CN106823622A - The application method of air energy air freshener - Google Patents
The application method of air energy air freshener Download PDFInfo
- Publication number
- CN106823622A CN106823622A CN201710105264.7A CN201710105264A CN106823622A CN 106823622 A CN106823622 A CN 106823622A CN 201710105264 A CN201710105264 A CN 201710105264A CN 106823622 A CN106823622 A CN 106823622A
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- China
- Prior art keywords
- air
- condenser
- humidity
- valve
- haze
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
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- 239000002386 air freshener Substances 0.000 title claims abstract description 27
- 238000000034 method Methods 0.000 title claims abstract description 21
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims abstract description 128
- 238000004140 cleaning Methods 0.000 claims abstract description 93
- 238000010521 absorption reaction Methods 0.000 claims abstract description 61
- 239000000428 dust Substances 0.000 claims abstract description 32
- 238000000746 purification Methods 0.000 claims abstract description 8
- 230000000241 respiratory effect Effects 0.000 claims description 60
- 238000001035 drying Methods 0.000 claims description 58
- 239000000779 smoke Substances 0.000 claims description 40
- 238000010438 heat treatment Methods 0.000 claims description 29
- 239000000463 material Substances 0.000 claims description 22
- 239000003507 refrigerant Substances 0.000 claims description 21
- 238000002955 isolation Methods 0.000 claims description 17
- 238000007789 sealing Methods 0.000 claims description 14
- 230000008054 signal transmission Effects 0.000 claims description 13
- 239000002826 coolant Substances 0.000 claims description 12
- 239000003595 mist Substances 0.000 claims description 10
- 239000007921 spray Substances 0.000 claims description 8
- 230000001105 regulatory effect Effects 0.000 claims description 4
- 238000001704 evaporation Methods 0.000 claims description 3
- 230000008020 evaporation Effects 0.000 claims description 3
- 230000001276 controlling effect Effects 0.000 claims description 2
- 238000010025 steaming Methods 0.000 claims description 2
- 239000000498 cooling water Substances 0.000 claims 2
- 238000011049 filling Methods 0.000 abstract description 3
- 238000009833 condensation Methods 0.000 description 5
- 230000005494 condensation Effects 0.000 description 5
- 230000005611 electricity Effects 0.000 description 3
- OKTJSMMVPCPJKN-UHFFFAOYSA-N Carbon Chemical compound [C] OKTJSMMVPCPJKN-UHFFFAOYSA-N 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 230000006835 compression Effects 0.000 description 1
- 238000007906 compression Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 238000004064 recycling Methods 0.000 description 1
- 238000010992 reflux Methods 0.000 description 1
- 239000002023 wood Substances 0.000 description 1
Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D47/00—Separating dispersed particles from gases, air or vapours by liquid as separating agent
- B01D47/06—Spray cleaning
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D53/00—Separation of gases or vapours; Recovering vapours of volatile solvents from gases; Chemical or biological purification of waste gases, e.g. engine exhaust gases, smoke, fumes, flue gases, aerosols
- B01D53/26—Drying gases or vapours
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B01—PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
- B01D—SEPARATION
- B01D2258/00—Sources of waste gases
- B01D2258/06—Polluted air
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- Chemical & Material Sciences (AREA)
- Chemical Kinetics & Catalysis (AREA)
- Engineering & Computer Science (AREA)
- Analytical Chemistry (AREA)
- General Chemical & Material Sciences (AREA)
- Oil, Petroleum & Natural Gas (AREA)
- Drying Of Solid Materials (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The application method of air energy air freshener, air energy air freshener includes the first gray haze absorption plant, the first gray haze cleaning device, the second gray haze absorption plant, the second gray haze cleaning device, heat pump assembly, air humidity control device, air compressor, fresh air storage tank and controller；When using, using dust and gray haze in said apparatus and equipment and water absorption cleaning air, used using water circulation, dust and gray haze in clean air, the humidity of fresh air is adjusted after air cleaner using air humidity control device, the fresh air after purification and regulation humidity is stored in fresh air storage tank；For fresh air vending machine provides fresh air source, for people provide clean filling fresh air.
Description
Technical field
The present invention relates to the application method of air cleaning facility, particularly a kind of user of air energy air freshener
Method.
Background technology
As the pollution of haze is increasingly severe, people's besoin de respirer pure and fresh air, particularly in evil case patient；
The air energy air freshener application method of a kind of purify air, it has also become the need for people's breath freshening cleaned air.
The content of the invention
The purpose of the present invention is to overcome the deficiencies in the prior art, there is provided a kind of air energy air freshener application method,
For people provide filling fresh air, the need for meeting people's breath freshening cleaned air.
