CN204301232U - A kind of adaptive space adjusting system being applicable to textile mills' size environment - Google Patents
A kind of adaptive space adjusting system being applicable to textile mills' size environment Download PDFInfo
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- CN204301232U CN204301232U CN201420701247.1U CN201420701247U CN204301232U CN 204301232 U CN204301232 U CN 204301232U CN 201420701247 U CN201420701247 U CN 201420701247U CN 204301232 U CN204301232 U CN 204301232U
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Abstract
A kind of adaptive space adjusting system being applicable to textile mills' size environment disclosed in the utility model, include the combined type evaporative cooling air-conditioner set and lithium bromide adsorption water chilling unit that are connected, combined type evaporative cooling air-conditioner set, lithium bromide adsorption water chilling unit respectively with textile mills' size environmental communication.Adaptive space adjusting system of the present utility model, adopt large and small environment to blow respectively, can good air current composition be formed, can not only effectively discharge weaving machine equipment caloric value, and the higher technique air draft of temperature is as the driving heat source of lithium bromide absorbing type refrigeration, improve efficiency of energy utilization.
Description
Technical field
The utility model belongs to operation of air conditioning systems technical field, is specifically related to a kind of adaptive space adjusting system being applicable to textile mills' size environment.
Background technology
The art production process of spinning and weaving workshop requires very strict to air humidity, and spinning and weaving workshop adopts traditional comprehensive air supply mode mostly at present, not only cause air conditioner system air blast amount large, energy consumption increases, workshop high humidity environment makes operating personnel extremely uncomfortable, and be difficult to the air humidity of independent Controlling Technology production subenvironment, cause the air humidity of subenvironment to be difficult to meet the requirement of the production technology of degree of precision.In addition, the technique air draft of loom due to temperature higher, mostly carry out outer row, cause the waste of heat to a certain extent.
Combine absorption refrigeration with evaporative cooling the textile mills' big or small ring context self-adapting air-conditioning formed, large and small environment is adopted to blow respectively, good air current composition can be formed, can not only effectively discharge weaving machine equipment caloric value, and the higher technique air draft of temperature is as the driving heat source of lithium bromide absorbing type refrigeration, improve efficiency of energy utilization; Subenvironment arranges the humidity of the effective Controlling Technology air-supply of humidity sensor, and meet the requirement of high accuracy explained hereafter, overall situation is blown separately, meets the requirement of personnel's comfort level.
Utility model content
The purpose of this utility model is to provide a kind of adaptive space adjusting system being applicable to textile mills' size environment, large and small environment is adopted to blow respectively, reasonable air-supply is achieved while the good air current composition of formation, and utilize technique air draft that temperature in textile mills' subenvironment is higher as the driving heat source of lithium bromide absorbing type refrigeration, improve efficiency of energy utilization.
The technical scheme that the utility model adopts is, a kind of adaptive space adjusting system being applicable to textile mills' size environment, include the combined type evaporative cooling air-conditioner set and lithium bromide adsorption water chilling unit that are connected, combined type evaporative cooling air-conditioner set, lithium bromide adsorption water chilling unit respectively with textile mills' size environmental communication.
Feature of the present utility model is also:
Combined type evaporative cooling air-conditioner set, includes machine unit shell, and the two side that machine unit shell is relative is respectively arranged with air inlet, air outlet; Enter rear flow direction by new wind in machine unit shell and be disposed with air cleaner a, standpipe indirect evaporation cooler, surface cooler, hydrokinetic type water injector and pressure fan, between standpipe indirect evaporation cooler and surface cooler, form wind mixed chamber; Machine unit shell roof corresponding above standpipe indirect evaporation cooler is provided with exhaust outlet, overfire air fan is provided with in exhaust outlet, exhaust outlet is communicated with textile mills subenvironments by subenvironment ajutage, subenvironment ajutage is communicated with wind mixed chamber by bypass airduct, air outlet is communicated with textile mills overall situation by overall situation ajutage, and surface cooler is connected with lithium bromide adsorption water chilling unit by water pipe group.
Lithium bromide adsorption water chilling unit, includes evaporimeter, and evaporimeter connects and composes closed-loop path with absorber, generator and condenser successively by pipeline; Pipeline between absorber and generator is provided with water pump c; Pipeline between condenser and evaporimeter is provided with valve c; Evaporimeter is connected with surface cooler respectively by surface cooler water inlet pipe, surface cooler outlet pipe; Generator is also connected with absorber by branch pipe(tube), branch pipe(tube) is provided with valve b; Generator is communicated with the high-temperature technology return air inlet that textile mills' subenvironment floor is arranged by subenvironment ground exhaust duct, and generator is also in communication with the outside by external air exhausting tube.
