlet 3, water outlet of water tank 4, dials ice device 5, driving motor 1, retarder at deicer 2
One 7, transmission main shaft 1, helical blade 9, into ice mouth 10, inhale ice chamber 11, inhale ice mouth 12, inhale ice pipe 13, ice discharging pump 14, ice discharging duct
15, driving motor 2 16, retarder 2 17, transmission main shaft 2 18, bearing 1, bearing 2 20, group skates 1, group skates two
22, ice discharge apparatus 23, phase-change heat-exchanger 24, heat pump unit 25, deicing heat exchanger 26, water source water pump 27, intermediary's water pump 28, end
Water pump 29, motor-driven valve 30, end water supplying pipe 31, end return pipe 32, deicing heat exchanger water supplying pipe 33, deicing heat exchanger return pipe
34, intermediary's water water supplying pipe 35, intermediary's water return pipe 36, cold water supplying pipe 37, cold-water return pipe 38, intermediary's water return pipe branch pipe one
39, intermediary's water return pipe branch pipe 2 40, regulating valve 1, regulating valve 2 42, cold water water supply pipe 43, move back ice pipe 44.
Specific embodiment
Specific embodiment one, as shown in Figure 1, a kind of cold water phase-change energy heat pump ice discharge apparatus of present embodiment, it by
Water tank 1, deicer 2, water tank inlet 3 and water outlet of water tank 4 form, it is characterised in that the deicer 2 is by driving motor
One 6, retarder 1, transmission main shaft 1, helical blade 9, into ice mouth 10, inhale ice chamber 11, inhale ice mouth 12, inhale ice pipe 13, ice discharging
Pump 14 and ice discharging duct 15 form, and motor 1 is connected with retarder 1, and retarder 1 is connected with transmission main shaft 1；Spiral
Blade 9 is fixed on transmission main shaft 1, and helical blade 9 and transmission main shaft 1 are located in suction ice chamber 11；Ice chamber 11 is inhaled to pass through
It is connected into ice mouth 10 with water tank 1, inhales ice pipe 13 and be connected by inhaling ice mouth 12 with ice chamber 11 is inhaled；It inhales ice pipe 13 and ice discharging pumps
14 entrances are connected, and ice discharging duct 15 is connected with ice discharging pump 14；Water tank inlet 3 and water outlet of water tank 4 are set on water tank 1.
Specific embodiment two, as shown in Fig. 2, a kind of cold water phase-change energy heat pump ice discharging dress described in specific embodiment one
It sets, it further includes dialling ice device 5, it is characterised in that described dials ice device 5 by driving motor 2 16, retarder 2 17, transmission main shaft
2 18, bearing 1, bearing 2 20, group skates 1 and group skates 2 22 form, and motor 2 16 is connected with retarder 2 17
It connects；Retarder 2 17 is connected with transmission main shaft 2 18, and transmission main shaft 2 18 is fixed on by bearing 1 and bearing 2 20
On water tank 1；It dials skates 1 and dials skates 2 22 and be connected on transmission main shaft 2 18, and as transmission main shaft 2 18 rotates.This
The beneficial effect of embodiment is that solve the problems, such as that the excessive caused ice cube of ice amount overstocks and send ice difficult.
Specific embodiment three, as shown in Fig. 2, a kind of cold water phase-change energy heat pump ice discharging dress described in specific embodiment one
It sets, the suction ice mouth 12 is square structure, inhales ice pipe 13 with lower cylindrical and is connected.The beneficial effect of present embodiment is
Line clogging caused by solving the problems, such as ice amount excessively.
Specific embodiment four, as shown in figure 3, a kind of cold water phase-change energy heat pump ice discharging dress described in specific embodiment one
It sets, the suction ice mouth 12 is circular configuration, inhales ice pipe 13 with lower cylindrical and is connected.
Specific embodiment five, as shown in Figure 4 and Figure 5, a kind of cold water phase-change energy heat pump described in specific embodiment one
Ice discharge apparatus, the helical blade 9 are connected on transmission main shaft 1 with multiple discontinuous blade shapes.Present embodiment has
Beneficial effect is that solve the problems, such as the excessive caused feeding difficulty of ice cube.
