CN206269274U - Binary cycle system water-cooled cooling assembly and the air cooler for equipping the assembly - Google Patents
Binary cycle system water-cooled cooling assembly and the air cooler for equipping the assembly Download PDFInfo
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- CN206269274U CN206269274U CN201621071560.7U CN201621071560U CN206269274U CN 206269274 U CN206269274 U CN 206269274U CN 201621071560 U CN201621071560 U CN 201621071560U CN 206269274 U CN206269274 U CN 206269274U
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Abstract
Binary cycle system water-cooled cooling assembly, including first circulation system and second circulation system, the first circulation system includes water evaporation wet-curtain cooling device, and the second circulation system carries out the device that heat exchange cools to air when being included in the work cooling of first circulation system.Equip the air cooler of the water-cooled cooling assembly, including casing（4）, water evaporation wet-curtain cooling device（1）, wind-power generating means（20）, water supply installation（7）And bonnet（6）, the wind-power generating means（20）Including the first fan assembly（2）With the second fan assembly（3）；The water evaporation wet-curtain cooling device（1）Including heat exchange tube array（12）With water evaporation carrier（13）.The advantage of the air cooler is lowered the temperature using binary cycle system, can respectively export humidification He ∕ or dry air, is adapted to the crowd of different demands.Two systems are lowered the temperature simultaneously can make interior reach double cooling-down effect, improve the service efficiency of product.
Description
Technical field
The utility model is related to the apparatus of air conditioning and method of water evaporation cooling, more particularly to binary cycle system water-cooled
Cooling assembly and the water-cooled air-conditioning fan for equipping the assembly.
Background technology
The principle of water-cooled air-conditioning fan is：Water evaporation carrier is set at air intake, has lasting water sprinkle in water evaporation
Water-cooled wet curtain is formed on carrier, air flow is ordered about using electronic air blast, the moving air passes through water evaporation carrier in housing,
Evaporate the water and absorb heat of gasification and send out outside housing reducing the moving air temperature, so as to reach reduction indoor air temperature
Purpose.
Prior art water evaporation type conditioner, general is polypropylene fibre cotton using wood-fibred paper wet curtain, PP cottons
Wet curtain, or thick or thin single group water evaporation carrier is set in air inlet as water evaporation carrier with water cord fabric.Due to list
Volume, wet water area etc. are limited in itself for group water evaporation carrier, cause water evaporation ability low, and air-conditioning fan cooling-down effect is poor, makes
Obtain Consumer's Experience not good enough.Meanwhile, the wind of air outlet blowout carries steam, is not suitable for directly being directed at troubled by sickness and old age crowd and uses.
The content of the invention
The technical problems to be solved in the utility model is to avoid above-mentioned the deficiencies in the prior art part and provide a kind of double
Circulatory system water-cooled cooling assembly and equip the air-conditioning fan of the assembly, thus obtain water evaporation ability higher and compared with
Good cooling-down effect, and humidification can be respectively exported He ∕ or dry cold airs.
The utility model solves the technical scheme that the technical problem uses：A kind of binary cycle system water-cooled cooling is provided
Assembly, including first circulation system and second circulation system, the first circulation system include wet equipped with water evaporation carrier
Curtain heat sink, the second circulation system carries out heat exchange cooling drop to air when being included in the work cooling of first circulation system
The device of temperature；First, second circulatory system intermeshes blending in structure, but respectively has one's own working fluid,
Independent circulation.
The wet-curtain cooling device includes water evaporation carrier and water supply installation；It is described heat exchange is carried out to air to cool
Device can be tube type heat exchange device.
First circulation system is provided with water evaporation carrier, and the air of blowout is to pass through the water evaporation carrier, evaporate the water
And the humidifying air after heat of gasification is absorbed, and the second circulation system blows out, when first circulation system works and lowers the temperature
The dry air that heat exchange cools is carried out to air.
Based on above-mentioned principle, the utility model provides a kind of air adjustment for equipping binary cycle system water-cooled cooling assembly
Fan, including casing, water evaporation wet-curtain cooling device, wind-power generating means, water supply installation and bonnet；The wind-power is filled
Put including the first fan assembly and the second fan assembly；The water evaporation wet-curtain cooling device includes that heat exchange tube array and water steam
Hair carrier, the air inlet that described heat exchange tube array one end covers setting with after connects, and the of the other end and the second fan assembly
Two air inlets are connected, and the second air outlet of second fan assembly is from outside another side connection casing；The water evaporation Wet-curtain temperature reducing
The ventilating opening of device is connected with the first air inlet of the first fan assembly, and the first air outlet of the first fan assembly is then covered with after
The humidification air outlet connection of setting.