Be provided with air cleaner b in high-temperature technology return air inlet, in subenvironment ground exhaust duct, be provided with exhaust blower.
The junction of subenvironment ajutage and bypass airduct is provided with bypass air-valve, and bypass air-valve is connected with the humidity sensor arranged in switch board, textile mills' subenvironment successively by wire.
Bypass airduct one end stretched in wind mixed chamber is provided with bypass air port; One end of subenvironment ajutage is stretched in textile mills' subenvironment, stretches into the subenvironment air outlet subenvironment ajutage in textile mills' subenvironment being provided with air-supply downwards; One end of overall situation ajutage is stretched in textile mills' overall situation, stretches into the overall situation air outlet overall situation ajutage in textile mills' overall situation being evenly provided with multiple downward air-supply.
Standpipe indirect evaporation cooler, include vertical heat exchanging Guan Zuguan group, the top of vertical heat exchanging Guan Zuguan group is disposed with water-distributing device and water fender b, the below of vertical heat exchanging pipe group is provided with water tank a, air channel is formed between vertical heat exchanging Guan Zuyu water tank a, the machine unit shell sidewall that air channel is corresponding is provided with secondary air inlet, and water tank a is connected with water-distributing device by the first water pipe.
Secondary air inlet is connected with the return air inlet arranged in textile mills overall situation by backwind tube.
Vertical heat exchanging pipe group is made up of the heat exchanger tube that many are vertically arranged; Water-distributing device is made up of water distributor and the nozzle of multiple downward spray that is evenly arranged on water distributor, and water distributor is connected with the first feed pipe, the first feed pipe is provided with water pump a.
Hydrokinetic type water injector, include spray equipment and the water fender a being arranged at spray equipment rear, the below of spray equipment and water fender a is provided with water tank b; Spray equipment, include two vertical jet pipes be oppositely arranged, the vertical jet pipe of every root is evenly provided with multiple target formula impinging stream nozzle sprayed laterally, the lower end of two jet pipes is connected by tube connector, tube connector is connected with water tank b by the second feed pipe, the second feed pipe is provided with water pump b.
The beneficial effects of the utility model are:
1) adaptive space adjusting system of the present utility model, absorption refrigeration is combined with evaporation cooling technique, extend the service time of air-conditioner set, and the technique air draft utilizing temperature higher is as the driving heat source of generator in absorption refrigeration, has effectively reclaimed air draft heat.
2) adaptive space adjusting system of the present utility model, adopts size environment to blow respectively, can form good air current composition, reduce air conditioner system air blast amount; And subenvironment district is by the aperture of humidity sensor flexible modulation bypass air-valve, can the effective Controlling Technology humidity of blowing, meet technological requirement.
3) in adaptive space adjusting system of the present utility model, lithium bromide absorbing type refrigeration and evaporation cooling technique, all using water as cold-producing medium, do not produce greenhouse gases, and this air-conditioning system has feature that is energy-conservation and environmental protection.
4) standpipe type indirect evaporation cooler is adopted in adaptive space adjusting system of the present utility model, the gravity of recirculated water prevents heat exchanger runner from blocking from souring, adopt hydrodynamics-based procedure, target formula impinging stream nozzle has self-cleaning function, high efficient anti-blocking.
Accompanying drawing explanation
Fig. 1 is the structural representation of the utility model adaptive space adjusting system.
In figure, 1. air inlet, 2. air cleaner a, 3. water pump a, 4. secondary air inlet, 5. water tank a, 6. vertical heat exchanging pipe group, 7. lithium bromide adsorption water chilling unit, 8. water tank b, 9. water pump b, 10. target formula impinging stream nozzle, 11. water fender a, 12. pressure fan, 13. water fender b, 14. overfire air fans, 15. nozzles, 16. bypass air ports, 17. valve a, 18. valve b, 19. valve c, 20. bypass air-valves, 21. exhaust blowers, 22. air cleaner b, 23. humidity sensors, 24. subenvironment air outlets, 25. overall situation air outlets, 26. switch boards, 27. wires, 28. air outlets, 29. wind mixed chamber, 30. exhaust outlets, 31. first feed pipes, 32. second feed pipes, 33. water pump c, 34. branch pipe(tube)s, 35. high-temperature technology return air inlets, 36. combined type evaporative cooling air-conditioner set,
A. standpipe indirect evaporation cooler, B. surface cooler, C. hydrokinetic type water injector, D. evaporimeter, E. absorber, F. generator, G. condenser;
H1. surface cooler water inlet pipe, H2. surface cooler outlet pipe, G1. overall situation ajutage, G2. subenvironment ajutage, G3. bypass airduct, G4. subenvironment ground exhaust duct, G5. external air exhausting tube.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, the utility model is described in detail.
