CN209355408U - It radiates thermal-arrest solution concentrator and heat radiation drives air-conditioning system - Google Patents
It radiates thermal-arrest solution concentrator and heat radiation drives air-conditioning system Download PDFInfo
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- CN209355408U CN209355408U CN201822279352.1U CN201822279352U CN209355408U CN 209355408 U CN209355408 U CN 209355408U CN 201822279352 U CN201822279352 U CN 201822279352U CN 209355408 U CN209355408 U CN 209355408U
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Abstract
The utility model discloses a kind of radiation thermal-arrest solution concentrators and heat radiation to drive air-conditioning system.Radiating thermal-arrest solution concentrator includes bottom case (13), collecting plate (11), several concentration tubes (18), inlet tube (15), outlet tube (16), it arranges steam pipe (17), in the cavity that several described concentration tubes (18) are located at the bottom case (13) and the collecting plate (11) surround, the upper end of each concentration tube (18) is respectively mounted cyclic annular liquid distributor (14), the import of each cyclic annular liquid distributor (14) is connected with the inlet tube (15), the top of each concentration tube (18) is connected with row's steam pipe (17), the bottom of each concentration tube (18) is connected with the outlet tube (16).The utility model can be widely applied to heat integration field.
Description
Technical field
The utility model relates to a kind of radiation thermal-arrest solution concentrators；It is empty that the utility model further relates to a kind of heat radiation driving
Adjusting system.
Background technique
In many places such as kitchen, workshop, sentry box, bus stop etc. there is a large amount of radiant heat, work is existed simultaneously
Make situations such as occasion air is dirty or unlimited, these radiant heat both waste energy, while causing thermal pollution to working space, damage
The health of the personnel such as cook, worker is done harm to.Meanwhile these places are since there is heat-producing device or the sun inside or outside place
Radiation, need to carries out air-conditioning temperature-reducing, in favor of the health of staff, raising comfort level.But due to these places
Hot humidity load is very big, and the contaminated degree of air is heavier or to be open, cannot be reached using the method for indoor air circulation refrigeration
Refrigeration purpose, and use the energy input that the method that the place is sent into after fresh air refrigerating can be greatly increased to air-conditioning.Such as by radiant heat
It is collected and is used the heat drive air-conditioning system collected, then can achieve the energy conservation purpose healthy with protection.
Utility model content
Technical problem to be solved in the utility model is to overcome the deficiencies of the prior art and provide a kind of simple and convenient, section
It can radiation thermal-arrest solution concentrator that is environmentally friendly, utilizing radiations heat energy progress dehumidification solution concentration.
The utility model also provides a kind of concentration that dehumidification solution is carried out using radiations heat energy, and uses the solution after concentration
It carries out air dewetting and the heat radiation of refrigeration drives air-conditioning system.
Technical solution used by the radiation thermal-arrest solution concentrator of the utility model is: the radiation thermal-arrest of the utility model
Solution concentrator includes bottom case, collecting plate, several concentration tubes, inlet tube, outlet tube, row's steam pipe, several described concentrations
Pipe is located in the cavity that the bottom case and the collecting plate surround, and the upper end of each concentration tube is respectively mounted cyclic annular liquid distributor, respectively
It is described ring-type liquid distributor import be connected with the inlet tube, the top of each concentration tube with row's steam pipe phase
Connection, the bottom of each concentration tube is connected with the outlet tube.
The outer surface of the collecting plate is coated with coating for selective absorption.
The coating for selective absorption has oil resistant hydrophilic or/and characteristic resistant to high temperature.
The periphery of the bottom case has insulating layer.
Radiations heat energy is collected by the collecting plate and heats the concentration tube, and the weak solution of the dehumidification solution is from institute
It states inlet tube and is flowed down by each cyclic annular liquid distributor along the inner tube wall of the concentration tube, and added in the concentration tube
Heat, a part of water evaporation in the dehumidification solution ascend into row's steam pipe quilt at water vapour, and from the concentration tube
Discharge, the remaining dehumidification solution becomes concentrate and is discharged from the outlet tube to collect, to realize the dehumidification solution
Concentration.
The dehumidification solution is LiBr or LiCl or CaCl2Solution.