Tank above water evaporation wet-curtain cooling device is connected into water supply installation, water leaks down from its drainage hole, falls water
Wet curtain is formed on evaporation of carrier, the first fan assembly sucks air through its air inlet from the air inlet of water evaporation cooling component bottom
Water evaporation carrier is passed through, makes water evaporation, absorption heat of gasification thereon, so as to reduce the air themperature passed through therebetween.First blower fan
Component reaches the purpose for reducing indoor temperature and improving indoor humidity by outside the subsidiary steam blowout housing of air after cooling.Water
Water on evaporation of carrier flows through heat exchange tube array surface, and heat is absorbed from the respectively heat-exchange tube, and the second fan assembly is through each warm
The air outside exchange tube array suction casing is handed over, from second after current completion heat exchange, the cooling outside inner air tube and heat-exchange tube
The cold wind outlet that dries of fan assembly is blown out outside casing, and this road cold wind reaches reduction indoor temperature and reinforcement without water smoke, the globule
The purpose of indoor air circulation circulation.
Further：
The water evaporation wet-curtain cooling device includes cavity, and its heat exchange tube array passes through the side wall of the cavity, water evaporation
Carrier is overlying on all layers of outer surface of heat exchange tube array and is placed in jointly in the cavity, there is under band above cavity
The tank and ventilating opening in water hole, there is air inlet below cavity, the tank with drainage hole is connected with water supply installation.
First fan assembly includes the first ducting assembly and the first air channel support, and the first ducting assembly is installed on first
On the support of air channel, the first air channel support is installed on the cavity top again, and first ducting assembly includes the first motor branch
Frame, the first motor, the first wind wheel and the first air channel, the first wind wheel are coaxially installed in the shaft extension of the first motor, then in the lump
It is placed in the first air channel, the first motor is installed on the first electric machine support, the first electric machine support is installed on the first air channel again,
The first air inlet and the first air outlet are provided with first air channel.
Second fan assembly includes the second ducting assembly and the second air channel support, and the second ducting assembly is coaxially pacified
Loaded on the second air channel support, the second air channel support is installed on the cavity front again, and second ducting assembly includes the
Two electric machine supports, the second motor, the second wind wheel and the second air channel, the second wind wheel are coaxially installed in the shaft extension of the second motor
On, then be placed in the lump in the second air channel, the second motor is installed on the second electric machine support, and second electric machine support is installed on
On two air channels, the second air inlet and the second air outlet are provided with the second air channel.
It is provided with the casing and dries cold wind outlet and pass through whole with drainage hole through cavity lower section air inlet
Tank up connects the outside air inlet of the first air inlet, it is described after cover and be provided with humidifying cold air blast outlet and through heat-exchange tube
The interface of extraneous air is sucked for the second air inlet.
The water supply installation includes water pump, water pipe and water tank, and water pump is placed in water tank and is connected with water pipe, the other end of water pipe
Connection tank upper end.
The water evaporation carrier is wood-fibred paper, or PP cottons are polypropylene fibre cotton, the heat-exchange tube be copper pipe or
Aluminum pipe.
The heat exchange tube array is the stacked square array structure of multilayer parallel tubing arranged side by side, and the water evaporation carrier is overlying on
The each each layer of outer surface of heat-exchange tube.
Compared with the existing technology compared with the beneficial effects of the utility model are：Using binary cycle system water-cooled cooling assembly
Equipment air-conditioning fan, can export humidifying air He ∕ or dry air, are adapted to the crowd of different demands respectively, and two are
System cooling simultaneously can make indoor temperature reach double cooling-down effect, improve the service efficiency of product.
Brief description of the drawings
Fig. 1 is the preferred embodiment point of the air-conditioning fan of the utility model equipment binary cycle system water-cooled cooling assembly
The axonometric projection schematic diagram of solution state；
Fig. 2 is the axonometric projection schematic diagram of the confined state of Fig. 1 preferred embodiments；
Fig. 3 is the axonometric projection schematic diagram of the whole machine decomposing state of Fig. 1 preferred embodiments；
Fig. 4 is the decomposing state axonometric projection schematic diagram of the utility model water evaporation wet-curtain cooling device 1；
Fig. 5 is the whole machine broken section axonometric projection schematic diagram of the utility model preferred embodiment；
Fig. 6 is the axonometric projection schematic diagram of the preferred embodiment final assembly；
Fig. 7 is the air circulation path schematic diagram of the preferred embodiment, and wherein the direction of arrow is air circulation direction；
Fig. 8 is the water circulation circulation schematic diagram of the preferred embodiment, and the wherein direction of arrow is water (flow) direction.
