CN209558956U - The two-way underwater heat exchanger of pump type - Google Patents
The two-way underwater heat exchanger of pump type Download PDFInfo
- Publication number
- CN209558956U CN209558956U CN201822187445.1U CN201822187445U CN209558956U CN 209558956 U CN209558956 U CN 209558956U CN 201822187445 U CN201822187445 U CN 201822187445U CN 209558956 U CN209558956 U CN 209558956U
- Authority
- CN
- China
- Prior art keywords
- way
- shell
- pump
- water
- heat exchanger
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Landscapes
- Structures Of Non-Positive Displacement Pumps (AREA)
Abstract
The two-way underwater heat exchanger of pump type belongs to the scope of heat pump system utilizing works, especially belongs to a kind of mating utilizing works field of underground water source heat pump system.It is made of shell, exchange core, guide wire, two way water pump；It is characterized in that: enclosure interior assembly exchange core, exchanges the medium entrance and media outlet export shell of core；Assemble two way water pump in shell upper end；Assemble guide wire in lower part.Core technology component of the utility model as double control-type underground water source heat pump system, winter provides the higher underground water of basal temperature, summer provides basal temperature and is lower ground lauched, and to improve the working efficiency of double control-type underground water source heat pump system, reaches energy-efficient purpose.
Description
Technical field
The utility model belongs to the scope of heat pump system utilizing works, and it is mating to especially belong to a kind of underground water source heat pump system
Utilizing works field.
Background technique
Earth source heat pump, water resource heat pump energy-saving effect all clearly, are increasingly recognized.Different types of heat pump pressure
Contracting machine unit all body and configurations, it is universal not strong, often result in the wasting of resources；Moreover the longtime running of water circulating pump,
Strain is easily caused, while electric energy is lost and improves use cost.In winter, there is also difficulties for heat pump unit protection, and setting occupies on the ground
Also there is noise pollution in space.In order to evade problem above, company's autonomous Design has developed double control-type underground water source heat pump system；
The underwater evaporator of the double control-type underground water source heat pump system needs to have self-powered, and has the function of dextrorotation and derotation；Needle
Needed for above, company research staff specially designs this underwater heat exchanger of two-way pump type by preparing design.
Utility model content
The solution of the utility model is: the two-way underwater heat exchanger of pump type, by shell, exchange core, guide wire, two-way
Water pump composition；It is characterized in that: enclosure interior assembly exchange core, exchanges the medium entrance and media outlet export shell of core；Shell
Assemble two way water pump in upper end；Assemble guide wire in lower part.
As described above, shell is in the form of a column, it is made of upper cover, middle column body, lower head；Two way water pump is reserved among upper cover
Pilot hole, medium entrance leadout hole is reserved in two way water pump pilot hole two sides and media outlet leadout hole, upper cover regular edges are pre-
Connecting hole and fixed multiple support connecting columns are stayed, pilot hole is reserved in support connecting column upper end；In a tubular form, outside suitable for reading is pre- for middle column body
Flange is stayed, the reserved fixation hole of rule on flange；Guide wire installation opening is reserved among lower head；Middle column body and lower head are welded one
It rises；Middle column body is fixed together using the connecting hole of fixation hole and upper cover using fastener.
As described above, exchange core is made of metal coil pipe and limit deflector；More metal coil pipe both ends are pooled to medium
Import and media outlet；The limit equidistant rule of deflector is fixed on metal coil pipe, is limited and is reserved deflector hole on deflector.
As described above；Guide wire belongs to conventional lightweight water pipe, and one end is fixed on the guide wire installation opening of shell.
As described above, two way water pump is by the pump housing and motor form；It is blade wheel chamber in the middle part of the pump housing, lower end is collector nozzle, top
Reserve filling pipe end, upper end fixing assembling motor in side；Motor passes through the impeller in power output axis connection blade wheel chamber；Two way water pump
Pass through the two way water pump pilot hole fixing assembling of collector nozzle and shell.
As described above, the two-way underwater heat exchanger of pump type passes through support connecting column and double control-type underground water resource heat pump on shell
The float secure bond of system together, disappear below the water surface by shell, the pump housing of the two-way underwater heat exchanger of pump type；Two-way water
The motor of pump is connect by power supply line with the controller of double control-type underground water source heat pump system；Medium entrance and media outlet pass through
Medium pipeline is connect with the compressor module of double control-type underground water source heat pump system.