Technical solution used by the heat radiation driving air-conditioning system of the utility model is: the heat radiation of the utility model is driven
Dynamic air-conditioning system includes that radiation thermal-arrest solution concentrator and solution tank, solution heat regenerator, solution moisture removing device, water evaporation are cold
But device, the radiation thermal-arrest solution concentrator include bottom case, collecting plate, several concentration tubes, inlet tube, outlet tube, row's steam
Pipe, several described concentration tubes are located in the cavity that the bottom case and the collecting plate surround, and the upper end of each concentration tube is equal
Cyclic annular liquid distributor is installed, the import of each cyclic annular liquid distributor is connected with the inlet tube, the top of each concentration tube
It is connected with row's steam pipe, the bottom of each concentration tube is connected with the outlet tube, and the radiation collects thermosol
The inlet tube and outlet tube of liquid inspissator are connected with the solution tank, and the inlet tube is equipped with solution concentrated circulating pump,
The solution tank also picks out concentrated solution pipe, weak solution pipe respectively and each leads into the solution moisture removing device, the concentrated solution pipe, institute
It states weak solution pipe to pass through the solution heat regenerator respectively and exchange heat herein, the concentrated solution pipe is pumped equipped with concentrated solution, described
Solution moisture removing device is connect with the evaporative cooling device by intake stack, the evaporative cooling device and needs air conditioner refrigerating
Region is connected by air supply duct.
The outer surface of the collecting plate is coated with coating for selective absorption.
The coating for selective absorption has oil resistant hydrophilic or/and characteristic resistant to high temperature.
The periphery of the bottom case has insulating layer.
Radiations heat energy is collected by the collecting plate and heats the concentration tube, and the weak solution of the dehumidification solution is from institute
It states inlet tube and is flowed down by each cyclic annular liquid distributor along the inner tube wall of the concentration tube, and added in the concentration tube
Heat, a part of water evaporation in the dehumidification solution ascend into row's steam pipe quilt at water vapour, and from the concentration tube
Discharge, the remaining dehumidification solution becomes concentrate and is discharged from the outlet tube to collect, to realize the dehumidification solution
Concentration.
The dehumidification solution is LiBr or LiCl or CaCl2Solution.
When the concentration that dehumidifying needs is not achieved in the dehumidification solution concentration in the solution tank, opens the solution concentration and follow
Ring pump, dehumidification solution is sent into the radiation thermal-arrest solution concentrator, the radiation thermal-arrest solution concentrator receives radiant heat
The partial moisture in dehumidification solution is evaporated afterwards, is discharged by row's steam pipe, dehumidification solution is able to be concentrated and by described
Outlet tube, which is sent back in the solution tank, realizes dehumidification solution circulation concentration；It is removed when the dehumidification solution concentration in the solution tank reaches
When the concentration of wet needs, the solution concentrated circulating pump is closed, stops concentration process；Dehumidification solution in the solution tank is by institute
It states concentrated solution pump and the solution moisture removing device is sent by the concentrated solution pipe, it is dilute after being dehumidified when the solution heat regenerator
Dehumidification solution is cooling, to enhance its dehumidifying effect, after dehumidification solution treats the dehumidifying of dehumidified air stream in the solution moisture removing device
It is thinning, by the concentrated solution pipe when being sent back to the solution tank by the weak solution pipe, and passing through the solution heat regenerator
Interior dense dehumidification solution heating, is preheated with recycling heat；Air to be dehumidified flows through the intake stack and passes through the solution
Dehumidifier into evaporative cooling device described in water, is divided into after removing moisture by the dehumidification solution in the solution moisture removing device
Control air stream and cooling air stream forming air curtain two parts, the control air stream are dropped by the water humidification in the evaporative cooling device
Temperature, the control air stream after cooling be discharged after cooling down indirectly to the cooling air stream forming air curtain, the cooling air stream forming air curtain quilt
The region of air conditioner refrigerating is needed to cool down by air supply duct feeding after cooling.
The evaporative cooling device is connected to water supply pipe.
