CN201652981U - Movable air regulator - Google Patents
Movable air regulator Download PDFInfo
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- CN201652981U CN201652981U CN2010201019375U CN201020101937U CN201652981U CN 201652981 U CN201652981 U CN 201652981U CN 2010201019375 U CN2010201019375 U CN 2010201019375U CN 201020101937 U CN201020101937 U CN 201020101937U CN 201652981 U CN201652981 U CN 201652981U
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Abstract
The utility model relates to a movable air regulator comprising a movable rack, wherein a first inlet and outlet of a refrigerant loop of a wind-cooled outdoor heat exchanger is connected to a first branch interface of a first node; a first inlet and outlet of a refrigerant loop of a water-cooled heat exchanger is connected to a second branch interface of the first node; a second inlet and outlet of the refrigerant loop of the outdoor heat exchanger is connected to a first branch interface of a second node of the refrigerant loop through a first capillary; a second inlet and outlet of the refrigerant loop of the water-cooled heat exchanger is connected to a second branch interface of the second node through a second capillary; a common interface of the second node is connected to a first inlet and outlet of a refrigerant loop of a wind-cooled indoor heat exchanger; an exhaust port of a compressor is connected to a common interface of the first node, and a return intake is connected to a second inlet and outlet of the refrigerant loop of the indoor heat exchanger; and a water storing tank, a water pump and the water-cooled heat exchanger are connected in sequence to form a closed water circulation system. The utility model can effectively utilize the waste heat of a condenser, and has the advantages of simpler structure and lower cost.
Description
Technical field
The utility model relates to a kind of portable air adjuster that adopts vapour compression refrigeration system, relates in particular to the structure of its outdoor heat exchanger; In International Patent Classification (IPC), classification belongs to F25B13/00.
Background technology
The vapour compression refrigeration system moveable air conditioner uses air blast cooling to the condenser heat exchange traditionally, need to the outdoor environment heat extraction, thereby waste energy, contaminated environment, and inconvenience is used.Addressing this problem, is the target that industry is seek assiduously.
Fixed installation formula air-conditioner existing so-called " air conditioner and water heater " utilizes the design of the heat exchange manufacturing life of condenser with hot water, but because structure and cost, this design is difficult to be directly used in moveable air conditioner.
The utility model content
Technical problem to be solved in the utility model is: a kind of portable air adjuster is provided, but the used heat of this condenser of more efficient use, and relatively simple for structure lower with cost.
The technical solution of the utility model is: a kind of portable air adjuster comprises a frame and be installed on the vapour compression refrigeration system of this frame movably; This system comprises:
---air-cooled indoor heat exchanger has refrigerant loop the 1st import and export, refrigerant loop the 2nd import and export;
---air-cooled outdoor heat exchanger has refrigerant loop the 1st import and export, refrigerant loop the 2nd import and export;
---compressor, it has exhaust outlet and return-air mouth;
---water-cooled heat exchanger, have refrigerant loop the 1st and import and export, refrigerant loop the 2nd is imported and exported, and water loop the 1st is imported and exported, and water loop the 2nd is imported and exported;
---refrigerant loop the 1st node has common interface and the 1st fen support interface, the 2nd fen support interface;
---refrigerant loop the 2nd node has common interface and the 1st fen support interface, the 2nd fen support interface;
Its common interface and the 1st, 2 fen support interface all connect---the 1st node, the 2nd node of described refrigerant loop are the pipe threeway---, or one is the pipe threeway, another is a triple valve---during its action, common interface is by connecting changing-over to connecting with the 2nd fen support interface with the 1st fen support interface;
---storage tank has recirculated water the 1st import and export, recirculated water the 2nd import and export, cold water inlet, hot water outlet;
---water pump has the water inlet discharge outlet;
---the refrigerant loop the 1st of outdoor heat exchanger is imported and exported the 1st fen support interface that is access to the 1st node;
---the refrigerant loop the 1st of water-cooled heat exchanger is imported and exported the 2nd fen support interface that is access to the 1st node;
---the refrigerant loop the 2nd of outdoor heat exchanger is imported and exported the 1st fen support interface that is access to the 2nd node through the 1st capillary, the refrigerant loop the 2nd of water-cooled heat exchanger is imported and exported the 2nd fen support interface that is access to the 2nd node through the 2nd capillary, and the common interface of the 2nd node directly is access to the refrigerant loop the 1st of indoor heat exchanger and imports and exports; Perhaps the refrigerant loop the 2nd of outdoor heat exchanger is imported and exported the 1st fen support interface that directly is access to the 2nd node, the refrigerant loop the 2nd of water-cooled heat exchanger is imported and exported the 2nd fen support interface that directly is access to the 2nd node, and the common interface of the 2nd node is imported and exported through the refrigerant loop the 1st that the 3rd capillary is access to indoor heat exchanger;
---the exhaust outlet of compressor is access to the common interface of the 1st node, and the return-air mouth of compressor is access to the 2nd import and export of the refrigerant loop of indoor heat exchanger simultaneously;
---the recirculated water the 1st of storage tank imports and exports and the water loop the 1st of recirculated water the 2nd import and export, pump intake and discharge outlet, water-cooled heat exchanger imports and exports and water loop the 2nd import and export are connected to closed water circulation system successively.