Adaptive space adjusting system of the present utility model, its structure as shown in Figure 1, include combined type evaporative cooling air-conditioner set 36, combined type evaporative cooling air-conditioner set 36 is connected with lithium bromide adsorption water chilling unit 7 by water pipe group, combined type evaporative cooling air-conditioner set 36, lithium bromide adsorption water chilling unit 7 respectively with textile mills' size environmental communication.
Combined type evaporative cooling air-conditioner set 36, include machine unit shell, the two side that machine unit shell is relative is respectively arranged with air inlet 1, air outlet 28, enter rear flow direction by new wind in machine unit shell and be disposed with air cleaner a2, standpipe indirect evaporation cooler A, surface cooler B, hydrokinetic type water injector C and pressure fan 12, between standpipe indirect evaporation cooler A and surface cooler B, form wind mixed chamber 29; Machine unit shell roof corresponding above standpipe indirect evaporation cooler A is provided with exhaust outlet 30, overfire air fan 14 is provided with in exhaust outlet 30, exhaust outlet 30 is communicated with textile mills subenvironments by subenvironment ajutage G2, subenvironment ajutage G2 is communicated with wind mixed chamber 29 by bypass airduct G3, bypass airduct G3 one end stretched in wind mixed chamber 29 is provided with bypass air port 16, air outlet 28 is communicated with textile mills overall situation by overall situation ajutage G1, and surface cooler B is connected with lithium bromide adsorption water chilling unit 7 by water pipe group.
The junction of subenvironment ajutage G2 and bypass airduct G3 is provided with bypass air-valve 20, and bypass air-valve 20 is connected with the humidity sensor 23 arranged in switch board 26, textile mills' subenvironment successively by wire 27; By regulating the aperture of bypath valve 20, effectively can control textile mills' subenvironment humidity, so that meet manufacturing technique requirent.
One end of subenvironment ajutage G2 is stretched in textile mills' subenvironment, stretches into the subenvironment air outlet 24 subenvironment ajutage G2 in textile mills' subenvironment being provided with air-supply downwards; One end of overall situation ajutage G1 is stretched in textile mills' overall situation, stretches into the overall situation air outlet 25 overall situation ajutage G1 in textile mills' overall situation being evenly provided with multiple downward air-supply.
Standpipe indirect evaporation cooler A, include vertical heat exchanging pipe group 6, the top of vertical heat exchanging pipe group 6 is disposed with water-distributing device and water fender b13, the below of vertical heat exchanging pipe group 6 is provided with water tank a5, air channel is formed between vertical heat exchanging pipe group 6 and water tank a5, the machine unit shell sidewall that air channel is corresponding is provided with secondary air inlet 4, and water tank a5 is connected with water-distributing device by the first water pipe 31.
Secondary air inlet 4 is connected with the return air inlet arranged in textile mills overall situation by backwind tube.
Vertical heat exchanging pipe group 6 is made up of the heat exchanger tube that many are vertically arranged; Water-distributing device is made up of water distributor and the nozzle 15 of multiple downward spray that is evenly arranged on water distributor, and water distributor is connected with the first feed pipe 31, and the first feed pipe 31 is provided with water pump a3.
Adopt standpipe indirect evaporation cooler A, can anti-blocking, reduce floor space and improve heat exchange efficiency.
Hydrokinetic type water injector C, include spray equipment and the water fender a11 being arranged at spray equipment rear, the below of spray equipment and water fender a11 is provided with water tank b8; Spray equipment, include two vertical jet pipes be oppositely arranged, the vertical jet pipe of every root is evenly provided with multiple target formula impinging stream nozzle 10 sprayed laterally, the lower end of two jet pipes is connected by tube connector, tube connector is connected with water tank b8 by the second feed pipe 32, and the second feed pipe 32 is provided with water pump b9.
Target formula impinging stream nozzle 10 has automatic cleaning action, can slow down blocking.