As described above, winter, motor impeller is rotated in the forward direction, and water enters the pump housing by filling pipe end, then is injected by collector nozzle
Shell becomes cold water by exchanging the heat exchange of core and heat being taken away in the housing, and cold water is by guide wire injection well bottom；Cold water
Than great, convection current can be generated through the borehole wall and periphery water system, be exchanged by the heat in entire winter, gradually formed in well lower part
Cold domain, the cold water stored in cold domain is in case utilization when cooling in summer；Summer, motor impeller reversely rotate, the cold domain in underground
In cold water shell is entered by guide wire, cooling capacity taken away become hot water by exchanging the heat exchange of core in the housing, hot water
The pump housing is entered by collector nozzle, then is discharged by filling pipe end；Hot water specific gravity is small, can be suspended in well water top, through the borehole wall and periphery water
System generates convection current, is exchanged by the heat of entire summer, gradually forms thermal domain on well top, the hot water stored in thermal domain with
It is utilized when standby winter heating.
The beneficial effect of the utility model is: core technology of the utility model as double control-type underground water source heat pump system
Component, winter provide the higher underground water of basal temperature, and summer provides basal temperature and is lower ground lauched, to improve double control-type well
The working efficiency of lower water source heat pump system, reaches energy-efficient purpose.
Detailed description of the invention
The utility model is further illustrated with reference to the accompanying drawing.
Attached drawing 1 is the cross-sectional view of the utility model.
Attached drawing 2 is the structural schematic diagram in the utility model use.
1 shell, 11 upper cover, 111 two way water pump pilot hole, 112 medium entrance leadout hole 113 in figure
114 connecting hole 115 of media outlet leadout hole supports 12 middle column body of connecting column, 121 fixation hole, 13 lower head
131 guide wire installation openings 2 exchange 21 metal coil pipe 22 of core and limit 3 guide wire of deflector, 4 two way water pump
The control of 41 pump housing, 411 blade wheel chamber, 412 collector nozzle, 413 filling pipe end, 414 impeller, 42 motor, 5 float 6
Cold 9 thermal domain of domain of 7 compressor module of device 8 processed.
Specific embodiment
The two-way underwater heat exchanger of pump type is made of shell (1), exchange core (2), guide wire (3), two way water pump (4)；Its
Be characterized in: shell (1) mounted inside exchanges core (2), exchanges medium entrance and media outlet export shell (1) of core (2)；Shell
(1) upper end assembly two way water pump (4)；Assemble guide wire (3) in lower part.
As described above, shell (1) is in the form of a column, it is made of upper cover (11), middle column body (12), lower head (13)；Upper cover
(11) intermediate reserved two way water pump pilot hole (111), medium entrance leadout hole is reserved in two way water pump pilot hole (111) two sides
(112) and media outlet leadout hole (113), upper cover (11) regular edges reserve connecting hole (114) and fixed multiple supports companies
It connects column (115), pilot hole is reserved in support connecting column (115) upper end；In a tubular form, flange is reserved in outside suitable for reading to middle column body (12), convex
Rule is reserved fixation hole (121) on edge；Among lower head (13) reserved guide wire installation opening (131)；Middle column body (12) and lower envelope
Head (13) is welded together；Middle column body (12) utilizes fastener using the connecting hole (114) of fixation hole (121) and upper cover (11)
It is fixed together.
As described above, exchange core (2) is made of metal coil pipe (21) and limit deflector (22)；More metal coil pipes (21)
Both ends are pooled to medium entrance and media outlet；Limit deflector (22) rule is fixed on metal coil pipe (21), limits water conservancy diversion
Deflector hole is reserved on plate (22).
As described above；Guide wire (3) belongs to conventional lightweight water pipe, and one end is fixed on the guide wire installation opening of shell (1)
(131) on.
As described above, two way water pump (4) is made of the pump housing (41) and motor (42)；It is blade wheel chamber in the middle part of the pump housing (41)
(411), lower end is collector nozzle (412), and upper side is reserved filling pipe end (413), upper end fixing assembling motor (42)；Motor (42)
Pass through the impeller (414) in power output axis connection blade wheel chamber (411)；Two way water pump (4) passes through collector nozzle (412) and shell
(1) two way water pump pilot hole (111) fixing assembling.