The technical solution adopted in the present invention is：Air energy air freshener includes the first gray haze absorption plant,
One rotary valve, the first gray haze cleaning device, the second gray haze absorption plant, the second rotary valve, the second gray haze cleaning device, heat pump dress
Put, air humidity control device, air compressor, fresh air storage tank and controller；First gray haze absorption plant is included
First haze respiratory box, the first shower nozzle and the first water pump, the first gray haze cleaning device include the first cleaning box；Second gray haze
Absorption plant includes the second haze respiratory box, the second shower nozzle and the second water pump, and the second gray haze cleaning device includes second
Cleaning box；Heat pump assembly includes the first condenser, the first expansion valve, the first evaporator, the second condenser, the second expansion valve,
Second evaporator, the 3rd condenser, the 4th condenser, the 5th condenser and heat pump compressor；First condenser, the first expansion
Valve, the first evaporator, the second condenser, the second expansion valve, the second evaporator, the 3rd condenser, the 4th condenser and the 5th
Condenser is connected by pipeline with heat pump compressor；First shower nozzle and the first condenser are located in the first haze respiratory box, the
One shower nozzle is located at the top of the first condenser, and the first evaporator is located in the first cleaning box；Second shower nozzle and the second condenser
In the second haze respiratory box 17, the second shower nozzle is located at the top of the second condenser, and the second evaporator is located at the second cleaning box
It is interior；First shower nozzle is connected by pipeline with the delivery port of the first water pump, and the water inlet of the first water pump is connected with the first cleaning box；The
Two shower nozzles are connected by pipeline with the delivery port of the second water pump, and the water inlet of the second water pump is connected with the second cleaning box；Air is wet
Degree control device is provided with humidity regulation case, and humidity regulation case includes hothouse and humidifying chamber, and hothouse and humidifying chamber set
Between the air inlet of humidity regulation case and gas outlet；Isolation solenoid valve is provided between air inlet and gas outlet, using isolation electricity
Magnet valve separates air inlet with gas outlet, the air of air inlet is cannot directly enter gas outlet；It is dry that hothouse includes first
Dry room and secondary drying chamber, in the first hothouse, the 4th condenser is located in secondary drying chamber the 3rd condenser, and the 5th
Condenser is in humidifying chamber；The air inlet of humidity regulation case dries magnetic valve and is connected with the first hothouse by first, and first
Hothouse dries check valve and is connected with the gas outlet of humidity regulation case by first；The air inlet of humidity regulation case is dry by second
Dry magnetic valve is connected with secondary drying chamber, and secondary drying chamber dries check valve and connects with the gas outlet of humidity regulation case by second
Connect；The air inlet of humidity regulation case is connected by humidifying magnetic valve with humidifying chamber, and humidifying chamber is adjusted by humidifying check valve with humidity
Save the gas outlet connection of case；First air intake of the first haze respiratory box is connected with air, the first haze respiratory box and first
Rotary valve is connected, and the first rotary valve is connected with the first cleaning box, using the first rotary valve that the first haze respiratory box is clear with first
Clean case separates, it is to avoid air directly enters the first cleaning box by the first haze respiratory box；First cleaning box and the second haze absorb
Case is connected, and the second haze respiratory box is connected with the second rotary valve, and the second rotary valve is connected with the second cleaning box, using the second rotation
Valve separates the second haze respiratory box and the second cleaning box, it is to avoid air directly enters the second cleaning by the second haze respiratory box
Case；Second cleaning box is connected with humidity regulation case, and humidity regulation case is connected with air compressor, air compressor and fresh air
Storage tank is connected；Controller includes the first humidity sensor, the second humidity sensor and the 3rd humidity sensor, the first humidity
Sensor is located at the air inlet of humidity regulation case, and the second humidity sensor is located at the first hothouse, and the 3rd humidity sensor is located at
Secondary drying chamber；Controller passes through control line and the first gray haze absorption plant, the second gray haze absorption plant, heat pump assembly, air
Humidity conditioner and air compressor are connected.
The application method of air energy air freshener is：When using, controller controls the first gray haze absorption plant, second
The operation of gray haze absorption plant, heat pump assembly, air humidity control device and air compressor；After heat pump assembly operation, control
Device control refrigerant enters the first condenser, the second condenser, the 3rd condenser, the 4th condenser, the 5th condenser, the first evaporation
Device and the second evaporator, the first condenser of control, the second condenser, the 3rd condenser, the 4th condenser and the 5th condensation
Device heating, the first evaporator of control and the second evaporator turn cold；Outside air is extracted into the first ash using air compressor
The control of haze absorption plant, the first gray haze cleaning device, the second gray haze absorption plant, the second gray haze cleaning device and air humidity
Device conveys fresh air storage tank after purifying and adjusting humidity；Using the water smoke and vapor absorption air of the first gray haze absorption plant
Dust and gray haze, the dust and gray haze of water smoke and cleaning steam air are cooled down using the first gray haze cleaning device；
Then, the dust and gray haze of air are reabsorbed using the water smoke and steam of the second gray haze absorption plant, using the second gray haze
Cleaning device cools down the dust and gray haze of water smoke and steam clean air again；The humidity of the air inlet setting of humidity regulation case
Control range is 50% to 60%, and air enters into the air inlet of air humidity control device after being purified through the second gray haze cleaning device
Mouthful, when the humidity of air in air inlet is in the scope of setting, the first humidity sensor in air inlet gives its signal transmission
Controller, controller control first dry magnetic valve, second dry magnetic valve and humidification closed electromagnetic valve, control isolation electromagnetism
Valve is opened, and the air of air inlet dries magnetic valve and enters directly into the gas outlet of humidity regulation case through first, and is entered by gas outlet
Enter air compressor；When the humidity of the air inlet of humidity regulation case is more than 60%, the first humidity sensor gives its signal transmission
Controller, controller control isolation solenoid valve and humidification closed electromagnetic valve, and control first dry magnetic valve opening, air inlet
Mouthful air dry magnetic valve into the first hothouse through first, the air entered by air inlet through the first hothouse dry wood
After the material moisture absorption, the gas outlet that check valve enters into humidity regulation case is dried through first, and by gas outlet air inlet compressor；When
When humidity is more than 60% by the first hothouse, the second humidity sensor of the first hothouse to controller, controls its signal transmission
Device control first dries check valve, isolation solenoid valve and humidification closed electromagnetic valve, and control second dries magnetic valve opening,
The air of air inlet dries magnetic valve and enters secondary drying chamber through second, air the doing through secondary drying chamber entered by air inlet
After the dry material moisture absorption, the gas outlet that check valve enters into humidity regulation case is dried through second, and compressed by gas outlet air inlet
Machine；When the humidity of the air inlet of humidity regulation case is less than 50%, the first humidity sensor is by its signal transmission to controller, control
Device processed control isolation solenoid valve, first dry magnetic valve and second dry closed electromagnetic valve, and control humidification magnetic valve is beaten
Open, the humidified magnetic valve of air entered by air inlet enters humidifying chamber and absorbs moisture raising humidity, improves the air after humidity
Humidified check valve enters into the gas outlet of humidity regulation case, and by gas outlet air inlet compressor.
