CN105180281B - Indoor damp-warm syndrome regulating system - Google Patents

Indoor damp-warm syndrome regulating system Download PDF

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Publication number
CN105180281B
CN105180281B CN201510569897.4A CN201510569897A CN105180281B CN 105180281 B CN105180281 B CN 105180281B CN 201510569897 A CN201510569897 A CN 201510569897A CN 105180281 B CN105180281 B CN 105180281B
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China
Prior art keywords
water tank
evaporation
water
level sensor
liquid level
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CN201510569897.4A
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CN105180281A (en
Inventor
马晶
张艳霞
戚玉华
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University of Jinan
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University of Jinan
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    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F1/00Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station
    • F24F1/0003Room units for air-conditioning, e.g. separate or self-contained units or units receiving primary air from a central station characterised by a split arrangement, wherein parts of the air-conditioning system, e.g. evaporator and condenser, are in separately located units
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/22Means for preventing condensation or evacuating condensate
    • F24F13/222Means for preventing condensation or evacuating condensate for evacuating condensate
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/22Means for preventing condensation or evacuating condensate
    • F24F13/222Means for preventing condensation or evacuating condensate for evacuating condensate
    • F24F2013/225Means for preventing condensation or evacuating condensate for evacuating condensate by evaporating the condensate in the cooling medium, e.g. in air flow from the condenser

Abstract

Indoor damp-warm syndrome regulating system, is related to indoor damp-warm syndrome regulation technology field.It is characterized in that:Indoor damp-warm syndrome regulating system indoor section top is primary water tank, primary water lower box part connection indoor set, indoor set bottom connection evaporation water tank, the secondary water tank of evaporation water tank bottom connection;Air channel is scroll casing shape, and stream air duct is in scroll casing shape air channel, and stream air duct is cylinder, and water evaporation component is located at air channel, and two bottom surfaces of cylindrical drum of the water evaporation component with flowing air duct are parallel;Evaporation water tank bottom is connected with evaporation tank drains pipe, evaporation tank drains pipe and magnetic valve A is housed;Secondary water tank is built with supply-water pump, and supply-water pump connects up liaison tube, and up liaison tube pipe outlet is in primary water tank upper.Indoor damp-warm syndrome regulating system, indoor damp-warm syndrome regulating system has while freezing, heating can humidification;Can temperature and humidity in round-the-clock regulation room.

Description

Indoor damp-warm syndrome regulating system
Technical field
Indoor damp-warm syndrome regulating system, is related to air regulator technical field.
Background technology
Dry air can cause human respiratory to eliminate the reduction of bacterium ability, cause the infection of the upper respiratory tract, Jin Eryin Send out the sick disease in terms of respiratory tract.Dry air can make pachylosis, coarse main of this namely dry gobi application on human skin Reason.In addition dry air is also easy to produce electrostatic, also makes one to do not feel like oneself.It is typically to be solved with humidifier for increase humidity businessman Certainly, but ultrasonic humidifier cost of manufacture it is high, moisture spreads slow under without flowing wind-force power-assisted, and humidifying effect is unsatisfactory.
A kind of air-conditionings with humidifier of CN104566631A of prior art " are provided with multiple heating wire in humidifier.Institute The heating wire for stating humidifier is connected with the temperature-control circuit inside air-conditioner body ... and according to demand can heat water, makes The water smoke proper temperature that humidifier gushes out, winter ice-cold will not stimulate." the problem of although air-conditioner humidifying can be solved, due to Humidification is to lean on electric-heating-wire-heating, and the effect of air-conditioning is merely not only heating, is also not only needed in the winter time to dry environment humidification Will, have in many cases summer be also required to heating, therefore, the requirement of cooling in summer is not just suitable for install heating wire humidification .
CN201421141Y patents, be characterized in " humidification device is provided with the inside of air inlet, on front side of fan part, it is outside empty Gas enters electrical equipment inside, then humidified device, exhausting duct discharge from air outlet under fan part effect by air inlet " by In humidification device in air inlet side, humidified when air-conditioning is used for and heated, humidify fair, but air-conditioning is when being used to freeze, humidifier Device is in air inlet, then moisture will wear indoor heat converter (i.e. evaporator) and discharge, then moisture can heat exchanger indoors Frosting on (evaporator), not only humidification is substantially reduced, due to indoor heat converter after frosting heat transfer effect also significantly under Drop, causes operation of air conditioner refrigerating capacity not enough.