The beneficial effects of the utility model are: since the radiation thermal-arrest solution concentrator of the utility model includes bottom case, collection
Hot plate, several concentration tubes, inlet tube, outlet tube, row's steam pipe, several described concentration tubes are located at the bottom case and the collection
In the cavity that hot plate surrounds, the upper end of each concentration tube is respectively mounted cyclic annular liquid distributor, and the import of each cyclic annular liquid distributor is equal
It is connected with the inlet tube, the top of each concentration tube is connected with row's steam pipe, the bottom of each concentration tube
Portion is connected with the outlet tube；The radiation thermal-arrest solution concentrator of the utility model directly has collected radiant heat, by solution
It loses dehumidifying effect weak solution in dehumidifier to carry out being condensed into concentrated solution, to restore dehumidifying effect, the heat of heat collector and dehumidifier
Recovery efficiency is higher, and power consumption is smaller；Therefore the radiation thermal-arrest solution concentrator of the utility model is simple and convenient, energy conservation and environmental protection,
Dehumidification solution concentration is carried out using radiations heat energy.
Due to the utility model heat radiation driving air-conditioning system include radiation thermal-arrest solution concentrator and solution tank,
Solution heat regenerator, solution moisture removing device, evaporative cooling device, the radiation thermal-arrest solution concentrator include bottom case, collecting plate, if
Dry concentration tube, inlet tube, outlet tube, row's steam pipe, several described concentration tubes are located at the bottom case and enclose with the collecting plate
At cavity in, the upper end of each concentration tube is respectively mounted cyclic annular liquid distributor, the import of each cyclic annular liquid distributor with it is described
Inlet tube is connected, and the top of each concentration tube is connected with row's steam pipe, the bottom of each concentration tube with
The outlet tube is connected, and the inlet tube and outlet tube of the radiation thermal-arrest solution concentrator are connected with the solution tank,
The inlet tube is equipped with solution concentrated circulating pump, and the solution tank also picks out concentrated solution pipe, weak solution pipe respectively and leads to respectively
Entering the solution moisture removing device, the concentrated solution pipe, the weak solution pipe exchange heat by the solution heat regenerator and herein respectively,
The concentrated solution pipe is pumped equipped with concentrated solution, and the solution moisture removing device is connect with the evaporative cooling device by intake stack,
The evaporative cooling device is connect with the region of air conditioner refrigerating is needed by air supply duct；Outside air after dehumidifying is being dehumidified
Afterwards by evaporative cooling device, the temperature of workplace is effectively reduced, so as to for kitchen and similar site it is direct
The fresh air freezed is provided, this system is thermal drivers refrigeration, and power consumption is smaller, and operating cost is cheap, substantially by routine
Chemical industry evaporator is transformed, and is allowed to meet that kitchen, workshop, there are a large amount of radiant heat, air for outdoor sentry box and bus stop etc.
Dirty or open type place actual environment uses, and designs heat radiation driving air-conditioning system on this basis, and this system can
The place for cutting with radiant heat for one, not only can produce apparent energysaving effectiveness, also very big to improve staff
Working environment, protect the health of staff, the radiant heat of waste is recycled and drives air-conditioning for this by the utility model
Workplace carries out air-conditioning temperature-reducing, and radiant heat is fully utilized, and improves the utilization rate of energy；Therefore the utility model
Heat radiation driving air-conditioning system takes full advantage of the concentration that radiations heat energy carries out dehumidification solution, and is carried out using the solution after concentration
Air dewetting and refrigeration have reached the comprehensive utilization of the energy, energy conservation and environmental protection, protection health.
Detailed description of the invention
Fig. 1 is the overlooking structure diagram of the radiation thermal-arrest solution concentrator of the utility model embodiment；
Fig. 2 is the side structure schematic view of the radiation thermal-arrest solution concentrator of the utility model embodiment；
Fig. 3 is the overall structure diagram of the radiation thermal-arrest solution concentrator of the utility model embodiment；
Fig. 4 is the structural schematic diagram of the heat radiation driving air-conditioning system of the utility model embodiment.