In figure：1 be water evaporation wet-curtain cooling device, 20 be wind-power generating means, 4 be casing, 75 be water tank, 6 be after
Lid, 7 are water supply installation.
In water evaporation Wet-curtain temperature reducing component 1：11 is cavity, 12 is heat exchange tube array, 13 is water evaporation carrier；Cavity 11
In, 111 be the tank with drainage hole, 112 be water evaporation carrier installing port, 113 for cavity 11 lower section air inlet, 114 be water
Interface tube, 115 be heat-exchange tube interface, 116 be up ventilating opening.
In wind-power generating means 20,2 is the first fan assembly, 3 is the second fan assembly.
In first fan assembly 2：21 is the first ducting assembly, 22 is the first air channel support；In first ducting assembly 21,
211 is the first electric machine support, 212 is the first motor, 213 is the first wind wheel, 214 is the first air channel；In first air channel support 22,
221 is the first ventilating opening；In first air channel 214,2141 is the first air inlet, 2142 is the first air outlet.
In second fan assembly 3：31 is the second ducting assembly, 32 is the second air channel support；In second ducting assembly 31,
311 is the second electric machine support, 312 is the second motor, 313 is the second wind wheel, 314 is the second air channel；In second air channel support 32,
321 is the second ventilating opening；In second air channel 314,3141 is the second air inlet, 3142 is the second air outlet.
In casing 4：41 export to dry cold wind, 42 is the outside air inlet of the first air inlet 2141 of connection.
In bonnet 6：61 be humidifying cold air blast outlet, 62 be through heat-exchange tube be the second air inlet 3141 suction extraneous air
Interface.
In water supply installation 7：71 is water pump, 72 is water pipe, 75 is water tank.
Specific embodiment
The utility model is further described below in conjunction with each accompanying drawing：
Referring to Fig. 1, the utility model equips the air-conditioning fan of binary cycle system water-cooled cooling assembly, including casing 4,
Water evaporation wet-curtain cooling device 1, wind-power generating means 20, water supply installation 7 and bonnet 6；The wind-power generating means 20 is wrapped
Include the first fan assembly 2 and the second fan assembly 3；Referring to Fig. 3, Fig. 5, the water evaporation wet-curtain cooling device 1 includes heat exchange
Pipe array 12 and water evaporation carrier 13, one end of the heat exchange tube array 12 connect with the air inlet 62 set on bonnet 6, another
End connects with the second air inlet 3141 of the second fan assembly 3, and the second air outlet 3142 of second fan assembly 3 is from another side
Outside connection casing 4；The water evaporation carrier 13 is overlying on the outer surface of heat exchange tube array 12, and there is under band the top of water evaporation carrier 13
There is air inlet 113 tank 111 and ventilating opening 116 in water hole, lower section, and the tank 111 with drainage hole connects with water supply installation 7
Logical, the ventilating opening 116 of the water evaporation wet-curtain cooling device 1 is connected with the first air inlet 2141 of the first fan assembly 2, and first
First air outlet 2142 of fan assembly 2 is then connected with the humidification air outlet 61 set on bonnet 6.
Tank 111 is connected into water supply installation 7, water leaks down from its drainage hole, falling turns into wet curtain on water evaporation carrier 13,
Air inlet 113 of first fan assembly 2 through its first air inlet 2141 from below sucks air, passes through water evaporation carrier 13, makes
Water evaporation, absorption heat of gasification on water evaporation carrier 13, reduce the air themperature of water temperature and process.First fan assembly 2 will drop
Outside the subsidiary steam blowout housing 4 of air after temperature, the purpose for reducing indoor temperature and improving indoor humidity is reached.Water after cooling
The surface of heat exchange tube array 12 is flowed through, the heat of the heat exchange tube array 12 is absorbed, outside the suction casing 4 of the second fan assembly 3
Air, all layers of heat exchange tube array 12 are flowed through, its inner air tube completes heat exchange with the moisture outside heat exchange tube array 12,
Heat in inner air tube is by the second air outlet after the moisture absorption cooling outside heat exchange tube array 12 from the second fan assembly 3
Outside 3142 blowout casings 4.This road cold wind reaches the mesh for reducing indoor temperature and strengthening indoor air circulation circulation without steam
's.