The beneficial effects of the invention are as follows：Air energy air freshener includes the first gray haze absorption plant, the first gray haze
Cleaning device, the second gray haze absorption plant, the second gray haze cleaning device, heat pump assembly, air humidity control device, air compression
Machine, fresh air storage tank and controller；When using, using the dust in said apparatus and equipment and water absorption cleaning air
And gray haze, used using water circulation, dust and gray haze in clean air, control dress using air humidity after air cleaner
The humidity of regulation fresh air is put, the air after purification and regulation humidity is stored in fresh air storage tank；It is fresh air
Vending machine provides fresh air source, for people provide clean filling fresh air.
Brief description of the drawings
Fig. 1 is the structural representation of air energy air freshener.
Specific embodiment
The present invention is further detailed below in conjunction with the accompanying drawings：
The structural representation of the air energy air freshener shown in Fig. 1, air energy air freshener includes the first gray haze
Absorption plant 1, the first rotary valve 2, the first gray haze cleaning device 3, the second gray haze absorption plant 4, second the 5, second ash of rotary valve
Haze cleaning device 6, heat pump assembly 7, air humidity control device 8, air compressor 9, fresh air storage tank 10 and controller
11；First gray haze absorption plant 1 includes the first haze respiratory box 13, the first shower nozzle 14 and the first water pump 15, the first gray haze
Cleaning device 3 includes the first cleaning box 16；Second gray haze absorption plant 4 includes the second haze respiratory box 17, the second shower nozzle
18 and second water pump 19, the second gray haze cleaning device 6 includes the second cleaning box 20；Heat pump assembly 7 includes the first condensation
Device 21, the first expansion valve 22, the first evaporator 23, the second condenser 24, the second expansion valve 25, the second evaporator the 26, the 3rd are cold
Condenser 27, the 4th condenser 28, the 5th condenser 29 and heat pump compressor 30；First condenser 21, the first expansion valve 22,
One evaporator 23, the second condenser 24, the second expansion valve 25, the second evaporator 26, the 3rd condenser 27, the 4th condenser 28 with
And the 5th condenser 29 be connected with heat pump compressor 30 by pipeline；First shower nozzle 14 and the first condenser 21 are located at the first mist
In haze respiratory box 13, the first shower nozzle 14 is located at the top of the first condenser 21, and the first evaporator 23 is located in the first cleaning box 16；
Second shower nozzle 18 and the second condenser 24 are located in the second haze respiratory box 17, and the second shower nozzle 18 is located at the second condenser 24
Top, the second evaporator 26 is located in the second cleaning box 20；First shower nozzle 14 is connected by the delivery port of pipeline and the first water pump 15
Connect, the water inlet of the first water pump 15 is connected with the first cleaning box 16；The water outlet that second shower nozzle 18 passes through pipeline and the second water pump 19
Mouth connection, the water inlet of the second water pump 19 is connected with the second cleaning box 20；Air humidity control device 8 is provided with humidity regulation case
31, humidity regulation case 31 includes hothouse 32 and humidifying chamber 33, and hothouse 32 and humidifying chamber 33 are located at humidity regulation case
Between 31 air inlet 34 and gas outlet 35；Isolation solenoid valve 36 is provided between air inlet 34 and gas outlet 35, using isolation electricity
Magnet valve 36 separates air inlet 34 with gas outlet 35, the air of air inlet 34 is cannot directly enter gas outlet 35；Hothouse 32
The first hothouse 37 and secondary drying chamber 38 are included, the 3rd condenser 27 is located in the first hothouse 37, the 4th condenser
28 in secondary drying chamber 38, and the 5th condenser 29 is in humidifying chamber 33；The air inlet 34 of humidity regulation case 31 is by the
One dries magnetic valve 39 is connected with the first hothouse 37, and the first hothouse 34 dries check valve 40 and humidity regulation case by first
31 gas outlet 35 connects；The air inlet 34 of humidity regulation case 31 dries magnetic valve 41 and connects with secondary drying chamber 38 by second
Connect, secondary drying chamber 38 dries check valve 42 and is connected with the gas outlet 35 of humidity regulation case 31 by second；Humidity regulation case 31