" CN103438505A humidification devices, indoor apparatus of air conditioner, air-conditioning and air conditioning humidifying method " is it is characterized in that " in stream wind wheel The hairbrush installed on blade, " this destroys the aerodynamic appearance for flowing wind wheel, and air flow resistance increase, therefore drop Low air-conditioning effect.
The content of the invention
To overcome the shortcomings of that prior art is present,
The first purpose of the application is a kind of temperature air adjuster humidified of design;
The second purpose of the application is to overcome the deficiencies in the prior art, and not only air regulator can be humidified when heating, The humidifying air adjuster that refrigerating capacity is not reduced is humidified during refrigeration;
The third purpose of the application is the condensed water for comprehensively utilizing air-conditioner outdoor unit;
The fourth purpose of the application, due to supplement inflow it is limited, constantly observe pretty troublesome, thus the purpose of the application it Four be to automatically control water tank amount of makeup water;
The application is adopted the following technical scheme that to achieve the above object:
1st, indoor damp-warm syndrome regulating system, including:Flow air duct 1, air conditioner housing 2, spiral case 3, water evaporation component 4, evaporation water tank 5th, snail tongue 6, indoor set 7, air channel 8, horizontal wind-guiding bar assembly 9, magnetic valve C10, connecting tube 11, power line 12, outdoor unit condensation It is water pipe 13, outdoor unit 14, primary water tank 20, up liaison tube 21, supply-water pump 22, secondary water tank 23, magnetic valve A24, descending Liquid level under liquid level sensor 31, secondary water tank upper liquid level sensor 32, evaporation water tank under network pipe 25, magnetic valve B26, secondary water tank Liquid level sensor 35, primary water tank upper liquid level sensor under liquid level sensor 34, primary water tank on sensor 33, evaporation water tank 36,
It is characterized in that:
Indoor damp-warm syndrome regulating system is split type scattered wet air-conditioning;
Indoor damp-warm syndrome regulating system indoor section top is primary water tank 20, and the primary bottom of water tank 20 connects indoor set 7,
The bottom of indoor set 7 connection evaporation water tank 5, the secondary water tank 23 of evaporation water tank 5 bottom connection;
Stream air duct 1, spiral case 3, snail tongue 6, air channel 8, horizontal wind-guiding bar assembly 9 are indoors in machine 7;
Air channel 8 is scroll casing shape, and stream air duct 1 is in scroll casing shape air channel 8, and stream air duct 1 is cylinder;(prior art, it is split type The universal architecture of air-conditioning)
Water evaporation component 4 is included:Support chip 4-1, absorbent material set 4-2, absorbent material immersion base 4-3,
Evaporation water tank 5 is included:Tank drains pipe 5-1, condensation water inlet 5-3 are evaporated,
Horizontal wind-guiding bar assembly 9 is included:Horizontal wind guide strip 9-1, rotating shaft 9-2, support 9-3,
Water evaporation component 4 is flake, and the center of water evaporation component 4 is support chip 4-1, and absorbent material set 4-2 is sleeved on branch On blade 4-1, absorbent material set 4-2 bottom connection absorbent material immersion bases 4-3;
Absorbent material soaks base 4-3 in evaporation water tank 5;(being easy to water suction)
Water evaporation component 4 is located at air channel 8, and two bottom surfaces of cylindrical drum of the water evaporation component 4 with flowing air duct 1 are parallel;( It is parallel i.e. with the direction of air-flow, so as to reduce the resistance of air-out and can have enough disengagement areas);
(horizontal wind-guiding bar assembly 9 is existing skill by horizontal wind guide strip 9-1 connecting bracket 9-3, support 9-3 connection rotating shafts 9-2 Art, reference can be made to the air-conditioning of prior art, here is omitted);
Evaporation water tank 5 bottom is connected with evaporation tank drains pipe 5-1, evaporation tank drains pipe 5-1 and magnetic valve is housed A24;
If (when indoor humidity height no longer needs humidification, evaporation water tank 5 can be discharged into secondary water tank 23 by magnetic valve A24 Middle storage is standby)
Tank drains pipe 5-1 bottoms are evaporated in secondary water tank 23;
Secondary water tank 23 is built with supply-water pump 22, and supply-water pump 22 connects up liaison tube 21, the up pipe of liaison tube 21 outlet On the primary top of water tank 20;(water in secondary water tank 23 can be made to be squeezed into by supply-water pump in primary water tank 20)