Specific embodiment
As shown in FIG. 1 to 3, the radiation thermal-arrest solution concentrator of the present embodiment includes bottom case 13, collecting plate 11, several
Concentration tube 18, inlet tube 15, outlet tube 16, row steam pipe 17, several described concentration tubes 18 be located at the bottom case 13 with it is described
In the cavity that collecting plate 11 surrounds, the upper end of each concentration tube 18 is respectively mounted cyclic annular liquid distributor 14, each cyclic annular liquid distributor
14 import is connected with the inlet tube 15, and the top of each concentration tube 18 is connected with row's steam pipe 17,
The bottom of each concentration tube 18 is connected with the outlet tube 16, and the outer surface of the collecting plate 11 is coated with selective absorbing
Coating 111, the coating for selective absorption 111 has oil resistant hydrophilic or/and characteristic resistant to high temperature, to adapt to rugged environment such as
Kitchen uses, and the periphery of the bottom case 13 has insulating layer 12.
The course of work are as follows: radiations heat energy 101 is collected by the collecting plate 11 and heats the concentration tube 18, it is described to remove
The weak solution 102 of wet solution is from the inlet tube 15 by each cyclic annular liquid distributor 14 along the inner tube wall of the concentration tube 18
It flows down, and is heated in the concentration tube 18, a part of water evaporation in the dehumidification solution is at water vapour 104, and from institute
It states concentration tube 18 and ascends into row's steam pipe 17 and be discharged, the remaining dehumidification solution becomes concentrate 103 and from institute
It states the discharge of outlet tube 16 to collect, to realize the concentration of the dehumidification solution, the dehumidification solution is LiBr or LiCl or CaCl2
Solution etc..
The radiation thermal-arrest solution concentrator of the utility model directly has collected radiant heat, and dehumidifying will be lost in solution moisture removing device
Ability weak solution carries out being condensed into concentrated solution, and to restore dehumidifying effect, the heat recovery efficiency of heat collector and dehumidifier is higher, and consumes
Electricity is smaller；Therefore the utility model radiation thermal-arrest solution concentrator is simple and convenient, energy conservation and environmental protection, is carried out using radiations heat energy
Dehumidification solution concentration.
As shown in figure 4, the heat radiation driving air-conditioning system of the present embodiment includes radiation collection hot solution shown in FIG. 1 to FIG. 3
Inspissator 1 and solution tank 31, solution heat regenerator 32, solution moisture removing device 35, evaporative cooling device 41, the radiation thermal-arrest
The inlet tube 15 and outlet tube 16 of solution concentrator 1 are connected with the solution tank 31, and the inlet tube 15 is equipped with solution
Concentrated circulating pump 33, the solution tank 31 also pick out concentrated solution pipe 36, weak solution pipe 37 respectively and each lead into the solution and remove
Wet device 35, the concentrated solution pipe 36, the weak solution pipe 37 exchange heat by the solution heat regenerator 32 and herein respectively, described
Concentrated solution pipe 36 is equipped with concentrated solution pump 34, and the solution moisture removing device 35 passes through intake stack 42 with the evaporative cooling device 41
Connection, the evaporative cooling device 41 are connect with the region 5 of air conditioner refrigerating is needed by air supply duct 43, the evaporative cooling
Device 41 is connected to water supply pipe 44.
The course of work are as follows: when the concentration that dehumidifying needs is not achieved in the dehumidification solution concentration in the solution tank 31, open
Dehumidification solution is sent into the radiation thermal-arrest solution concentrator 1 by the solution concentrated circulating pump 33, and the radiation collects hot solution
Inspissator 1 evaporates the partial moisture in dehumidification solution after receiving radiant heat, is discharged by row's steam pipe 17, dehumidification solution
It is able to be concentrated and send back in the solution tank 31 by the outlet tube 16 to realize dehumidification solution circulation concentration；When the solution tank
When dehumidification solution concentration in 31 reaches the concentration that dehumidifying needs, the solution concentrated circulating pump 33 is closed, stops concentration process；
Dehumidification solution in the solution tank 31 is sent into the solution moisture removing device by the concentrated solution pipe 36 by concentrated solution pump 34
35, dilute dehumidification solution is cooling after being dehumidified when the solution heat regenerator 32, thus enhance its dehumidifying effect, the solution
Dehumidification solution is treated thinning after dehumidified air stream 401 dehumidifies in dehumidifier 35, is sent back to by the weak solution pipe 37 described molten
Liquid bath 31, and by being heated when the solution heat regenerator 32 by the dense dehumidification solution in the concentrated solution pipe 36, to recycle heat
Amount is preheated；Air stream 401 to be dehumidified passes through the solution moisture removing device 35 through the intake stack 42, by the solution dehumidification
After dehumidification solution in device 35 removes moisture, into evaporative cooling device 41 described in water, it is divided into control air stream 402 and system
403 two parts of cold air stream, the control air stream 402 are cooled down by the water humidification in the evaporative cooling device 41, are dropped
The control air stream 402 after temperature is discharged after being cooled down indirectly to the cooling air stream forming air curtain 403, the cooling air stream forming air curtain
403 it is cooled after need the region 5 of air conditioner refrigerating to cool down by the air supply duct 43 feeding.The refrigeration energy of air-conditioning system
Power can achieve negative in heat with the heat i.e. positive change with heat-producing device calorific value or the variation of solar radiation heat of collection
Lotus increases Space-Time Modulation cold energy power increased matched well therewith.