Specific embodiment six, as shown in fig. 6, a kind of cold water phase-change energy heat pump ice discharging system of present embodiment, it by
The ice discharge apparatus 23, phase-change heat-exchanger 24, heat pump unit 25, deicing heat exchanger 26, water source water pump 27, intermediary's water pump 28,
Terminal water pump 29, motor-driven valve 30, end water supplying pipe 31, end return pipe 32, deicing heat exchanger water supplying pipe 33, deicing heat exchanger return
Water pipe 34, intermediary's water water supplying pipe 35, intermediary's water return pipe 36, cold water supplying pipe 37, cold-water return pipe 38, intermediary's water return pipe
Branch pipe 1, intermediary's water return pipe branch pipe 2 40, regulating valve 1, regulating valve 2 42, cold water water supply pipe 43 and move back 44 groups of ice pipe
At described 37 one end of cold water supplying pipe is connected with phase-change heat-exchanger 24, the water on the other end and 23 inner water tank 1 of ice discharge apparatus
Case water outlet 4 is connected；Described 38 one end of cold-water return pipe is connected with phase-change heat-exchanger 24, the other end and ice discharge apparatus 23
Water tank inlet 3 on inner water tank 1 is connected；The cold water water supply pipe 43 is connected with cold water supplying pipe 37；Described moves back
Ice pipe 44 is connected with the ice discharging duct 15 of ice discharge apparatus 23；The heat pump unit 25 is supplied with phase-change heat-exchanger 24 by intermediary's water
Water pipe 35 and intermediary's water return pipe 36 form closed cycle；The end water supplying pipe 31 and end return pipe 32 respectively with heat
Pump assembly 25 is connected；One end of intermediary's water return pipe branch pipe 1 is connected with intermediary water return pipe 36, the other end
It is connected with deicing heat exchanger 26；One end of intermediary's water return pipe branch pipe 2 40 is connected with deicing heat exchanger 26, separately
One end is connected with intermediary water return pipe 36；One end of the deicing heat exchanger water supplying pipe 33 is connected with end return pipe 32
Logical, the other end is connected with deicing heat exchanger 26；Described 34 one end of deicing heat exchanger return pipe is connected with deicing heat exchanger 26
Logical, the other end is connected with end return pipe 32；The water source water pump 27 is arranged on cold water supplying pipe 37；The intermediary
Water pump 28 is arranged on intermediary's water water supplying pipe 35；The terminal water pump 29 is located on end return pipe 32, and is located at heat pump machine
Between the connectivity points of the connectivity points and end return pipe 32 and deicing heat exchanger return pipe 34 of group 25 and end return pipe 32；It is described
Motor-driven valve 30 be arranged on intermediary's water return pipe branch pipe 1；The regulating valve 1 is located on intermediary's water return pipe 36,
And be located at intermediary's water return pipe branch pipe 1 and intermediary's water return pipe 36 connectivity points and intermediary's water return pipe branch pipe 2 40 and in
Between the connectivity points of Jie's water return pipe 36；The regulating valve 2 42 is located on end return pipe 32, and is located at deicing heat exchanger
Between water supplying pipe 33 and the connectivity points and deicing heat exchanger return pipe 34 and the connectivity points of end return pipe 32 of end return pipe 32.
Working principle:
Mixture of ice and water is discharged into water tank 1, the transmission electricity of 1 side of water tank through cold-water return pipe 38 after the discharge of phase-change heat-exchanger 24
Machine 2 16 is opened, and is set aside skates 1 in transmission effect and is dialled skates 2 22 with the rotation of transmission main shaft 2 18, mixture of ice and water exists
It dials skates 1 and dials skates 2 22 and stir lower flowing, through entering to inhale ice chamber 11 into ice mouth 10；It is opened in driving motor 2 16 same
When, the driving motor 1 for inhaling 11 top of ice chamber starts, and helical blade 9 turns with one 8 spiral of transmission main shaft under transmission effect
Dynamic, ice cube is rubbed and is sent by helical blade 9 inhales ice pipe 13, opens ice discharging pump 14, under the action of ice discharging pump 14, inhales ice pipe 13
Interior mixture of ice and water enter ice discharging pump 14, after through 15 discharger of ice discharging duct outside；Cold water in water tank 1 is through cold water supplying pipe
37 are again introduced into the heat exchange of 24 participation system of phase-change heat-exchanger, and intermediary's water in intermediary's return pipe 36 flows through the acquisition of phase-change heat-exchanger 24
After heat, heat pump unit 25 is flowed into through intermediary's water supplying pipe 35 and participates in heat exchange, end water flows through end return pipe 32 into heat pump machine
Group 25 obtains heats, after through end water supplying pipe 31 be delivered to terminal temperature difference, realize heating.