The secondary upper inside wall of water tank 23 is equipped with secondary water tank upper liquid level sensor 32, and the secondary lower inner wall of water tank 23 is equipped with secondary Liquid level sensor 31 under level water tank, (water in secondary water tank 23 can be raised up standby in primary water tank 20 by supply-water pump 22 The primary top of water tank 20)
The primary bottom of water tank 20 connects descending liaison tube 25, and the descending end of liaison tube 25 is equipped with magnetic valve B26,
The primary upper inside wall of water tank 20 is equipped with primary water tank upper liquid level sensor 36, and the primary lower inner wall of water tank 20 is equipped with just Liquid level sensor 35 under level water tank,
Magnetic valve B26 ends are in evaporation water tank 5;(when needing humidification, and from the condensed water of outdoor unit 14 it is not enough when, The water that magnetic valve B26 is opened in primary water tank 20 is entered in evaporation water tank 5 by descending liaison tube 25)
The top of evaporation water tank 5 is connected with condensation water inlet 5-3, condensation water inlet 5-3 connections outdoor unit 14;(make full use of The condensed water humidification of indoor set)
The upper inside wall of water tank 5 is evaporated equipped with liquid level sensor 34 on evaporation water tank, and evaporation water tank 5 lower inner wall is equipped with evaporation Liquid level sensor 33 under water tank;
Outdoor unit condensate pipe 13 connects outdoor unit 14.
2nd, indoor damp-warm syndrome regulating system, it is characterised in that:Described water tank 5-5 is that (light quality is in outstanding for plastic cistern Hang).
3rd, indoor damp-warm syndrome regulating system, it is characterised in that:Described primary water tank upper liquid level sensor 36 is located at primary water At case 20 total high 4/5, liquid level sensor 35 is located at primary water tank 20 total high 1/5 under primary water tank.
4th, indoor damp-warm syndrome regulating system, it is characterised in that:Liquid level sensor 31 is located at secondary water under described secondary water tank At case 23 total high 1/5, secondary water tank upper liquid level sensor 32 is located at secondary water tank 23 total high 4/5.
5th, indoor damp-warm syndrome regulating system, it is characterised in that:Liquid level sensor 33 is located at evaporation water under described evaporation water tank At case 5 total high 1/5, liquid level sensor 34 is located at evaporation water tank 5 total high 4/5 on evaporation water tank.
6th, indoor damp-warm syndrome regulating system, it is characterised in that:Described absorbent material set 4-2 is phenolic foam plastic material.
7th, indoor damp-warm syndrome regulating system, it is characterised in that:Described absorbent material set 4-2 is flexible hollow fibrous material.
8th, indoor damp-warm syndrome regulating system, it is characterised in that:The described side wall of primary water tank 20 has magnetic valve C10.If ( Condensed water adds water when not enough available for supplement)
9th, indoor damp-warm syndrome regulating system, it is characterised in that:Described magnetic valve A24 and magnetic valve B26 is magnetic valve.
10th, indoor damp-warm syndrome regulating system, it is characterised in that:The installation site of outdoor unit 14 is higher than indoor on-hook.
Beneficial effect
1st, have while freezing, heating can humidification for indoor damp-warm syndrome regulating system;
2nd, because water evaporation component 4 is flake, the center of water evaporation component 4 is support chip 4-1, absorbent material set 4-2 sets On support chip 4-1, absorbent material set 4-2 bottom connection absorbent material immersion bases 4-3;Water evaporation component 4 is located at air channel 8 Place, two bottom surfaces of cylindrical drum of the water evaporation component 4 with flowing air duct 1 are parallel namely parallel with the direction of air-flow, so as to reduce The resistance of wind and there can be enough disengagement areas, so the humidification refrigeration when the indoor damp-warm syndrome regulating system of the application is in refrigeration Amount will not be reduced substantially;
3rd, condensed water is distilled water, and non flouling behaviour makes full use of the condensation water conservancy of outdoor unit for the big area of the water hardness In the lasting using and without replacing of absorbent material;
5th, evaporation water tank 5 bottom is connected with evaporation tank drains pipe 5-1, evaporation tank drains pipe 5-1 and magnetic valve is housed A24, if indoor humidity height no longer needs humidification, evaporation water tank 5, which can be discharged into by magnetic valve A24 in secondary water tank 23, to be stored It is standby;
6th, the top of evaporation water tank 5 is connected with condensation water inlet 5-3, and condensation water inlet 5-3 connections outdoor unit 14 makes full use of The condensed water humidification of indoor set.