This design is dexterously in the condenser of a traditional product water-cooled heat exchanger in parallel, can strengthen condensation and improves the coefficient of performance of air-conditioner, utilizes the condensation heat manufacturing that the hot water of purposes is arranged greatly simultaneously, thereby saves the energy or exempted the thermal environment pollution.When one of the 1st node of design refrigerant loop, the 2nd node are triple valve, be convenient to water-cooled heat exchanger or air-cooled outdoor heat exchanger be selected operation according to the needs of safeguarding, and the blower fan of the air-cooled outdoor heat exchanger that links during this valve events of preferred design is out of service, in order to avoid meaningless power consumption.
For the rather compact usually moveable air conditioner of structure, water-cooled heat exchanger preferably adopts commercial shell and tube exchanger.
Can also further design and adopt the electromagnetism 4 heat-pump-type mobile air conditioner that logical reversal valve freezes or heating operation switches, water-cooled heat exchanger can be strengthened evaporating when air conditioner heat-production moves and improve the coefficient of performance of air-conditioner, especially control by the combination of triple valve and electromagnetism 4 logical reversal valves, realize cold-producing medium the various flows of each heat exchanger to, and then realize respectively freezing, heat, three kinds of functions of hot water, it is lower to have cost of manufacture with respect to prior art, moves more reliable, more simple and installation and maintenance of control advantage easily.
Description of drawings
The following drawings is used to illustrate embodiment of the present utility model:
Fig. 1 is the utility model the 1st embodiment moveable air conditioner system basic structure schematic diagram.
Fig. 2 is the utility model the 2nd embodiment moveable air conditioner system basic structure schematic diagram.
Fig. 3 is the utility model the 3rd embodiment moveable air conditioner system basic structure schematic diagram.
Fig. 4 is a conventional art single cold type moveable air conditioner system basic structure schematic diagram.
The specific embodiment
The utility model embodiment moveable air conditioner is to improve to form on the architecture basics of traditional single cold type moveable air conditioner of installing the vapour compression refrigeration system in a foot wheel cabinet concentratedly.
Fig. 4 is a conventional art single cold type movable air conditioner system basic structure schematic diagram.This air-conditioning system comprises:
---fully-enclosed motor compressor 1, it has exhaust outlet 101 and return-air mouth 102;
---air-cooled indoor heat exchanger 12, it has refrigerant loop the 1st and imports and exports the 121 and the 2nd import and export 122, by the fan 10 blowing heat exchange of motor 14 drivings;
---air-cooled outdoor heat exchanger 3, it has refrigerant loop the 1st and imports and exports the 31 and the 2nd import and export 32, by the fan 11 blowing heat exchange of motor 15 drivings;
---capillary 7, itself and compressor 1, indoor heat exchanger 12 and outdoor heat exchanger 3 are connected to the vapour compression refrigeration system of traditional single cold type by Fig. 4, the indoor heat exchanger 12 that uses as evaporimeter blows out required cold wind, removes heat as the outdoor heat exchanger 3 that condenser uses.