Outside air after dehumidifying is passed through water evaporation by the heat radiation driving air-conditioning system of the utility model after being dehumidified
The temperature of cooler, workplace is effectively reduced, and has been freezed so as to directly provide for kitchen and similar site
Fresh air, this system are thermal drivers refrigeration, and power consumption is smaller, and operating cost is cheap, substantially adds conventional chemical industry evaporator
With transformation, be allowed to meet kitchen, workshop, outdoor sentry box and bus stop etc. there are a large amount of radiant heat, air is dirty or open type
The actual environment in place uses, and designs heat radiation driving air-conditioning system on this basis, and this system can be used for one and cut with spoke
The place for penetrating heat, not only can produce apparent energysaving effectiveness, and the also very big working environment for improving staff is protected
The health of staff is protected, it is that this workplace carries out sky that the radiant heat of waste is recycled and drives air-conditioning by the utility model
Temperature is downgraded, radiant heat is fully utilized, and improves the utilization rate of energy；Therefore the heat radiation of the utility model drives empty
Adjusting system takes full advantage of the concentration that radiations heat energy carries out dehumidification solution, and carries out air dewetting and system using the solution after concentration
It is cold, reach the comprehensive utilization of the energy, energy conservation and environmental protection, protection health.
The utility model can be widely applied to heat integration field.
Claims (9)
1. a kind of radiation thermal-arrest solution concentrator, it is characterised in that: including bottom case (13), collecting plate (11), several concentration tubes
(18), inlet tube (15), outlet tube (16), row steam pipe (17), several described concentration tubes (18) are located at the bottom case (13)
In the cavity surrounded with the collecting plate (11), the upper end of each concentration tube (18) is respectively mounted cyclic annular liquid distributor (14), each institute
The import for stating cyclic annular liquid distributor (14) is connected with the inlet tube (15), the top of each concentration tube (18) with it is described
Row steam pipe (17) is connected, and the bottom of each concentration tube (18) is connected with the outlet tube (16).
2. radiation thermal-arrest solution concentrator according to claim 1, it is characterised in that: the outer surface of the collecting plate (11)
It is coated with coating for selective absorption (111).
3. radiation thermal-arrest solution concentrator according to claim 2, it is characterised in that: the coating for selective absorption
(111) have oil resistant hydrophilic or/and characteristic resistant to high temperature.
4. radiation thermal-arrest solution concentrator according to claim 1, it is characterised in that: the periphery of the bottom case (13) has
Insulating layer (12).
5. radiation thermal-arrest solution concentrator described in any one according to claim 1~4, it is characterised in that: pass through the collection
Hot plate (11) is collected into radiations heat energy (101) and heats the concentration tube (18), and the weak solution (102) of the dehumidification solution is from institute
It states inlet tube (15) and is flowed down by each cyclic annular liquid distributor (14) along the inner tube wall of the concentration tube (18), and described dense
It is heated in the draw (18), a part of water evaporation in the dehumidification solution is at water vapour (104), and from the concentration tube (18)
Row's steam pipe (17) is ascended into be discharged, the remaining dehumidification solution become concentrate (103) and from it is described go out liquid
It manages (16) discharge to collect, to realize the concentration of the dehumidification solution.
6. radiation thermal-arrest solution concentrator according to claim 5, it is characterised in that: the dehumidification solution be LiBr or
LiCl or CaCl2Solution.