Brief description of the drawings
Fig. 1:Indoor damp-warm syndrome regulating system indoor section left view
Fig. 2:The indoor indoor and outdoor machine schematic diagram of damp-warm syndrome regulating system
Fig. 3:Indoor damp-warm syndrome regulating system I partial enlarged drawings
Fig. 4:Indoor damp-warm syndrome regulating system indoor set back office sectional view
Fig. 5:On-hook partial enlarged drawing in indoor damp-warm syndrome regulating system room
In figure:1 stream air duct, 2 air conditioner housings, 3 spiral cases, 4 water evaporation components, 5 evaporation water tanks, 6 snail tongues, 7 indoor sets, 8 wind At the beginning of road, 9 horizontal wind-guiding bar assemblies, 10 magnetic valve C, 11 connecting tubes, 12 power lines, 13 outdoor unit condensate pipes, 14 outdoor units, 20 Level water tank, 21 up liaison tubes, 22 supply-water pumps, 23 level water tanks, 24 magnetic valve A, 25 descending liaison tubes, 26 magnetic valve B, 31 times Liquid level sensor, 34 are evaporated on water tanks under liquid level sensor, 32 level water tank upper liquid level sensors, 33 evaporation water tanks under level water tank Liquid level sensor, 36 primary water tank upper liquid level sensors, support chip 4-1, absorbent material set under liquid level sensor, 35 primary water tanks 4-2, absorbent material immersion base 4-3, evaporation tank drains pipe 5-1, the horizontal wind guide strip of condensation water inlet 5-3,9-1,9-2 rotating shafts, 9-3 supports.
Embodiment
The application is described further with reference to the accompanying drawings and examples.
Embodiment 1
1st, indoor damp-warm syndrome regulating system, including:Flow air duct 1, air conditioner housing 2, spiral case 3, water evaporation component 4, evaporation water tank 5th, snail tongue 6, indoor set 7, air channel 8, horizontal wind-guiding bar assembly 9, magnetic valve C10, connecting tube 11, power line 12, outdoor unit condensation It is water pipe 13, outdoor unit 14, primary water tank 20, up liaison tube 21, supply-water pump 22, secondary water tank 23, magnetic valve A24, descending Liquid level under liquid level sensor 31, secondary water tank upper liquid level sensor 32, evaporation water tank under network pipe 25, magnetic valve B26, secondary water tank Liquid level sensor 35, primary water tank upper liquid level sensor under liquid level sensor 34, primary water tank on sensor 33, evaporation water tank 36,
It is characterized in that:
Indoor damp-warm syndrome regulating system is split type scattered wet air-conditioning;
Indoor damp-warm syndrome regulating system indoor section top is primary water tank 20, and the primary bottom of water tank 20 connects indoor set 7,
The bottom of indoor set 7 connection evaporation water tank 5, the secondary water tank 23 of evaporation water tank 5 bottom connection;
Stream air duct 1, spiral case 3, snail tongue 6, air channel 8, horizontal wind-guiding bar assembly 9 are indoors in machine 7;
Air channel 8 is scroll casing shape, and stream air duct 1 is in scroll casing shape air channel 8, and stream air duct 1 is cylinder;(prior art, it is split type The universal architecture of air-conditioning)
Water evaporation component 4 is included:Support chip 4-1, absorbent material set 4-2, absorbent material immersion base 4-3,
Evaporation water tank 5 is included:Tank drains pipe 5-1, condensation water inlet 5-3 are evaporated,
Horizontal wind-guiding bar assembly 9 is included:Horizontal wind guide strip 9-1, rotating shaft 9-2, support 9-3,
Water evaporation component 4 is flake, and the center of water evaporation component 4 is support chip 4-1, and absorbent material set 4-2 is sleeved on branch On blade 4-1, absorbent material set 4-2 bottom connection absorbent material immersion bases 4-3;
Absorbent material soaks base 4-3 in evaporation water tank 5;(being easy to water suction)