Air inlet 34 be connected with humidifying chamber 33 by humidifying magnetic valve 43, humidifying chamber 33 is by humidifying check valve 44 and humidity regulation case
31 gas outlet 35 connects；First air intake 45 of the first haze respiratory box 13 is connected with air, the first haze respiratory box 13
It is connected with the first rotary valve 2, the first rotary valve 2 is connected with the first cleaning box 16, is absorbed the first haze using the first rotary valve 2
Case 13 separates with the first cleaning box 16, it is to avoid air directly enters the first cleaning box 16 by the first haze respiratory box 13；First is clear
Clean case 16 is connected with the second haze respiratory box 17, and the second haze respiratory box 17 is connected with the second rotary valve 5, the second rotary valve 5 with
Second cleaning box 20 is connected, and is separated the second haze respiratory box 17 with the second cleaning box 20 using the second rotary valve 5, it is to avoid air
The second cleaning box 20 is directly entered by the second haze respiratory box 17；Second cleaning box 20 is connected with humidity regulation case 31, and humidity is adjusted
Section case 31 is connected with air compressor 9, and air compressor 9 is connected with fresh air storage tank 10；It is wet that controller 11 includes first
Degree sensor 46, the second humidity sensor 47 and the 3rd humidity sensor 48, the first humidity sensor 46 are located at humidity regulation
The air inlet 34 of case 31, the second humidity sensor 47 is located at the first hothouse 37, and the 3rd humidity sensor 48 is dried located at second
Room 38；Controller 11 is wet with the first gray haze absorption plant 1, the second gray haze absorption plant 4, heat pump assembly 7, air by control line
Degree control device 8 and air compressor 9 are connected.
In order to implement the humidity regulation to purify air using air, the first hothouse 37 is provided with first exhaust magnetic valve
49, secondary drying chamber 38 is provided with second exhaust magnetic valve 50, for by the moisture of the first hothouse 37 and secondary drying chamber 38
Discharge；First hothouse 37 and secondary drying chamber 38 are provided with drying material, and drying material includes activated carbon；First dries electricity
Magnet valve 39, second dry the original state of magnetic valve 41, first exhaust magnetic valve 49 and second exhaust magnetic valve 50 to close
State；The original state of the first hothouse 37 and secondary drying chamber 38 be closing state, it is to avoid the first hothouse 37 and
Secondary drying chamber 38 makes moist；3rd condenser 27 is provided with the first heating electromagnetic valve 51, and the 3rd condenser 27 passes through pipeline and first
Heating electromagnetic valve 51 is connected in series, and the first heating electromagnetic valve 51 is connected by pipeline with the refrigerant delivery outlet of heat pump compressor 30；
4th condenser 28 is provided with the second heating electromagnetic valve 52, and the 4th condenser 28 passes through pipeline and the company of series connection of the second heating electromagnetic valve 52
Connect, the second heating electromagnetic valve 52 is connected by pipeline with the refrigerant delivery outlet of heat pump compressor 30；5th condenser 29 is provided with
Three heating electromagnetic valves 53, the 5th condenser 29 is connected in series with the 3rd heating electromagnetic valve 53, and the 3rd heating electromagnetic valve 53 is by pipe
Road is connected with the refrigerant delivery outlet of heat pump compressor 30.
In order to implement air to be purified using air and humidity regulation, the first condenser 21, the second condenser
24th, the refrigerant input adapter of the 3rd condenser 27, the 4th condenser 28 and the 5th condenser 29 is connected in parallel rear and heat pump pressure
The refrigerant delivery outlet connection of contracting machine 30；The refrigerant output of the first condenser 21, the 3rd condenser 27 and the 4th condenser 28 connects
Head is connected after being connected in parallel with the first expansion valve 22, and the first expansion valve 22 is connected with the refrigerant input port of the first evaporator 23；The
The refrigerant out splice going splice of two condensers 24 and the 5th condenser 29 is connected after being connected in parallel with the second expansion valve 25, the second expansion
Valve 25 is connected with the refrigerant input port of the second evaporator 26；First evaporator 23 is in parallel with the refrigerant delivery outlet of the second evaporator 26
It is connected with the refrigerant input port of heat pump compressor 30 after connection.