The above only elaborates the basic principles and features of the present invention, and the utility model is not by limit described above
System, on the premise of not departing from the spirit and scope of the utility model, the present invention has various changes and changes, these variations
It is fallen within the scope of the claimed invention with change.The utility model requires protection scope is by the attached claims
Book and its equivalent thereof.
Claims (6)
1. a kind of cold water phase-change energy heat pump ice discharge apparatus, it is gone out by water tank (1), deicer (2), water tank inlet (3) and water tank
The mouth of a river (4) composition, it is characterised in that the deicer (2) is by driving motor one (6), retarder one (7), transmission main shaft one
(8), helical blade (9), into ice mouth (10), inhale ice chamber (11), inhale ice mouth (12), inhale ice pipe (13), ice discharging pump (14) and ice discharging
(15) composition is managed, motor one (6) is connected with retarder one (7), and retarder one (7) is connected with transmission main shaft one (8)；Spiral
Blade (9) is fixed on transmission main shaft one (8), and helical blade (9) and transmission main shaft one (8) are located in suction ice chamber (11)；It inhales
Ice chamber (11) inhales ice pipe (13) by inhaling ice mouth (12) and inhaling ice chamber (11) phase by being connected into ice mouth (10) with water tank (1)
Connection；It inhales ice pipe (13) to be connected with ice discharging pump (14) entrance, ice discharging duct (15) is connected with ice discharging pump (14)；On water tank (1)
Water tank inlet (3) and water outlet of water tank (4) are set.
2. a kind of cold water phase-change energy heat pump ice discharge apparatus according to claim 1, it further includes dialling ice device (5), feature
It is group ice device (5) by driving motor two (16), retarder two (17), transmission main shaft two (18), bearing one (19), axis
Two (20) are held, skates one (21) are dialled and dial skates two (22) composition, motor two (16) is connected with retarder two (17)；Retarder
Two (17) are connected with transmission main shaft two (18), and transmission main shaft two (18) is fixed on by bearing one (19) and bearing two (20)
On water tank (1)；It dials skates one (21) and dials skates two (22) and be connected on transmission main shaft two (18).
3. a kind of cold water phase-change energy heat pump ice discharge apparatus according to claim 1, it is characterised in that the suction ice mouth
(12) it is square structure, inhales ice pipe (13) with lower cylindrical and be connected.
4. a kind of cold water phase-change energy heat pump ice discharge apparatus according to claim 1, it is characterised in that the suction ice mouth
(12) it is circular configuration, inhales ice pipe (13) with lower cylindrical and be connected.
5. a kind of cold water phase-change energy heat pump ice discharge apparatus according to claim 1, it is characterised in that the helical blade (9)
It is connected on transmission main shaft one (8) with multiple discontinuous blade shapes.