Water evaporation component 4 is located at air channel 8, and two bottom surfaces of cylindrical drum of the water evaporation component 4 with flowing air duct 1 are parallel;( It is parallel i.e. with the direction of air-flow, so as to reduce the resistance of air-out and can have enough disengagement areas);
(horizontal wind-guiding bar assembly 9 is existing skill by horizontal wind guide strip 9-1 connecting bracket 9-3, support 9-3 connection rotating shafts 9-2 Art, reference can be made to the air-conditioning of prior art, here is omitted);
Evaporation water tank 5 bottom is connected with evaporation tank drains pipe 5-1, evaporation tank drains pipe 5-1 and magnetic valve is housed A24;
If (when indoor humidity height no longer needs humidification, evaporation water tank 5 can be discharged into secondary water tank 23 by magnetic valve A24 Middle storage is standby)
Tank drains pipe 5-1 bottoms are evaporated in secondary water tank 23;
Secondary water tank 23 is built with supply-water pump 22, and supply-water pump 22 connects up liaison tube 21, the up pipe of liaison tube 21 outlet On the primary top of water tank 20;(water in secondary water tank 23 can be made to be squeezed into by supply-water pump in primary water tank 20)
The secondary upper inside wall of water tank 23 is equipped with secondary water tank upper liquid level sensor 32, and the secondary lower inner wall of water tank 23 is equipped with secondary Liquid level sensor 31 under level water tank, (water in secondary water tank 23 can be raised up standby in primary water tank 20 by supply-water pump 22 The primary top of water tank 20)
The primary bottom of water tank 20 connects descending liaison tube 25, and the descending end of liaison tube 25 is equipped with magnetic valve B26,
The primary upper inside wall of water tank 20 is equipped with primary water tank upper liquid level sensor 36, and the primary lower inner wall of water tank 20 is equipped with just Liquid level sensor 35 under level water tank,
Magnetic valve B26 ends are in evaporation water tank 5;(when needing humidification, and from the condensed water of outdoor unit 14 it is not enough when, The water that magnetic valve B26 is opened in primary water tank 20 is entered in evaporation water tank 5 by descending liaison tube 25)
The top of evaporation water tank 5 is connected with condensation water inlet 5-3, condensation water inlet 5-3 connections outdoor unit 14;(make full use of The condensed water humidification of indoor set)
The upper inside wall of water tank 5 is evaporated equipped with liquid level sensor 34 on evaporation water tank, and evaporation water tank 5 lower inner wall is equipped with evaporation Liquid level sensor 33 under water tank;
Outdoor unit condensate pipe 13 connects outdoor unit 14.
2nd, indoor damp-warm syndrome regulating system, it is characterised in that:Described water tank 5-5 is that (light quality is in outstanding for plastic cistern Hang).
3rd, indoor damp-warm syndrome regulating system, it is characterised in that:Described primary water tank upper liquid level sensor 36 is located at primary water At case 20 total high 4/5, liquid level sensor 35 is located at primary water tank 20 total high 1/5 under primary water tank.
4th, indoor damp-warm syndrome regulating system, it is characterised in that:Liquid level sensor 31 is located at secondary water under described secondary water tank At case 23 total high 1/5, secondary water tank upper liquid level sensor 32 is located at secondary water tank 23 total high 4/5.
5th, indoor damp-warm syndrome regulating system, it is characterised in that:Liquid level sensor 33 is located at evaporation water under described evaporation water tank At case 5 total high 1/5, liquid level sensor 34 is located at evaporation water tank 5 total high 4/5 on evaporation water tank.
6th, indoor damp-warm syndrome regulating system, it is characterised in that:Described absorbent material set 4-2 is phenolic foam plastic material.