The application method of air energy air freshener is：When using, first gray haze absorption plant 1 of the control of controller 11,
Second gray haze absorption plant 3, heat pump assembly 5, air humidity control device 8 and air compressor 9 run；Heat pump assembly 7 is transported
After row, controller 11 control refrigerant enter the first condenser 21, the second condenser 24, the 3rd condenser 27, the 4th condenser 28,
5th condenser 29, the first evaporator 23 and the second evaporator 26, the first condenser 21 of control, the second condenser the 24, the 3rd
Condenser 27, the 4th condenser 28 and the heating of the 5th condenser 29, the first evaporator 23 of control and the second evaporator 26 become
It is cold；Outside air is extracted into the first gray haze absorption plant 1, first the 3, second ash of gray haze cleaning device using air compressor 9
Haze absorption plant 4, the second gray haze cleaning device 6 and air humidity control device 8 convey pure and fresh sky after purifying and adjusting humidity
Gas storage tank 10；Using the water smoke and the dust and gray haze of vapor absorption air of the first gray haze absorption plant 1, using the first gray haze
Cleaning device 3 cools down the dust and gray haze of water smoke and cleaning steam air；Then, using the water of the second gray haze absorption plant 4
Mist and steam reabsorb the dust and gray haze of air, cool down water smoke using the second gray haze cleaning device 6 and steam cleans sky again
The dust and gray haze of gas；Air enters into the air inlet of air humidity control device 8 after being purified through the second gray haze cleaning device 6
34, when the scope of the humidity 50% to 60% of air in air inlet 34, the first humidity sensor 46 in air inlet 34 by its
To controller 11, the control of controller 11 first dries magnetic valve 39, second dries magnetic valve 41 and humidification electromagnetism signal transmission
Valve 43 is closed, and control isolation solenoid valve 36 is opened, and the air of air inlet 34 dries magnetic valve 39 and enters directly into humidity through first
The gas outlet 35 of regulating box 31, and by the air inlet compressor 9 of gas outlet 35；When the humidity of the air inlet 34 of humidity regulation case 31
During more than 60%, the first humidity sensor 46 by its signal transmission to controller 11, the control isolation solenoid valve 36 of controller 11 and
Humidification magnetic valve 43 is closed, and control first dries magnetic valve 39 and opens, and the air of air inlet 34 dries magnetic valve through first
39 enter the first hothouses 37, after the air entered by air inlet 34 is through the drying material moisture absorption of the first hothouse 34, through first
The gas outlet 35 that check valve 40 enters into humidity regulation case 31 is dried, and by the air inlet compressor 9 of gas outlet 35；When first dry
When humidity is more than 60% by dry room 37, the second humidity sensor 47 of the first hothouse 37 to controller 11, controls its signal transmission
The control of device processed 11 first dries check valve 40, isolation solenoid valve 36 and humidification magnetic valve 43 and closes, and control second is dried
Magnetic valve 41 is opened, and the air of air inlet 34 dries magnetic valve 41 and enters secondary drying chamber 38 through second, is entered by air inlet 34
Air through the drying material moisture absorption of secondary drying chamber 38 after, dry check valve 42 through second and enter into going out for humidity regulation case 31
Gas port 35, and by the air inlet compressor 9 of gas outlet 35；When the humidity of the air inlet 34 of humidity regulation case 31 is less than 50%, the
By its signal transmission to controller 11, the control of controller 11 isolation solenoid valve 36, first dry magnetic valve to one humidity sensor 46
39 and second dry magnetic valve 41 and close, and control humidification magnetic valve 43 is opened, the air entered by air inlet 34 through plus
Wet magnetic valve 43 enters humidifying chamber 33 and absorbs moisture raising humidity, and the humidified check valve 44 of air after raising humidity enters into wet
The gas outlet 35 of regulating box 31 is spent, and by the air inlet compressor 9 of gas outlet 35.
The application method of air energy air freshener is：When using, the first water pump 15 is by the water in the first cleaning box 16
Be evacuated to the first shower nozzle 14, the first shower nozzle 14 by water mist spray to the first condenser 21 in the first haze respiratory box 13, water smoke
Steam is evaporated to after being sprayed at the first condenser 21, is made in the first haze respiratory box 13 full of water smoke and steam；Second water pump
Water in second cleaning box 20 is evacuated to the second shower nozzle 18 by 19, and the second shower nozzle 18 is by water mist spray to the second haze respiratory box 17
The second condenser 24 on, water mist spray is evaporated to steam after the second condenser 24, makes to be full of in the second haze respiratory box 17
Water smoke and steam；Air is entered in the first haze respiratory box 13 by first air intake 45 of the first haze respiratory box 13, profit
With dust and gray haze in the water smoke and vapor absorption air in the first haze respiratory box 13, through water smoke and vapor absorption
Air after dust and gray haze enters in the first cleaning box 16 of the first gray haze cleaning device 3 through the first rotary valve 2, contains water smoke
And the air of steam is contacted with the first evaporator 23, water smoke and steam is set to be condensed into water, will using water smoke and steam
Dust and gray haze in air are removed；Enter the second gray haze absorption plant by the air after the purification of the first haze respiratory box 13
4 the second haze respiratory box 17, using the dust in the water smoke and steam in the second haze respiratory box 17 again absorption air
And gray haze, it is clear that the air after absorbing dust and gray haze again through water smoke and steam enters the second gray haze through the second rotary valve 5
In second cleaning box 20 of clean device 6, the air containing water smoke and steam is contacted with the second evaporator 26, makes water smoke and steaming
Vapour is condensed into water, is again removed the dust in air and gray haze using water smoke and steam.