The utility model the 1st embodiment moveable air conditioner system basic structure as shown in Figure 1, its improvement with respect to conventional art single cold type movable air conditioner shown in Figure 4 system comprises:
---increase water-cooled heat exchanger 4, it has refrigerant loop the 1st and imports and exports 41, and refrigerant loop the 2nd imports and exports 42, and water loop the 1st imports and exports 43, and water loop the 2nd imports and exports 44;
---increase triple valve 2, it has common interface 2a and the 1st minute support interface 2b, the 2nd fen support interface 2c, and during action, common interface 2a is by connecting changing-over to connecting with the 2nd fen support interface 2c with the 1st fen support interface 2b;
---increase pipe threeway 9, it has common interface 9a and the 1st minute support interface 9b, the 2nd fen support interface 9c that always connects mutually;
---former capillary 7 is replaced by the 1st capillary 73 and the 2nd capillary 74;
And relevant connection of refrigerant loop changed into:
---the refrigerant loop the 1st of outdoor heat exchanger 3 is imported and exported the 1st fen support interface 2b of 31 connection triple valves 2;
---the refrigerant loop the 1st of water-cooled heat exchanger 4 is imported and exported the 2nd fen support interface 2c of 41 connection triple valves 2;
---the refrigerant loop the 2nd of outdoor heat exchanger 3 is imported and exported 32 the 1st fen support interface 9b through the 73 connection threeways 9 of the 1st capillary, the refrigerant loop the 2nd of water-cooled heat exchanger 4 is imported and exported 42 the 2nd fen support interface 9c through the 74 connection threeways 9 of the 2nd capillary, and the common interface 9a of threeway 9 connects the refrigerant loop the 1st of indoor heat exchanger 12 and imports and exports 121;
---the exhaust outlet 101 of compressor connects the common interface 2a of triple valve 2, and the return-air mouth 102 of compressor connects the 2nd import and export 122 of the refrigerant loop of indoor heat exchanger 12 simultaneously;
---increase storage tank 6, it has recirculated water the 1st import and export 61, recirculated water the 2nd import and export 62, cold water inlet 63, hot water outlet 64;
---increase water pump 5, it has water inlet 51 discharge outlet 52;
---the recirculated water the 1st of storage tank 6 import and export 61 and recirculated water the 2nd imports and exports 62, the water loop the 1st of water pump 5 water inlets 51 and discharge outlet 52, water-cooled heat exchanger 4 import and export 43 and water loop the 2nd import and export 44 and be connected to closed water circulation system successively.
---the control circuit (accompanying drawing is not shown) of controller increases the gauge tap as the triple valve 2 of magnetic valve, this gauge tap link when making triple valve 2 action a break contact and a moving together contact, break contact is series at the electric power loop to the drive motor 15 of the fan 11 of outdoor heat exchanger 3 blowing heat exchange, and moving together contact is series at the electric power loop of water pump 5.
Among Fig. 1, when this air-conditioner resets when triple valve 2, substantially as shown in Figure 4 (title and the function of the parts identical with Fig. 4 mark are identical among Fig. 1) conventional art single cold type movable air conditioner system, only outdoor heat exchanger 3 branch roads (containing the 1st capillary 73) work, and water-cooled heat exchanger 4 branch roads (containing the 2nd capillary 74) are not worked; When operation-control switch makes triple valve 2 actions, this air-conditioner still blows out cold wind by the system of former single cold type from indoor heat exchanger 12, but triple valve 2 makes system condensing device loop switch to water-cooled heat exchanger 4 branch roads by outdoor heat exchanger 3 branch roads, water pump 5 runnings, water in water-cooled heat exchanger 4 heating is circulated to storage tank 6 through each import and export, can discharge required hot water from hot water outlet 64, and can or connect the network of rivers from the beginning temporarily, replenish cold water from cold water inlet 63.When operation-control switch makes triple valve 2 action and water pump 5 runnings, the dry drive motor 15 of fan 11 of heat exchange of outdoor heat exchanger 3 is shut down, avoid meaningless power consumption and how to reduce noise.
Triple valve and pipe threeway are in the node location interchangeable of Fig. 1, and the ruuning situation of this air-conditioner is constant.In addition, two fens support interfaces that are preferably in the pipe threeway are respectively drawn through a check valve, and when one branch interface loop was connected in the triple valve action, another branch's interface loop was promptly oppositely ended by the check valve of connecting in this loop, can reduce the charging amount of cold-producing medium.
The utility model the 2nd embodiment moveable air conditioner system basic structure as shown in Figure 2, its improvement with respect to the 2nd embodiment moveable air conditioner shown in Figure 1 mainly is:
---increase heat pump air conditioner electromagnetism commonly used 4 logical reversal valves 13, it has air inlet d, exhaust outlet f, the 1st interface g and the 2nd interface e, and when resetting, air inlet d and the 1st interface g connect, and exhaust outlet f and the 2nd interface e connect; During action, air inlet d and the 2nd interface e connect, and exhaust outlet f and the 1st interface g connect; And relevant connection of refrigerant loop changed into:
---the exhaust outlet 101 of compressor connects the air inlet d of electromagnetism 4 logical reversal valves 13, the return-air mouth 102 of compressor connects the exhaust outlet f of electromagnetism 4 logical valves 13, the 1st interface g of electromagnetism 4 logical reversal valves 13 connects the common interface 2a of triple valve 2, and the 2nd interface e of electromagnetism 4 logical reversal valves 13 connects the 2nd import and export 122 of the refrigerant loop of indoor heat exchanger 12.