Lithium bromide adsorption water chilling unit 7, includes evaporimeter D, and evaporimeter D connects and composes closed-loop path with absorber E, generator F and condenser G successively by pipeline; Pipeline between absorber E and generator F is provided with water pump c33; Pipeline between condenser G and evaporimeter D is provided with valve c19; Evaporimeter D is connected with surface cooler B respectively by surface cooler water inlet pipe H1, surface cooler outlet pipe H2; Generator F is also connected with absorber E by branch pipe(tube) 34, branch pipe(tube) 34 is provided with valve b18; Generator F is communicated with the high-temperature technology return air inlet 35 that textile mills' subenvironment floor is arranged by subenvironment ground exhaust duct G4, and generator F is also in communication with the outside by external air exhausting tube G5; Be provided with air cleaner b22 in high-temperature technology return air inlet 35, in subenvironment ground exhaust duct G4, be provided with exhaust blower 21.
The utility model adaptive space adjusting system, the workflow of its wind system is:
(1) textile mills' overall situation give, exhaust system:
Mainly contain following air-treatment pattern, each functional section of unit can be opened flexibly according to outdoor weather condition and textile mills' overall situation air-conditioning requirement, realize different operational modes, both met the humiture requirement of textile mills' size environment, energy-conservation object can have been reached again;
1) standpipe indirectly with direct double flash evaporation cooling-air processing procedure:
Pending air enters in machine unit shell by air inlet 1, after air cleaner a2 filters, the wet cooling such as to enter in standpipe indirect evaporation cooler A, enter the cooling of hydrokinetic type water injector C constant enthalpy again, after water fender a11 collected water, send in textile mills' overall situation by pressure fan 12 along overall situation ajutage G1, eliminate waste heat; Overall situation return air is connected through the secondary air inlet 4 of backwind tube with standpipe indirect evaporation cooler A, the return entered by secondary air inlet 4 under the effect of overfire air fan 14 through vertical heat exchanging pipe group 6, as the auxiliary air of standpipe indirect evaporation cooler A.
2) the indirect air handling process with showing cold dehumidifying of standpipe:
When relying on evaporative cooling can not meet textile mills' humiture requirement the summer of sweltering heat, carrying the low-temperature cold water produced by lithium bromide adsorption water chilling unit 7 to surface cooler B, closing hydrokinetic type water injector C;
Pending air enters in machine unit shell by air inlet 1, after air cleaner a2 filters, enter in standpipe indirect evaporation cooler A wet coolings such as carrying out, then in surface cooler B, degree of depth cooling and dehumidifying is carried out, after reaching ventilation state point, send in textile mills' overall situation by pressure fan 12 along overall situation ajutage G1, eliminate waste heat in textile mills remaining wet; Overall situation return air is connected through the secondary air inlet 4 of backwind tube with standpipe indirect evaporation cooler A, the return entered by secondary air inlet 4 under the effect of overfire air fan 14 through vertical heat exchanging pipe group 6, as the auxiliary air of standpipe indirect evaporation cooler A.
(2) subenvironment air supplying and exhausting system:
The return air that textile mills' overall situation temperature is lower is entered by secondary air inlet 4 in the air channel of standpipe indirect evaporation cooler A, and with the uniform water film generation hot and humid area on heat exchanger tube surface in vertical heat exchanging pipe group 6, the outer primary air of exchange heat pipe carries out indirect heat exchange; This process auxiliary air is increased enthalpy drop temperature and is added wet process, is finally delivered to subenvironment air outlet 24 by overfire air fan 14 through subenvironment ajutage G2, is sent in textile mills' subenvironment by subenvironment air outlet 24.
Humidity sensor 23 is provided with in textile mills' subenvironment, the aperture of bypass air-valve 20 is regulated by switch board 26, when humidity sensor 23, to show the humidity of blowing in textile mills' subenvironment too large, during higher limit higher than manufacturing technique requirent, bypass air-valve 20 is opened automatically, low temperature and low humidity air after the wet cooling process such as standpipe indirect evaporation cooler A enters bypass airduct G3 through bypass air port 16, the air larger with humidity in subenvironment ajutage G2 mixes backward textile mills subenvironment and blows, when the air that humidity is lower enters subenvironment ajutage G2 in a large number, in the textile mills' subenvironment causing humidity sensor 23 to show during the lower limit of blasting humidity lower than manufacturing technique requirent, bypass air-valve 20 turns down automatically, bypass air quantity is controlled by automatically regulating the aperture of bypass air-valve 20, thus make blasting humidity control between the upper lower limit value of manufacturing technique requirent, meet textile mills' subenvironment explained hereafter to the requirement of humidity.