As described above, the two-way underwater heat exchanger of pump type passes through the support connecting column (115) and double control-type well on shell (1)
Float (5) secure bond of lower water source heat pump system together, shell (1), the pump housing (41) of the two-way underwater heat exchanger of pump type
It disappears below the water surface；The motor (42) of two way water pump (4) passes through the control of power supply line and double control-type underground water source heat pump system
Device (6) connection；Medium entrance and media outlet pass through the compressor module of medium pipeline and double control-type underground water source heat pump system
(7) it connects.
As described above, winter, motor (42) impeller (414) is rotated in the forward direction, and water enters the pump housing by filling pipe end (413)
(41), shell (1) then by collector nozzle (412) is injected, heat is taken away by exchanging the heat exchange of core (2) in shell (1)
Become cold water, cold water is by guide wire (3) injection well bottom；Cold water can generate convection current through the borehole wall and periphery water system, pass through than great
The heat exchange in entire winter, gradually forms cold domain (8) in well lower part, the cold water stored in cold domain (8) is in case summer system
Cold Shi Liyong；Summer, motor (42) impeller (414) reversely rotate, the cold water in the cold domain in underground (8) by guide wire (3) into
Enter shell (1), becomes hot water by exchanging the heat exchange of core (2) and cooling capacity being taken away in shell (1), hot water is by collector nozzle
(412) enter the pump housing (41), then be discharged by filling pipe end (413)；Hot water specific gravity is small, can be suspended in well water top, through the borehole wall with
Periphery water system generates convection current, is exchanged by the heat of entire summer, gradually forms thermal domain (9) on well top, institute in thermal domain (9)
It is utilized when the hot water of storage is in case of winter heating.
Claims (7)
1. the two-way underwater heat exchanger of pump type is made of shell (1), exchange core (2), guide wire (3), two way water pump (4)；It is special
Sign is: shell (1) mounted inside exchanges core (2), exchanges medium entrance and media outlet export shell (1) of core (2)；Shell
(1) upper end assembly two way water pump (4)；Assemble guide wire (3) in lower part.
2. the underwater heat exchanger of two-way pump type according to claim 1, it is characterized in that: shell (1) is in the form of a column, by upper cover
(11), middle column body (12), lower head (13) composition；Reserved two way water pump pilot hole (111), two way water pump among upper cover (11)
Reserve medium entrance leadout hole (112) and media outlet leadout hole (113), upper cover (11) edge rule in pilot hole (111) two sides
Connecting hole (114) and fixed multiple support connecting columns (115) are then reserved, pilot hole is reserved in support connecting column (115) upper end；Center pillar
In a tubular form, flange is reserved in outside suitable for reading to body (12), and rule is reserved fixation hole (121) on flange；It is reserved among lower head (13) to lead
Skirt installation opening (131)；Middle column body (12) and lower head (13) are welded together；Middle column body (12) using fixation hole (121) and
The connecting hole (114) of upper cover (11) is fixed together using fastener.
3. the underwater heat exchanger of two-way pump type according to claim 1, it is characterized in that: exchange core (2) is by metal coil pipe
(21) it is formed with limit deflector (22)；More metal coil pipe (21) both ends are pooled to medium entrance and media outlet；Limit is led
Flowing plate (22) rule is fixed on metal coil pipe (21), and deflector hole is reserved in limit deflector (22).
4. the underwater heat exchanger of two-way pump type according to claim 1, it is characterized in that: guide wire (3) belongs to conventional lightweight
Water pipe, one end are fixed on the guide wire installation opening (131) of shell (1).
5. the underwater heat exchanger of two-way pump type according to claim 1, it is characterized in that: two way water pump (4) is by the pump housing (41)
It is formed with motor (42)；It is blade wheel chamber (411) in the middle part of the pump housing (41), lower end is collector nozzle (412), and upper side reserves filling pipe end
(413), upper end fixing assembling motor (42)；Motor (42) passes through the impeller in power output axis connection blade wheel chamber (411)
(414)；Two way water pump (4) passes through two way water pump pilot hole (111) fixing assembling of collector nozzle (412) and shell (1).