It is dry to recycle in order to implement the restoration disposal of the first hothouse 37 and the drying material of secondary drying chamber 38
Dry material；The control of controller 11 first dries magnetic valve 39 and opens, and dries what is entered by air inlet 34 using the first hothouse 37
During air, controller 11 second dries magnetic valve 41 and closes, and control second exhaust magnetic valve 50 is opened, and is dried using second
Room 38 dries its drying material, is drained the moisture of secondary drying chamber 38 using second exhaust magnetic valve 50；Controller 11 is controlled
Second dries magnetic valve 41 opens, when drying the air entered by air inlet 34 using secondary drying chamber 38, controller 11 first
Magnetic valve 39 is dried to close, and control first exhaust magnetic valve 49 is opened, and its drying material is dried using the first hothouse 37,
The humidity gas of first hothouse 37 is drained using first exhaust magnetic valve 49；So constantly circulation.
The control of controller 11 second dries magnetic valve 41 when closing, and controller 11 controls the second heating electromagnetic valve 52 and the
Two exhaust solenoid valves 50 are opened；Refrigerant enters the 4th condenser 28 by heat pump compressor 30 through the second heating electromagnetic valve 52, then passes through
First expansion valve 22 returns to the first evaporator 23, then returns heat pump compressor 30, forms coolant loop；Using the 4th condensation
Drying material in the heating of device 28 secondary drying chamber 38, recovers the drying property of drying material, the moisture in secondary drying chamber 38
Outside air is discharged to by second exhaust magnetic valve 50.
The control of controller 11 first dries magnetic valve 39 when closing, and controller 11 controls the first heating electromagnetic valve 51 and the
One exhaust solenoid valve 49 is opened；Refrigerant enters the 3rd condenser 27 by heat pump compressor 30 through the first heating electromagnetic valve 51, then passes through
First expansion valve 22 returns to the first evaporator 23, then returns heat pump compressor 30, forms coolant loop；Using the 3rd condensation
Device 27 heats the drying material in the first hothouse 37, recovers the drying property of drying material, the moisture in the first hothouse 37
Outside air is discharged to by first exhaust magnetic valve 49.
In order to avoid extraneous air is directly entered the first cleaning box 16, the first haze respiratory box 13 passes through the first rotary valve 2
It is connected with the closing of the first cleaning box 16, using the first rotatory sealing blade 54 of the first rotary valve 2 by the first haze respiratory box 13
Separate with the first cleaning box 16, it is to avoid extraneous air directly enters the first cleaning box 16 by the first haze respiratory box 13；Controller
11 control the rotary valve 2 of air compressor 9 and first to run simultaneously, and the first rotatory sealing blade 54 of the first rotary valve 2 is continuous
Rotation, adjacent first rotation is entered into the first haze respiratory box 13 by the air of water smoke and vapor absorption dust and gray haze
Space between sealing blade 54, the first cleaning box 16 is entered then as the continuous rotation of the first rotatory sealing blade 54.
In order to avoid the air of the second haze respiratory box 17 is directly entered the second cleaning box 20, the second haze respiratory box 17 leads to
Cross the closing of the second rotary valve 5 and the second cleaning box 20 to be connected, using the second rotatory sealing blade 55 of the second rotary valve 5 by second
Haze respiratory box 17 separates with the second cleaning box 20, it is to avoid air directly enters the second cleaning box by the second haze respiratory box 17
20；Controller 11 controls the rotary valve 5 of air compressor 9 and second to run simultaneously, the second rotatory sealing leaf of the second rotary valve 5
Piece 55 constantly rotates, and is entered into by the air of water smoke and vapor absorption dust and gray haze in the second haze respiratory box 17 adjacent
Space between second rotatory sealing blade 55, enters second clear then as the continuous rotation of the first rotatory sealing blade 54
Clean case 20.
In order to implement the recycling of water, the bottom of the first haze respiratory box 13 is provided with the first water leg 56, the first cleaning
The bottom of case 16 is provided with the second water leg 57, and the bottom of the second haze respiratory box 17 is provided with the 3rd water leg 58, the second cleaning box
20 bottom is provided with the 4th water leg 59；First water leg 56 and the 3rd water leg 58 are connected by pipeline with the second water leg 57
Connect, the position of the first water leg 56 and the 3rd water leg 58 is higher than the position of the second water leg 57, make the first water leg 56 with
And the 3rd water leg 58 water energy flow into the second water leg 57, recycle.
In order to utilize running water after-purification water, the water inlet of the first water pump 15 to be catchmented with the second of the first cleaning box 16
Groove 57 is connected, and the second water leg 57 is provided with the first water intaking valve 60, and the first water intaking valve 60 is connected with running water；When the second water leg 57
Water level less than setting water level when, the first water intaking valve 60 is automatically replenished running water；The water inlet of the second water pump 19 and the 4th collection
Tank 59 is connected, and the 4th water leg 59 is provided with the second water intaking valve 61, and the second water intaking valve 61 is connected with running water, when the 4th water leg
When 59 water level is less than the water level for setting, the second water intaking valve 61 is automatically replenished running water.