In the utility model preferred embodiment：
The water evaporation wet-curtain cooling device 1 includes cavity 11, sees Fig. 3, and its heat exchange tube array 12 passes through the side of cavity
Wall, water evaporation carrier 13 is overlying on the outer surface of each layer heat exchange tube array 12 and is placed in jointly in cavity 11, cavity 11 it is upper
There are tank 111 and ventilating opening 116 with drainage hole in side, and there is air inlet 113 lower section of cavity 11, referring to Fig. 3, Fig. 5, the under band
The tank 111 in water hole is connected with water supply installation 7.
First fan assembly 2 includes the first ducting assembly 21 and the first air channel support 22, and the first ducting assembly 21 is pacified
Loaded on the first air channel support 22, the first air channel support 22 is installed on the top of cavity 11 again, and first ducting assembly 21 is wrapped
The first electric machine support 211, the first motor 212, the first wind wheel 213 and the first air channel 214 are included, the first wind wheel 213 is coaxially solid
In shaft extension loaded on the first motor 212, then it is placed in the lump in the first air channel 214, the first motor 212 is installed on the first motor branch
On frame 211, the first electric machine support 211 is installed on the first air channel 214 again, and the first air inlet is provided with first air channel 214
2141 and first air outlet 2142.
Second fan assembly 3 includes the second ducting assembly 31 and the second air channel support 32, and the second ducting assembly 31 is pacified
Loaded on the second air channel support 32, the second air channel support 32 is installed on the front of cavity 11 again, and second ducting assembly 31 is wrapped
The second electric machine support 311, the second motor 312, the second wind wheel 313 and the second air channel 314 are included, the second wind wheel 313 is coaxially solid
In shaft extension loaded on the second motor 312, then coaxially it is placed in the lump in the second air channel 314, the second motor 312 is installed on
On two electric machine supports 311, second electric machine support 311 is installed on the second air channel 314, and second is provided with the second air channel 314
The air outlet 3142 of air inlet 3141 and second.
It is provided with the casing 4 and dries cold wind outlet 41 and pass through whole band through the lower section air inlet 113 of the cavity 11
The tank 111 of drainage hole up connects the outside air inlet 42 of the first air inlet 2141, humidification is provided with the bonnet 6 cold
Wind exports 61 and is the interface 62 that the second air inlet 3141 sucks extraneous air through heat-exchange tube.
The water supply installation 7 includes water pump 71, water pipe 72 and water tank 75, and water pump 71 is placed in water tank 75 and connects with water pipe 72
Connect, the upper end of other end connection water channel 111 of water pipe 72.
The water evaporation carrier 13 is wood-fibred paper, or PP cottons are polypropylene fibre cotton, and the heat-exchange tube 12 is copper
Pipe or aluminum pipe.
The heat exchange tube array 12 is the stacked square array structure of multilayer parallel tubing arranged side by side, the water evaporation carrier 13
It is overlying on the respectively each layer of outer surface of heat-exchange tube.Referring to Fig. 3 to Fig. 5.
Claims (10)
1. a kind of binary cycle system water-cooled cooling assembly, including first circulation system and second circulation system, described first follows
Loop systems include the wet-curtain cooling device equipped with water evaporation carrier, and the second circulation system is included in the work of first circulation system
The device that heat exchange cools is carried out during cooling to air；First, second circulatory system intermeshes mix in structure
With, but respectively have one's own working fluid, independent circulation.
2. binary cycle system water-cooled cooling assembly according to claim 1, it is characterised in that：The wet-curtain cooling device
Including water evaporation carrier and water supply installation；It is described that the device that heat exchange cools is carried out to air is tube type heat exchange device.
3. a kind of air-conditioning fan for equipping binary cycle system water-cooled cooling assembly, including casing（4）, water evaporation Wet-curtain temperature reducing
Device（1）, wind-power generating means（20）, water supply installation（7）And bonnet（6）；The wind-power generating means（20）Including
One fan assembly（2）With the second fan assembly（3）；The water evaporation wet-curtain cooling device（1）Including heat exchange tube array（12）
With water evaporation carrier（13）, the heat exchange tube array（12）One end and bonnet（6）The air inlet of upper setting（62）Connection, it is another
End and the second fan assembly（3）The second air inlet（3141）Connection, second fan assembly（3）The second air outlet（3142）
Casing is connected from another side（4）Outward；The water evaporation wet-curtain cooling device（1）Ventilating opening（116）With the first fan assembly（2）
The first air inlet（2141）Connection, the first fan assembly（2）The first air outlet（2142）Then with bonnet（6）Upper setting plus
Wet air outlet（61）Connection.