Among Fig. 2, when this air-conditioner resetted when electromagnetism 4 logical reversal valves 13, (title and the function of the parts identical with Fig. 1 mark are identical among Fig. 2) movable air conditioner system equally worked all as shown in Figure 1; When electromagnetism 4 logical reversal valves 13 move, this air-conditioner switches to operation of heat pump, the indoor heat exchanger 12 that uses as condenser blows out required hot blast, and simultaneously, the state that outdoor heat exchanger 3 and water-cooled heat exchanger are looked triple valve 2 is moved as evaporimeter by one of them.
As seen, this air-conditioner since the work of logical reversal valves 13 of electromagnetism 4 and described gauge tap has refrigeration and heat two kinds of patterns, and refrigeration mode comprises hot water and air-cooled two kinds of patterns, thereby have refrigeration, heat, three kinds of functions of hot water.
The utility model the 3rd embodiment moveable air conditioner system basic structure as shown in Figure 3, its improvement with respect to the 2nd embodiment moveable air conditioner shown in Figure 2 mainly is that the 1st capillary 73 and the 2nd capillary 74 are moved to the capillary 7 ' that merges into a single whole outside the common interface 9a outside two minutes support interface 9b, 9c managing threeway 9.
Among Fig. 3, this air-conditioner (title and the function of the parts identical with Fig. 2 mark are identical among Fig. 3) movable air conditioner system is basically all as shown in Figure 2 equally worked, just this design is relatively saved, adjust also fairly simple, but might inconvenience all be adjusted to optimum state to the work of outdoor heat exchanger 3 and water-cooled heat exchanger 4.
Each embodiment water-cooled heat exchanger all adopts commercial shell and tube exchanger.This shell and tube exchanger is made of with outer tube the lining pipe, and connect by outer tube and water source with the cold-producing medium connection for pipe in can being connected to; Pipe is connected and outer tube and cold-producing medium connection with the water source perhaps.
The storage tank of each embodiment can be independent of outside the foot wheel cabinet, has bigger capacity, helps working long hours and once provides more substantial hot water; Also can all install concentratedly in the foot wheel cabinet with other all parts, compact and be convenient to mobile use location.
Claims (5)
1. portable air adjuster comprises a frame and be installed on the vapour compression refrigeration system of this frame movably; This system comprises:
---air-cooled indoor heat exchanger (12), it has, and refrigerant loop the 1st is imported and exported (121), refrigerant loop the 2nd is imported and exported (122);
---air-cooled outdoor heat exchanger (3), it has, and refrigerant loop the 1st is imported and exported (31), refrigerant loop the 2nd is imported and exported (32);
---compressor (1), it has exhaust outlet (101) and return-air mouth (102); It is characterized in that, also comprise:
---water-cooled heat exchanger (4), it has refrigerant loop the 1st and imports and exports (41), and refrigerant loop the 2nd is imported and exported (42), and (43) are imported and exported in water loop the 1st, and (44) are imported and exported in water loop the 2nd;
---refrigerant loop the 1st node (2), it has common interface (2a) and the 1st fen support interface (2b), the 2nd fen support interface (2c);
---refrigerant loop the 2nd node (9), it has common interface (9a) and the 1st fen support interface (9b), the 2nd fen support interface (9c);
Its common interface and the 1st, 2 fen support interface all connect---the 1st node (2), the 2nd node (9) of described refrigerant loop are the pipe threeway---; Or one is the pipe threeway, and another be a triple valve, and triple valve when action, the common interface of triple valve (2a) by with triple valve the 1st minute support interface (2b) connect changing-over to the 2nd fen support interface (2c) perforation of triple valve;
---storage tank (6), it has, and recirculated water the 1st is imported and exported (61), recirculated water the 2nd is imported and exported (62), cold water inlet (63), hot water outlet (64);
---water pump (5), it has water inlet (51) and discharge outlet (52);
---the refrigerant loop the 1st of outdoor heat exchanger (3) is imported and exported the 1st fen support interface (2b) that (31) are access to the 1st node (2);
---the refrigerant loop the 1st of water-cooled heat exchanger (4) is imported and exported the 2nd fen support interface (2c) that (41) are access to the 1st node (2);