7th, indoor damp-warm syndrome regulating system, it is characterised in that:The described side wall of primary water tank 20 has magnetic valve C10.If ( Condensed water adds water when not enough available for supplement)
8th, indoor damp-warm syndrome regulating system, it is characterised in that:Described magnetic valve A24 and magnetic valve B26 is magnetic valve.
9th, indoor damp-warm syndrome regulating system, it is characterised in that:The installation site of outdoor unit 14 is higher than indoor on-hook.
Embodiment 2
1st, indoor damp-warm syndrome regulating system, including:Flow air duct 1, air conditioner housing 2, spiral case 3, water evaporation component 4, evaporation water tank 5th, snail tongue 6, indoor set 7, air channel 8, horizontal wind-guiding bar assembly 9, magnetic valve C10, connecting tube 11, power line 12, outdoor unit condensation It is water pipe 13, outdoor unit 14, primary water tank 20, up liaison tube 21, supply-water pump 22, secondary water tank 23, magnetic valve A24, descending Liquid level under liquid level sensor 31, secondary water tank upper liquid level sensor 32, evaporation water tank under network pipe 25, magnetic valve B26, secondary water tank Liquid level sensor 35, primary water tank upper liquid level sensor under liquid level sensor 34, primary water tank on sensor 33, evaporation water tank 36,
It is characterized in that:
Indoor damp-warm syndrome regulating system is split type scattered wet air-conditioning;
Indoor damp-warm syndrome regulating system indoor section top is primary water tank 20, and the primary bottom of water tank 20 connects indoor set 7,
The bottom of indoor set 7 connection evaporation water tank 5, the secondary water tank 23 of evaporation water tank 5 bottom connection;
Stream air duct 1, spiral case 3, snail tongue 6, air channel 8, horizontal wind-guiding bar assembly 9 are indoors in machine 7;
Air channel 8 is scroll casing shape, and stream air duct 1 is in scroll casing shape air channel 8, and stream air duct 1 is cylinder;(prior art, it is split type The universal architecture of air-conditioning)
Water evaporation component 4 is included:Support chip 4-1, absorbent material set 4-2, absorbent material immersion base 4-3,
Evaporation water tank 5 is included:Tank drains pipe 5-1, condensation water inlet 5-3 are evaporated,
Horizontal wind-guiding bar assembly 9 is included:Horizontal wind guide strip 9-1, rotating shaft 9-2, support 9-3,
Water evaporation component 4 is flake, and the center of water evaporation component 4 is support chip 4-1, and absorbent material set 4-2 is sleeved on branch On blade 4-1, absorbent material set 4-2 bottom connection absorbent material immersion bases 4-3;
Absorbent material soaks base 4-3 in evaporation water tank 5;(being easy to water suction)
Water evaporation component 4 is located at air channel 8, and two bottom surfaces of cylindrical drum of the water evaporation component 4 with flowing air duct 1 are parallel;( It is parallel i.e. with the direction of air-flow, so as to reduce the resistance of air-out and can have enough disengagement areas);
(horizontal wind-guiding bar assembly 9 is existing skill by horizontal wind guide strip 9-1 connecting bracket 9-3, support 9-3 connection rotating shafts 9-2 Art, reference can be made to the air-conditioning of prior art, here is omitted);
Evaporation water tank 5 bottom is connected with evaporation tank drains pipe 5-1, evaporation tank drains pipe 5-1 and magnetic valve is housed A24;
If (when indoor humidity height no longer needs humidification, evaporation water tank 5 can be discharged into secondary water tank 23 by magnetic valve A24 Middle storage is standby)
Tank drains pipe 5-1 bottoms are evaporated in secondary water tank 23;
Secondary water tank 23 is built with supply-water pump 22, and supply-water pump 22 connects up liaison tube 21, the up pipe of liaison tube 21 outlet On the primary top of water tank 20;(water in secondary water tank 23 can be made to be squeezed into by supply-water pump in primary water tank 20)
The secondary upper inside wall of water tank 23 is equipped with secondary water tank upper liquid level sensor 32, and the secondary lower inner wall of water tank 23 is equipped with secondary Liquid level sensor 31 under level water tank, (water in secondary water tank 23 can be raised up standby in primary water tank 20 by supply-water pump 22 The primary top of water tank 20)
The primary bottom of water tank 20 connects descending liaison tube 25, and the descending end of liaison tube 25 is equipped with magnetic valve B26,
The primary upper inside wall of water tank 20 is equipped with primary water tank upper liquid level sensor 36, and the primary lower inner wall of water tank 20 is equipped with just Liquid level sensor 35 under level water tank,
Magnetic valve B26 ends are in evaporation water tank 5;(when needing humidification, and from the condensed water of outdoor unit 14 it is not enough when, The water that magnetic valve B26 is opened in primary water tank 20 is entered in evaporation water tank 5 by descending liaison tube 25)
The top of evaporation water tank 5 is connected with condensation water inlet 5-3, condensation water inlet 5-3 connections outdoor unit 14;(make full use of The condensed water humidification of indoor set)
The upper inside wall of water tank 5 is evaporated equipped with liquid level sensor 34 on evaporation water tank, and evaporation water tank 5 lower inner wall is equipped with evaporation Liquid level sensor 33 under water tank;
Outdoor unit condensate pipe 13 connects outdoor unit 14.