In order to avoid the air reflux of the gas outlet 35 of humidity regulation case 31, first dries check valve 40, second dries list
Going out for humidity regulation case 31 is pointed to by the air inlet 34 of humidity regulation case 31 to the conducting direction of valve 42 and humidification check valve 44
Gas port 35, opposite direction is not turned on, it is to avoid the air of gas outlet 35 enters the first hothouse 37, the first hothouse 37 and humidifying chamber
33。
In order to control the 3rd condenser 27, the 4th condenser 28 and the flow direction of the refrigerant of the 5th condenser 29, the 3rd condensation
The out splice going splice of device 27 is in series with the first coolant solo valve 62, and the conducting direction of the first coolant solo valve 62 is by the 3rd condenser
27 point to the first expansion valve 22, and opposite direction is not turned on；The out splice going splice of the 4th condenser 28 is in series with the second coolant solo valve 63,
The conducting direction of the second coolant solo valve 63 is to point to the first expansion valve 22 by the 4th condenser 28, and opposite direction is not turned on；5th
The out splice going splice of condenser 29 is in series with the 3rd coolant solo valve 64, and the conducting direction of the 3rd coolant solo valve 64 is cold by the 3rd
Matchmaker's check valve 64 points to the second expansion valve 25, and opposite direction is not turned on.
In order to implement the humidification function of humidity regulation case 31, humidity regulation case 31 is provided with humidifying net 12, and humidifying net 12 is located at
The top of the 5th condenser 29, the bottom of humidity regulation case 31 is provided with clean water, and the 5th condenser 29 is contacted with clean water；Control
When the control humidification magnetic valve 43 of device 11 is opened, controller 11 controls the 3rd heating electromagnetic valve 53 to open simultaneously, and refrigerant is by heat pump pressure
Contracting machine 30 enters the 5th condenser 29 through the 3rd heating electromagnetic valve 53, then returns to the second evaporator 26 through the second expansion valve 25, so
After return heat pump compressor 30, form coolant loop；Clean water is heated using the 5th condenser 29 in humidifying chamber 33, makes to do
Water purification is evaporated on humidifying net 12, and the air of humidity regulation case 31 is entered using the humidification of humidifying net 12；Humidifying chamber 33 is provided with the 4th
Temperature sensor 65, the 4th temperature sensor 65 is connected by temperature control line with controller 11；When the high humidity of humidifying chamber 33
When the controlling value of setting, the 4th temperature sensor 65 by its signal transmission to controller 11, heat by the control of controller 11 the 3rd
Magnetic valve 53 is closed, and stops the heating evaporation water of the 5th condenser 29, controls the humidity of humidifying chamber 33, and the 4th temperature sensor 65 sets
Fixed humidity control value is 70%.
Claims (9)
1. the application method of air energy air freshener, air energy air freshener includes the first gray haze absorption plant
（1）, the first rotary valve（2）, the first gray haze cleaning device（3）, the second gray haze absorption plant（4）, the second rotary valve（5）, second
Gray haze cleaning device（6）, heat pump assembly（7）, air humidity control device（8）, air compressor（9）, fresh air storage tank
（10）And controller（11）；First gray haze absorption plant（1）Include the first haze respiratory box（13）, the first shower nozzle（14）With
And first water pump（15）, the first gray haze cleaning device（3）Include the first cleaning box（16）；Second gray haze absorption plant（4）Bag
The second haze respiratory box is included（17）, the second shower nozzle（18）And second water pump（19）, the second gray haze cleaning device（6）Include
Second cleaning box（20）；Heat pump assembly（7）Include the first condenser（21）, the first expansion valve（22）, the first evaporator（23）,
Second condenser（24）, the second expansion valve（25）, the second evaporator（26）, the 3rd condenser（27）, the 4th condenser（28）,
Five condensers（29）And heat pump compressor（30）；Air humidity control device（8）It is provided with humidity regulation case（31）, humidity regulation
Case（31）Include hothouse（32）And humidifying chamber（33）, hothouse（32）And humidifying chamber（33）Located at humidity regulation case
（31）Air inlet（34）With gas outlet（35）Between；Air inlet（34）With gas outlet（35）Between be provided with isolation solenoid valve
（36）；Hothouse（32）Include the first hothouse（37）And secondary drying chamber（38）, the 3rd condenser（27）Located at first
Hothouse（37）It is interior, the 4th condenser（28）Located at secondary drying chamber（38）It is interior, the 5th condenser（29）Located at humidifying chamber（33）
It is interior；Humidity regulation case（31）Air inlet（34）Magnetic valve is dried by first（39）With the first hothouse（37）Connection, first
Hothouse（34）Check valve is dried by first（40）With humidity regulation case（31）Gas outlet（35）Connection；Humidity regulation case
（31）Air inlet（34）Magnetic valve is dried by second（41）With secondary drying chamber（38）Connection, secondary drying chamber（38）Pass through
Second dries check valve（42）With humidity regulation case（31）Gas outlet（35）Connection；Humidity regulation case（31）Air inlet（34）
By humidifying magnetic valve（43）With humidifying chamber（33）Connection, humidifying chamber（33）By humidifying check valve（44）With humidity regulation case
（31）Gas outlet（35）Connection；First haze respiratory box（13）The first air intake（45）It is connected with air, the first haze
Respiratory box（13）With the first rotary valve（2）Connection, the first rotary valve（2）With the first cleaning box（16）Connection；First cleaning box