6. a kind of cold water phase-change energy heat pump ice discharging system, it is characterised in that it is by the ice discharge apparatus (23), phase-change heat-exchanger
(24), heat pump unit (25), deicing heat exchanger (26), water source water pump (27), intermediary's water pump (28), terminal water pump (29), electronic
Valve (30), end water supplying pipe (31), end return pipe (32), deicing heat exchanger water supplying pipe (33), deicing heat exchanger return pipe
(34), intermediary's water water supplying pipe (35), intermediary's water return pipe (36), cold water supplying pipe (37), cold-water return pipe (38), intermediary's water return
Water pipe branch pipe one (39), intermediary's water return pipe branch pipe two (40), regulating valve one (41), regulating valve two (42), cold water water supply pipe
(43) and move back ice pipe (44) composition, the cold water supplying pipe (37) one end is connected with phase-change heat-exchanger (24), the other end and
Water outlet of water tank (4) on ice discharge apparatus (23) inner water tank (1) is connected；Described cold-water return pipe (38) one end and phase inversion
Hot device (24) is connected, and the other end is connected with the water tank inlet (3) on ice discharge apparatus (23) inner water tank (1)；Described is cold
Water water supply pipe (43) is connected with cold water supplying pipe (37)；The ice discharging duct (15) for moving back ice pipe (44) Yu ice discharge apparatus (23)
It is connected；The heat pump unit (25) and phase-change heat-exchanger (24) passes through intermediary's water water supplying pipe (35) and intermediary's water return pipe
(36) closed cycle is formed；The end water supplying pipe (31) and end return pipe (32) is connected with heat pump unit (25) respectively
It is logical；One end of intermediary's water return pipe branch pipe one (39) is connected with intermediary's water return pipe (36), and the other end is changed with deicing
Hot device (26) is connected；One end of intermediary's water return pipe branch pipe two (40) is connected with deicing heat exchanger (26), another
End is connected with intermediary's water return pipe (36)；One end of the deicing heat exchanger water supplying pipe (33) and end return pipe (32) phase
Connection, the other end are connected with deicing heat exchanger (26)；Described deicing heat exchanger return pipe (34) one end and deicing heat exchanger
(26) it is connected, the other end is connected with end return pipe (32)；The water source water pump (27) is arranged in cold water supplying pipe
(37) on；Intermediary's water pump (28) is arranged on intermediary's water water supplying pipe (35)；The terminal water pump (29) is located at end
On return pipe (32), and it is located at the connectivity points and end return pipe (32) and deicing of heat pump unit (25) and end return pipe (32)
Between the connectivity points of heat exchanger return pipe (34)；The motor-driven valve (30) is arranged on intermediary's water return pipe branch pipe one (39)；
The regulating valve one (41) is located on intermediary's water return pipe (36), and is located at intermediary's water return pipe branch pipe one (39) and intermediary's water
Between the connectivity points and intermediary's water return pipe branch pipe two (40) of return pipe (36) and the connectivity points of intermediary's water return pipe (36)；It is described
Regulating valve two (42) be located on end return pipe (32), and be located at deicing heat exchanger water supplying pipe (33) and end return pipe (32)
Connectivity points and deicing heat exchanger return pipe (34) and the connectivity points of end return pipe (32) between.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821656530.1U CN209054820U (en) | 2018-10-12 | 2018-10-12 | A kind of cold water phase-change energy heat pump ice discharge apparatus and system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821656530.1U CN209054820U (en) | 2018-10-12 | 2018-10-12 | A kind of cold water phase-change energy heat pump ice discharge apparatus and system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209054820U true CN209054820U (en) | 2019-07-02 |
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ID=67050495
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| Application Number | Title | Priority Date | Filing Date |
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| CN201821656530.1U Active CN209054820U (en) | 2018-10-12 | 2018-10-12 | A kind of cold water phase-change energy heat pump ice discharge apparatus and system |
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| Country | Link |
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| CN (1) | CN209054820U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109140855A (en) * | 2018-10-12 | 2019-01-04 | 青岛瑞焓清洁能源供热研究院 | A kind of cold water phase-change energy heat pump ice discharge apparatus and system |
| CN112432408A (en) * | 2019-08-26 | 2021-03-02 | 杭州水处理技术研究开发中心有限公司 | High-speed rotatory ice cream device of preventing |
-
2018
- 2018-10-12 CN CN201821656530.1U patent/CN209054820U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109140855A (en) * | 2018-10-12 | 2019-01-04 | 青岛瑞焓清洁能源供热研究院 | A kind of cold water phase-change energy heat pump ice discharge apparatus and system |
| CN112432408A (en) * | 2019-08-26 | 2021-03-02 | 杭州水处理技术研究开发中心有限公司 | High-speed rotatory ice cream device of preventing |
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Effective date of registration: 20200225 Address after: 266300 Shandong city of Qingdao province Qingdao city Jiaozhou glue North Industrial Park Branch Road, No. 7 Patentee after: Qingdao Sci-Inno Blue New Energy Co., Ltd. Address before: 266300 Shandong city of Qingdao province Jiaozhou City Industrial Park by glue North Road No. 7 Patentee before: Qingdao Rui Yan clean energy heating Research Institute |