2nd, indoor damp-warm syndrome regulating system, it is characterised in that:Described water tank 5-5 is that (light quality is in outstanding for plastic cistern Hang).
3rd, indoor damp-warm syndrome regulating system, it is characterised in that:Described primary water tank upper liquid level sensor 36 is located at primary water At case 20 total high 4/5, liquid level sensor 35 is located at primary water tank 20 total high 1/5 under primary water tank.
4th, indoor damp-warm syndrome regulating system, it is characterised in that:Liquid level sensor 31 is located at secondary water under described secondary water tank At case 23 total high 1/5, secondary water tank upper liquid level sensor 32 is located at secondary water tank 23 total high 4/5.
5th, indoor damp-warm syndrome regulating system, it is characterised in that:Liquid level sensor 33 is located at evaporation water under described evaporation water tank At case 5 total high 1/5, liquid level sensor 34 is located at evaporation water tank 5 total high 4/5 on evaporation water tank.
6th, indoor damp-warm syndrome regulating system, it is characterised in that:Described absorbent material set 4-2 is flexible hollow fibrous material.
7th, indoor damp-warm syndrome regulating system, it is characterised in that:The described side wall of primary water tank 20 has magnetic valve C10.If ( Condensed water adds water when not enough available for supplement)
8th, indoor damp-warm syndrome regulating system, it is characterised in that:Described magnetic valve A24 and magnetic valve B26 is magnetic valve.
9th, indoor damp-warm syndrome regulating system, it is characterised in that:The installation site of outdoor unit 14 is higher than indoor on-hook.

Claims (8)

1. damp-warm syndrome regulating system in Room, including:Flow air duct, air conditioner housing, spiral case, water evaporation component, evaporation water tank, snail tongue, room Interior machine, air channel, horizontal wind-guiding bar assembly, magnetic valve C, connecting tube, power line, outdoor unit condensate pipe, outdoor unit, primary water Level sensing under case, up liaison tube, supply-water pump, secondary water tank, magnetic valve A, descending liaison tube, magnetic valve B, secondary water tank Liquid level sensor under device, secondary water tank upper liquid level sensor, evaporation water tank, on evaporation water tank under liquid level sensor, primary water tank Liquid level sensor, primary water tank upper liquid level sensor,
It is characterized in that:
Indoor damp-warm syndrome regulating system is split type scattered wet air-conditioning;
Indoor damp-warm syndrome regulating system indoor section top is primary water tank, and primary water lower box part connects indoor set,
Indoor set bottom connection evaporation water tank, the secondary water tank of evaporation water tank bottom connection;
Stream air duct, spiral case, snail tongue, air channel, horizontal wind-guiding bar assembly are indoors in machine;
Air channel is scroll casing shape, and stream air duct is in scroll casing shape air channel, and stream air duct is cylinder;
Water evaporation component is included:Support chip, absorbent material set, absorbent material immersion base,
Evaporation water tank is included:Tank drains pipe, condensation water inlet are evaporated,
Horizontal wind-guiding bar assembly is included:Horizontal wind guide strip, rotating shaft, support,
Water evaporation component is flake, and water evaporation component center is support chip, and absorbent material set is sleeved on support chip, water-absorption material Material set bottom connection absorbent material immersion base;
Absorbent material soaks base in evaporation water tank;
Water evaporation component is located at air channel, and two bottom surfaces of cylindrical drum of the water evaporation component with flowing air duct are parallel;
Horizontal wind guide strip connecting bracket, support connection rotating shaft;
Evaporation water tank bottom is connected with evaporation tank drains pipe, evaporation tank drains pipe and magnetic valve A is housed;