6. the underwater heat exchanger of two-way pump type according to claim 1, it is characterized in that: the underwater heat exchanger of two-way pump type is logical
The support connecting column (115) on shell (1) is crossed together with float (5) secure bond of double control-type underground water source heat pump system,
Shell (1), the pump housing (41) of the two-way underwater heat exchanger of pump type are disappeared below the water surface；The motor (42) of two way water pump (4) is logical
Power supply line is crossed to connect with the controller (6) of double control-type underground water source heat pump system；Medium entrance and media outlet pass through medium tube
Road is connect with the compressor module (7) of double control-type underground water source heat pump system.
7. the underwater heat exchanger of two-way pump type according to claim 1, it is characterized in that: winter, motor (42) impeller
(414) it rotates in the forward direction, water enters the pump housing (41) by filling pipe end (413), then injects shell (1) by collector nozzle (412), in shell
(1) become cold water by exchanging the heat exchange of core (2) and heat being taken away in, cold water is by guide wire (3) injection well bottom；Cold water ratio
It is great, convection current can be generated through the borehole wall and periphery water system, be exchanged, gradually formed in well lower part cold by the heat in entire winter
Domain (8), the cold water stored in cold domain (8) is in case utilization when cooling in summer；Summer, motor (42) impeller (414) are reversed
It rotates, the cold water in the cold domain in underground (8) enters shell (1) by guide wire (3), passes through the heat friendship of exchange core (2) in shell (1)
It changes and cooling capacity is taken away and becomes hot water, hot water enters the pump housing (41) by collector nozzle (412), then is discharged by filling pipe end (413)；Hot water
Specific gravity is small, can be suspended in well water top, generates convection current through the borehole wall and periphery water system, is exchanged by the heat of entire summer, by
The gradually utilization when thermal domain (9) are formed at well top, and the hot water stored in thermal domain (9) is in case of winter heating.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822187445.1U CN209558956U (en) | 2018-12-25 | 2018-12-25 | The two-way underwater heat exchanger of pump type |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822187445.1U CN209558956U (en) | 2018-12-25 | 2018-12-25 | The two-way underwater heat exchanger of pump type |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN209558956U true CN209558956U (en) | 2019-10-29 |
Family
ID=68303762
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201822187445.1U Expired - Fee Related CN209558956U (en) | 2018-12-25 | 2018-12-25 | The two-way underwater heat exchanger of pump type |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN209558956U (en) |
-
2018
- 2018-12-25 CN CN201822187445.1U patent/CN209558956U/en not_active Expired - Fee Related
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN103062913A (en) | Flat-panel solar photovoltaic water-heating air-heating compound heat collector | |
| CN106524810B (en) | Multi-medium phase-change energy-storage heat exchanger | |
| CN203964413U (en) | A kind of solar heat-preservation heating system | |
| CN201739091U (en) | Solar energy and geothermal energy cooperative power generating system | |
| CN109506499A (en) | The two-way underwater heat exchanger of pump type | |
| CN209558956U (en) | The two-way underwater heat exchanger of pump type | |
| CN205783881U (en) | A kind of embedding pipe based on photovoltaic cooperative reinforcing mass transfer coupling composite plane condenser solar water heating system | |
| CN201583013U (en) | Air-water compound solar energy heat collector | |
| CN201463326U (en) | Combined solar gas-liquid heat collector | |
| CN203586550U (en) | Efficient heat exchange and corrosion-resistant heat pump heat accumulation water tank | |
| CN201885297U (en) | Solar floor heating and hot water supply system | |
| CN203036736U (en) | Solar integration hot water system | |
| CN208846521U (en) | Solar cross-season accumulation of energy and earth source heat pump combined heating system | |
| CN202328870U (en) | Solar heat absorber and flat type solar heat collector | |
| CN203404991U (en) | Integrated solar water heater | |
| CN202361663U (en) | Density contrast solar heat storage water tank | |
| CN202927806U (en) | Solar energy rapid heating device | |
| CN205843123U (en) | A kind of based on solar source with the hot cold supply system of water source low-temperature receiver | |
| CN202274666U (en) | Heat accumulation water tank provided with enamel coil pipe | |
| CN201016064Y (en) | Solar heating system of the crude oil storage tank | |
| CN105202781A (en) | Active heat pipe flat solar water heater | |
| CN206019035U (en) | High-efficiency solar hot-water heating system | |
| CN209557282U (en) | Full submersible two way water pump | |
| CN204100616U (en) | Heat accumulation type flat-panel solar thermal collector | |
| CN201858801U (en) | Antifreezing type solar energy water heating system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20191029 Termination date: 20191225 |