---the refrigerant loop the 2nd of outdoor heat exchanger (3) is imported and exported (32) are access to the 2nd node (9) through the 1st capillary (73) the 1st fen support interface (9b), the refrigerant loop the 2nd of water-cooled heat exchanger (4) is imported and exported (42) and is access to the 2nd fen support interface (9c) of the 2nd node (9) through the 2nd capillary (74), and the common interface (9a) of the 2nd node (9) directly is access to the refrigerant loop the 1st of indoor heat exchanger (12) and imports and exports (121); Perhaps the refrigerant loop the 2nd of outdoor heat exchanger (3) is imported and exported the 1st fen support interface (9b) that (32) directly are access to the 2nd node (9), the refrigerant loop the 2nd of water-cooled heat exchanger (4) is imported and exported the 2nd fen support interface (9c) that (42) directly are access to the 2nd node (9), and the common interface (9a) of the 2nd node (9) is imported and exported (121) through the refrigerant loop the 1st that the 3rd capillary (7) is access to indoor heat exchanger (12);
---the exhaust outlet (101) of compressor is access to the common interface (2a) of the 1st node (2), and the return-air mouth (102) of compressor is access to the 2nd import and export (122) of the refrigerant loop of indoor heat exchanger (12) simultaneously;
---recirculated water the 1st import and export (61) of storage tank (6) and water loop the 1st import and export (43) that recirculated water the 2nd is imported and exported (62), water pump (5) water inlet (51) and discharge outlet (52), water-cooled heat exchanger (4) and water loop the 2nd are imported and exported (44) and are connected to closed water circulation system successively.
2. portable air adjuster according to claim 1, it is characterized in that: the 1st node (2) of described refrigerant loop, the 2nd node (9) one for the pipe threeway another during for triple valve, the refrigerant loop the 2nd of outdoor heat exchanger (3) import and export (32) be access to the 2nd node (9) the 1st minute support interface (9b) branch road in series connection one check valve (33), the refrigerant loop the 2nd of water-cooled heat exchanger (4) import and export (42) be access to the 2nd node (9) the 2nd minute support interface (9c) branch road in the check valve (43) of also connecting.
3. portable air adjuster according to claim 1, it is characterized in that: also comprise an electromagnetism 4 logical reversal valves (13), when it resets, the exhaust outlet of compressor (101) is access to the common interface (2a) of the 1st node (2), and the return-air mouth (102) of compressor is access to the 2nd import and export (122) of the refrigerant loop of indoor heat exchanger (12) simultaneously; During its action, the exhaust outlet of compressor (101) is access to the 2nd import and export of the refrigerant loop of indoor heat exchanger (12), and the return-air mouth (102) of compressor is access to the common interface (2a) of the 1st node (2) simultaneously.
4. portable air adjuster according to claim 1, it is characterized in that: described water-cooled heat exchanger is a shell and tube exchanger.
5. portable air adjuster according to claim 1, it is characterized in that: described outdoor heat exchanger (3) has blower fan, and during described triple valve (2,9) action, this blower fan shuts down.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201019375U CN201652981U (en) | 2010-01-22 | 2010-01-22 | Movable air regulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010201019375U CN201652981U (en) | 2010-01-22 | 2010-01-22 | Movable air regulator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201652981U true CN201652981U (en) | 2010-11-24 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010201019375U Expired - Fee Related CN201652981U (en) | 2010-01-22 | 2010-01-22 | Movable air regulator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201652981U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102445017A (en) * | 2011-09-16 | 2012-05-09 | 西安君生实业有限公司 | Host machine of air cooling and water cooling type cold-hot water air conditioner |
-
2010
- 2010-01-22 CN CN2010201019375U patent/CN201652981U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102445017A (en) * | 2011-09-16 | 2012-05-09 | 西安君生实业有限公司 | Host machine of air cooling and water cooling type cold-hot water air conditioner |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| DD01 | Delivery of document by public notice |
Addressee: Jiangsu Jinling Household Electric Appliance Co., Ltd. Document name: Notification to Pay the Fees |
|
| DD01 | Delivery of document by public notice |
Addressee: Jiangsu Jinling Household Electric Appliance Co., Ltd. Document name: Notification of Termination of Patent Right |
|
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20101124 Termination date: 20150122 |
|
| EXPY | Termination of patent right or utility model |