7. a kind of heat radiation drives air-conditioning system, it is characterised in that: including radiation collection described in claim 1~6 any one
Hot solution inspissator (1) and solution tank (31), solution heat regenerator (32), solution moisture removing device (35), evaporative cooling device
(41), the inlet tube (15) and outlet tube (16) of radiation thermal-arrest solution concentrator (1) are connected with the solution tank (31)
It connects, the inlet tube (15) is equipped with solution concentrated circulating pump (33), and the solution tank (31) also picks out concentrated solution pipe respectively
(36), it weak solution pipe (37) and each leads into the solution moisture removing device (35), the concentrated solution pipe (36), the weak solution pipe
(37) pass through the solution heat regenerator (32) respectively and exchange heat herein, the concentrated solution pipe (36) pumps equipped with concentrated solution
(34), the solution moisture removing device (35) is connect with the evaporative cooling device (41) by intake stack (42), the water evaporation
Cooler (41) is connect with the region (5) of air conditioner refrigerating is needed by air supply duct (43).
8. heat radiation according to claim 7 drives air-conditioning system, it is characterised in that: when removing in the solution tank (31)
When the concentration that dehumidifying needs is not achieved in wet solution concentration, the solution concentrated circulating pump (33) is opened, dehumidification solution is sent into institute
It states in radiation thermal-arrest solution concentrator (1), the radiation thermal-arrest solution concentrator (1) will be in dehumidification solution after receiving radiant heat
Partial moisture evaporation, is discharged by row's steam pipe (17), and dehumidification solution is able to be concentrated and be sent by the outlet tube (16)
It returns in the solution tank (31) and realizes dehumidification solution circulation concentration；It is removed when the dehumidification solution concentration in the solution tank (31) reaches
When the concentration of wet needs, the solution concentrated circulating pump (33) is closed, stops concentration process；Dehumidifying in the solution tank (31)
Solution pumps (34) by the concentrated solution and is sent into the solution moisture removing device (35) by the concentrated solution pipe (36), by the solution
It is cooling that rear dilute dehumidification solution is dehumidified when heat regenerator (32), to enhance its dehumidifying effect, in the solution moisture removing device (35)
Dehumidification solution treat dehumidified air stream (401) dehumidifying after it is thinning, be sent back to the solution tank by the weak solution pipe (37)
(31), and by being heated when solution heat regenerator (32) by the dense dehumidification solution in the concentrated solution pipe (36), with recycling
Heat is preheated；Air stream (401) to be dehumidified passes through the solution moisture removing device (35) through the intake stack (42), described
After dehumidification solution in solution moisture removing device (35) removes moisture, into evaporative cooling device (41) described in water, it is divided into work
Air stream (402) and cooling air stream forming air curtain (403) two parts, the control air stream (402) is by the evaporative cooling device (41)
In water humidification cooled down, the control air stream (402) after cooling to the cooling air stream forming air curtain (403) carry out indirectly it is cold
But it is discharged afterwards, is sent into the area for needing air conditioner refrigerating by the air supply duct (43) after the cooling air stream forming air curtain (403) is cooled
Domain (5) cools down.
9. heat radiation according to claim 7 drives air-conditioning system, it is characterised in that: the evaporative cooling device (41) connects
There are water supply pipe (44).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822279352.1U CN209355408U (en) | 2018-12-31 | 2018-12-31 | It radiates thermal-arrest solution concentrator and heat radiation drives air-conditioning system |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201822279352.1U CN209355408U (en) | 2018-12-31 | 2018-12-31 | It radiates thermal-arrest solution concentrator and heat radiation drives air-conditioning system |
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| CN209355408U true CN209355408U (en) | 2019-09-06 |
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ID=67802313
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109579195A (en) * | 2018-12-31 | 2019-04-05 | 深圳市华之任有限公司 | It radiates thermal-arrest solution concentrator and heat radiation drives air-conditioning system |
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2018
- 2018-12-31 CN CN201822279352.1U patent/CN209355408U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109579195A (en) * | 2018-12-31 | 2019-04-05 | 深圳市华之任有限公司 | It radiates thermal-arrest solution concentrator and heat radiation drives air-conditioning system |
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