Tank drains pipe bottom is evaporated in secondary water tank;
Secondary water tank is built with supply-water pump, and supply-water pump connects up liaison tube, and up liaison tube pipe outlet is in primary water tank upper;
Secondary water tank upper inwall is equipped with secondary water tank upper liquid level sensor, and secondary water lower box part inwall is equipped with liquid under secondary water tank Level sensor;
Primary water tank bottom connects descending liaison tube, and descending contact pipe end is equipped with magnetic valve B,
Primary water tank upper inwall is equipped with primary water tank upper liquid level sensor, and primary water lower box part inwall is equipped with liquid under primary water tank Level sensor,
Magnetic valve B ends are in evaporation water tank;
Evaporation tank top is connected with condensation water inlet, the outer machine of condensation water inlet junction chamber;
Water tank upper inwall is evaporated equipped with liquid level sensor on evaporation water tank, and evaporation water tank lower inner wall is equipped with liquid under evaporation water tank Level sensor;
Outdoor unit condensate pipe connects outdoor unit;
Described water tank is plastic cistern;
Described primary water tank upper liquid level sensor is located at primary water tank total high 4/5, liquid level sensor position under primary water tank At primary water tank total high 1/5.
2. interior damp-warm syndrome regulating system as claimed in claim 1, it is characterised in that:Liquid level sensor under described secondary water tank At secondary water tank total high 1/5, secondary water tank upper liquid level sensor is located at secondary water tank total high 4/5.
3. interior damp-warm syndrome regulating system as claimed in claim 1, it is characterised in that:Liquid level sensor under described evaporation water tank At evaporation water tank total high 1/5, liquid level sensor is located at evaporation water tank total high 4/5 on evaporation water tank.
4. interior damp-warm syndrome regulating system as claimed in claim 1, it is characterised in that:Described absorbent material set is phenolic foam Plastic material.
5. interior damp-warm syndrome regulating system as claimed in claim 1, it is characterised in that:Described absorbent material set is flexible hollow Fibrous material.
6. interior damp-warm syndrome regulating system as claimed in claim 1, it is characterised in that:Described primary water tank side wall has electromagnetism Valve C.
7. interior damp-warm syndrome regulating system as claimed in claim 1, it is characterised in that:Described magnetic valve A and magnetic valve B be Magnetic valve.
8. interior damp-warm syndrome regulating system as claimed in claim 1, it is characterised in that:Outdoor unit installation site is higher than indoor extension Machine.
CN201510569897.4A 2015-09-09 2015-09-09 Indoor damp-warm syndrome regulating system Active CN105180281B (en)

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Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101216196A (en) * 2008-01-15 2008-07-09 重庆大学 Split type domestic air-conditioning humidifying device
CN203364322U (en) * 2013-08-07 2013-12-25 朱彦臻 Air conditioner condensate water humidifier
CN203857566U (en) * 2014-04-21 2014-10-01 美的集团股份有限公司 Wall-mounted air conditioner indoor unit
KR20150077775A (en) * 2013-12-30 2015-07-08 코웨이 주식회사 Apparatus for dehumidification or humidification
CN204902001U (en) * 2015-09-09 2015-12-23 济南大学 Indoor damp -warm syndrome governing system

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN101216196A (en) * 2008-01-15 2008-07-09 重庆大学 Split type domestic air-conditioning humidifying device
CN203364322U (en) * 2013-08-07 2013-12-25 朱彦臻 Air conditioner condensate water humidifier
KR20150077775A (en) * 2013-12-30 2015-07-08 코웨이 주식회사 Apparatus for dehumidification or humidification
CN203857566U (en) * 2014-04-21 2014-10-01 美的集团股份有限公司 Wall-mounted air conditioner indoor unit
CN204902001U (en) * 2015-09-09 2015-12-23 济南大学 Indoor damp -warm syndrome governing system

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