4. it is according to claim 3 equipment water-cooled cooling assembly air-conditioning fan, it is characterised in that：The water evaporation
Wet-curtain cooling device（1）Including cavity（11）, its heat exchange tube array（12）Through the side wall of the cavity, water evaporation carrier（13）
It is overlying on all layers of heat exchange tube array（12）Outer surface and be placed in cavity jointly（11）In, cavity（11）Top have
Tank with drainage hole（111）And ventilating opening（116）, cavity（11）Lower section have air inlet（113）, the water with drainage hole
Groove（111）With water supply installation（7）Connection.
5. it is according to claim 3 equipment water-cooled cooling assembly air-conditioning fan, it is characterised in that：First wind
Thermomechanical components（2）Including the first ducting assembly（21）With the first air channel support（22）, the first ducting assembly（21）It is installed on the first wind
Road support（22）On, the first air channel support（22）Cavity is installed on again（11）Top, first ducting assembly（21）Including
First electric machine support（211）, the first motor（212）, the first wind wheel（213）With the first air channel（214）, the first wind wheel（213）Altogether
It is installed in the first motor axis（212）Shaft extension on, then be placed in the first air channel in the lump（214）In, the first motor（212）Peace
Loaded on the first electric machine support（211）On, the first electric machine support（211）The first air channel is installed on again（214）On, first air channel
（214）On be provided with the first air inlet（2141）With the first air outlet（2142）.
6. it is according to claim 3 equipment water-cooled cooling assembly air-conditioning fan, it is characterised in that：Second wind
Thermomechanical components（3）Including the second ducting assembly（31）With the second air channel support（32）, the second ducting assembly（31）Coaxially install
In the second air channel support（32）On, the second air channel support（32）Cavity is installed on again（11）Front, second ducting assembly
（31）Including the second electric machine support（311）, the second motor（312）, the second wind wheel（313）With the second air channel（314）, the second wind wheel
（313）Coaxially it is installed in the second motor（312）Shaft extension on, then be coaxially placed in the second air channel in the lump（314）It is interior,
Second motor（312）It is installed on the second electric machine support（311）On, second electric machine support（311）It is installed on the second air channel（314）
On, the second air channel（314）On be provided with the second air inlet（3141）With the second air outlet（3142）.
7. it is according to claim 4 equipment water-cooled cooling assembly air-conditioning fan, it is characterised in that：The casing
（4）On be provided with dry cold wind outlet（41）With through the cavity（11）Lower section air inlet（113）Pass through whole with drainage hole
Tank（111）Up connect the first air inlet（2141）Outside air inlet（42）；The bonnet（6）On be provided with humidification it is cold
Wind is exported（61）With through heat-exchange tube be the second air inlet（3141）Suck the interface of extraneous air（62）.
8. it is according to claim 3 equipment water-cooled cooling assembly air-conditioning fan, it is characterised in that：The dress that supplies water
Put（7）Including water pump（71）, water pipe（72）And water tank（75）, water pump（71）It is placed in water tank（75）In with water pipe（72）Connection, water
Pipe（72）Other end connection water channel（111）Upper end.
9. it is according to claim 3 equipment water-cooled cooling assembly air-conditioning fan, it is characterised in that：The water evaporation
Carrier（13）It is wood-fibred paper, or PP cottons are polypropylene fibre cotton, the heat-exchange tube（12）It is copper pipe or aluminum pipe.
10. it is according to claim 3 equipment water-cooled cooling assembly air-conditioning fan, it is characterised in that：The heat is handed over
Exchange tube array（12）It is the stacked square array structure of multilayer parallel tubing arranged side by side, the water evaporation carrier（13）It is overlying on respectively that this is each
The outer surface of layer heat-exchange tube.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621071560.7U CN206269274U (en) | 2016-09-22 | 2016-09-22 | Binary cycle system water-cooled cooling assembly and the air cooler for equipping the assembly |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201621071560.7U CN206269274U (en) | 2016-09-22 | 2016-09-22 | Binary cycle system water-cooled cooling assembly and the air cooler for equipping the assembly |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206269274U true CN206269274U (en) | 2017-06-20 |
Family
ID=59037035
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201621071560.7U Active CN206269274U (en) | 2016-09-22 | 2016-09-22 | Binary cycle system water-cooled cooling assembly and the air cooler for equipping the assembly |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206269274U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860079A (en) * | 2016-09-22 | 2018-03-30 | 深圳市联创科技集团有限公司 | Binary cycle system water-cooled cooling assembly and the air cooler for equipping the assembly |
-
2016
- 2016-09-22 CN CN201621071560.7U patent/CN206269274U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107860079A (en) * | 2016-09-22 | 2018-03-30 | 深圳市联创科技集团有限公司 | Binary cycle system water-cooled cooling assembly and the air cooler for equipping the assembly |
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