Between carrying cart, the high-temperature technology return air of heat and machinery equipment motor heat is under the effect of exhaust blower 21, is delivered to the generator F in lithium bromide adsorption water chilling unit 7, as the driving heat source of lithium bromide absorption refrigeration, discharges after release heat; The technique air draft wherein utilizing temperature higher, as the driving heat source of lithium bromide absorbing type refrigeration, effectively can improve efficiency of energy utilization.
The utility model adaptive space adjusting system, the workflow of its water system is:
Water system flow process:
1) standpipe type indirect evaporation cooler A circulation:
Water in water tank a5 is transported in water-distributing device by the first feed pipe 31 under the effect of water pump a3, spray through nozzle 15, heat exchanger tube surface in vertical heat exchanging pipe group 6 forms uniform water film, moisture film contacts with auxiliary air and hot and humid area occurs, and carry out indirect heat exchange with the primary air in heat exchanger tube, finally fall under gravity in water tank a5, repetitive cycling.
2) low-temperature cold water produced by lithium bromide adsorption water chilling unit 7 enters in surface cooler B along surface cooler water inlet pipe H1, heat exchange is carried out with the primary air through surface cooler B, absorb the heat of primary air, turn back to the evaporimeter D heat release in lithium bromide adsorption water chilling unit 7 after temperature raises along surface cooler outlet pipe H2, circulate according to this.
3) hydrodynamics-based procedure C circulation:
Recirculated water in water tank b8 is transported to target formula impinging stream nozzle 10 by the second feed pipe 32 and is atomized ejection under the effect of water pump b9, and contacts with primary air and heat-moisture transfer occurs lower the temperature, and finally falls under gravity in water tank b8, moves in circles.
Adaptive space adjusting system of the present utility model forms primarily of combined type evaporative cooling air-conditioner set 36, lithium bromide adsorption water chilling unit 7, humidity sensor 23, switch board 26 and airduct net; Lithium bromide absorbing type refrigeration is combined with evaporation cooling technique, extends the service time of air-conditioning, and the technique air draft utilizing temperature higher is as the driving heat source of generator F in lithium bromide adsorption water chilling unit 7, has effectively reclaimed air draft heat; Size environment is adopted to blow respectively, the air utilizing combined type evaporative cooling air-conditioner set 36 to process is blown as overall situation, the auxiliary air of low temperature and high relative humidity is utilized to blow directly to subenvironment explained hereafter, good air current composition can be formed, meet production technology and the requirement of personnel's comfort level, reduce air output, and subenvironment district is by the aperture of humidity sensor 23 flexible modulation bypass air-valve 20, can effectively Controlling Technology air-supply humidity, meet made with high precision technological requirement.
Claims (10)
1. one kind is applicable to the adaptive space adjusting system of textile mills' size environment, it is characterized in that, include the combined type evaporative cooling air-conditioner set (36) and lithium bromide adsorption water chilling unit (7) that are connected, described combined type evaporative cooling air-conditioner set (36), lithium bromide adsorption water chilling unit (7) respectively with textile mills' size environmental communication.
2. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 1, it is characterized in that, described combined type evaporative cooling air-conditioner set (36), include machine unit shell, the two side that described machine unit shell is relative is respectively arranged with air inlet (1), air outlet (28);
Enter rear flow direction by new wind in described machine unit shell and be disposed with air cleaner a (2), standpipe indirect evaporation cooler (A), surface cooler (B), hydrokinetic type water injector (C) and pressure fan (12), between described standpipe indirect evaporation cooler (A) and surface cooler (B), form wind mixed chamber (29);
The machine unit shell roof that described standpipe indirect evaporation cooler (A) top is corresponding is provided with exhaust outlet (30), overfire air fan (14) is provided with in described exhaust outlet (30), described exhaust outlet (30) is communicated with textile mills subenvironments by subenvironment ajutage (G2), described subenvironment ajutage (G2) is communicated with wind mixed chamber (29) by bypass airduct (G3), described air outlet (28) is communicated with textile mills overall situation by overall situation ajutage (G1), described surface cooler (B) is connected with lithium bromide adsorption water chilling unit (7) by water pipe group.
3. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 1 and 2, it is characterized in that, described lithium bromide adsorption water chilling unit (7), include evaporimeter (D), described evaporimeter (D) connects and composes closed-loop path with absorber (E), generator (F) and condenser (G) successively by pipeline;
Pipeline between described absorber (E) and generator (F) is provided with water pump c (33);
Pipeline between described condenser (G) and evaporimeter (D) is provided with valve c (19);
Described evaporimeter (D) is connected with surface cooler (B) respectively by surface cooler water inlet pipe (H1), surface cooler outlet pipe (H2);
Described generator (F) is also connected with absorber (E) by branch pipe(tube) (34), described branch pipe(tube) (34) is provided with valve b (18);
Described generator (F) is communicated with the high-temperature technology return air inlet (35) that textile mills' subenvironment floor is arranged by subenvironment ground exhaust duct (G4), and described generator (F) is also in communication with the outside by external air exhausting tube (G5).
4. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 3, it is characterized in that, be provided with air cleaner b (22) in described high-temperature technology return air inlet (35), in described subenvironment ground exhaust duct (G4), be provided with exhaust blower (21).
5. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 2, it is characterized in that, described subenvironment ajutage (G2) is provided with bypass air-valve (20) with the junction of bypass airduct (G3), and described bypass air-valve (20) is connected with the humidity sensor (23) arranged in switch board (26), textile mills' subenvironment successively by wire (27).
6. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 2, is characterized in that, described bypass airduct (G3) one end stretched in wind mixed chamber (29) is provided with bypass air port (16);
One end of described subenvironment ajutage (G2) is stretched in textile mills' subenvironment, stretches into the subenvironment air outlet (24) the subenvironment ajutage (G2) in textile mills' subenvironment being provided with air-supply downwards;
One end of described overall situation ajutage (G1) is stretched in textile mills' overall situation, stretches into the overall situation air outlet (25) the overall situation ajutage (G1) in textile mills' overall situation being evenly provided with multiple downward air-supply.
7. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 2, it is characterized in that, described standpipe indirect evaporation cooler (A), include vertical heat exchanging Guan Zuguan group (6), the top of described vertical heat exchanging Guan Zuguan group (6) is disposed with water-distributing device and water fender b (13), the below of described vertical heat exchanging pipe group (6) is provided with water tank a (5), air channel is formed between described vertical heat exchanging pipe group (6) and water tank a (5), the machine unit shell sidewall that described air channel is corresponding is provided with secondary air inlet (4), described water tank a (5) is connected with water-distributing device by the first water pipe (31).
8. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 7, is characterized in that, described secondary air inlet (4) is connected with the return air inlet arranged in textile mills overall situation by backwind tube.
9. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 7, is characterized in that, described vertical heat exchanging pipe group (6) is made up of the heat exchanger tube that many are vertically arranged;
Described water-distributing device is made up of water distributor and the nozzle (15) of multiple downward spray that is evenly arranged on water distributor, described water distributor is connected with the first feed pipe (31), and described first feed pipe (31) is provided with water pump a (3).
10. a kind of adaptive space adjusting system being applicable to textile mills' size environment according to claim 2, it is characterized in that, described hydrokinetic type water injector (C), include spray equipment and the water fender a (11) being arranged at spray equipment rear, the below of described spray equipment and water fender a (11) is provided with water tank b (8);
Described spray equipment, includes two vertical jet pipes be oppositely arranged, and the vertical jet pipe of every root is evenly provided with multiple target formula impinging stream nozzle (10) sprayed laterally,
The lower end of two jet pipes is connected by tube connector, and described tube connector is connected with water tank b (8) by the second feed pipe (32), and described second feed pipe (32) is provided with water pump b (9).
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| CN201420701247.1U CN204301232U (en) | 2014-11-20 | 2014-11-20 | A kind of adaptive space adjusting system being applicable to textile mills' size environment |
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| CN201420701247.1U CN204301232U (en) | 2014-11-20 | 2014-11-20 | A kind of adaptive space adjusting system being applicable to textile mills' size environment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104456792A (en) * | 2014-11-20 | 2015-03-25 | 西安工程大学 | Large and small textile mill environment self-adaptation air conditioner with absorption refrigeration and evaporation cooling combined |
| CN105387540A (en) * | 2015-10-13 | 2016-03-09 | 西安工程大学 | Absorption heat pump-water spray chamber united cooling system for textile mill |
-
2014
- 2014-11-20 CN CN201420701247.1U patent/CN204301232U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104456792A (en) * | 2014-11-20 | 2015-03-25 | 西安工程大学 | Large and small textile mill environment self-adaptation air conditioner with absorption refrigeration and evaporation cooling combined |
| CN105387540A (en) * | 2015-10-13 | 2016-03-09 | 西安工程大学 | Absorption heat pump-water spray chamber united cooling system for textile mill |
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