（16）With the second haze respiratory box（17）Connection, the second haze respiratory box（17）With the second rotary valve（5）Connection, the second rotary valve
（5）With the second cleaning box（20）Connection；Second cleaning box（20）With humidity regulation case（31）Connection, humidity regulation case（31）With sky
Air compressor（9）Connection, air compressor（9）With fresh air storage tank（10）Connection；Controller（11）Include the first humidity
Sensor（46）, the second humidity sensor（47）And the 3rd humidity sensor（48）, the first humidity sensor（46）Located at wet
Degree regulating box（31）Air inlet（34）, the second humidity sensor（47）Located at the first hothouse（37）, the 3rd humidity sensor
（48）Located at secondary drying chamber（38）；Controller（11）By control line and the first gray haze absorption plant（1）, the second gray haze absorb
Device（4）, heat pump assembly（7）, air humidity control device（8）And air compressor（9）Connection；It is characterized in that：It is described
The application method of air energy air freshener be：When using, controller（11）Control the first gray haze absorption plant（1）,
Two gray haze absorption plants（3）, heat pump assembly（5）, air humidity control device（8）And air compressor（9）Operation；Heat pump is filled
Put（7）After operation, controller（11）Control refrigerant enters the first condenser（21）, the second condenser（24）, the 3rd condenser
（27）, the 4th condenser（28）, the 5th condenser（29）, the first evaporator（23）And second evaporator（26）, control first
Condenser（21）, the second condenser（24）, the 3rd condenser（27）, the 4th condenser（28）And the 5th condenser（29）Become
Heat, controls the first evaporator（23）And second evaporator（26）Turn cold；Using air compressor（9）Outside air is extracted into
First gray haze absorption plant（1）, the first gray haze cleaning device（3）, the second gray haze absorption plant（4）, the second gray haze cleaning device
（6）And air humidity control device（8）Fresh air storage tank is conveyed after purification and regulation humidity（10）；Inhaled using the first gray haze
Receiving apparatus（1）Water smoke and vapor absorption air dust and gray haze, using the first gray haze cleaning device（3）Cooling water smoke
With the dust and gray haze of cleaning steam air；Then, using the second gray haze absorption plant（4）Water smoke and steam reabsorb
The dust and gray haze of air, using the second gray haze cleaning device（6）The dust of cooling water smoke and steam clean air again
And gray haze；Through the second gray haze cleaning device（6）Air enters into air humidity control device after purification（8）Air inlet
（34）, work as air inlet（34）The humidity of interior air in 50% to 60% scope, air inlet（34）The first interior humidity sensor
（46）By its signal transmission to controller（11）, controller（11）Control first dries magnetic valve（39）, second dry magnetic valve
（41）And humidification magnetic valve（43）Close, control isolation solenoid valve（36）Open, air inlet（34）Air through first dry
Magnetic valve（39）Enter directly into humidity regulation case（31）Gas outlet（35）, and by gas outlet（35）Air inlet compressor
（9）；When humidity regulation case（31）Air inlet（34）Humidity be more than 60% when, the first humidity sensor（46）Its signal is passed
It is defeated by controller（11）, controller（11）Control isolation solenoid valve（36）And humidification magnetic valve（43）Close, and control the
One dries magnetic valve（39）Open, air inlet（34）Air dry magnetic valve through first（39）Into the first hothouse（37）,
By air inlet（34）The air of entrance is through the first hothouse（34）The drying material moisture absorption after, dry check valve through first（40）Enter
Enter to humidity regulation case（31）Gas outlet（35）, and by gas outlet（35）Air inlet compressor（9）；When the first hothouse
（37）When humidity is more than into 60%, the first hothouse（37）The second humidity sensor（47）By its signal transmission to controller
（11）, controller（11）Control first dries check valve（40）, isolation solenoid valve（36）And humidification magnetic valve（43）Close, with
And control second dries magnetic valve（41）Open, air inlet（34）Air dry magnetic valve through second（41）Dried into second
Room（38）, by air inlet（34）The air of entrance is through secondary drying chamber（38）The drying material moisture absorption after, dried through second unidirectional
Valve（42）Enter into humidity regulation case（31）Gas outlet（35）, and by gas outlet（35）Air inlet compressor（9）；Work as humidity
Regulating box（31）Air inlet（34）Humidity be less than 50% when, the first humidity sensor（46）By its signal transmission to controller
（11）, controller（11）Control isolation solenoid valve（36）, first dry magnetic valve（39）And second dry magnetic valve（41）Close
Close, and control humidification magnetic valve（43）Open, by air inlet（34）The humidified magnetic valve of air of entrance（43）Into humidification
Room（33）Absorb moisture and improve humidity, improve the humidified check valve of air after humidity（44）Enter into humidity regulation case（31）'s
Gas outlet（35）, and by gas outlet（35）Air inlet compressor（9）.
2. the application method of air energy air freshener according to claim 1, it is characterised in that：Described air energy
The application method of air freshener is：When using, the first water pump（15）By the first cleaning box（16）Interior water is evacuated to the first spray
Head（14）, the first shower nozzle（14）By water mist spray to the first haze respiratory box（13）The first interior condenser（21）On, water smoke spray
It is sprinkled upon the first condenser（21）After be evaporated to steam, make the first haze respiratory box（13）It is interior full of water smoke and steam；Second water
Pump（19）By the second cleaning box（20）Interior water is evacuated to the second shower nozzle（18）, the second shower nozzle（18）By water mist spray to the second haze
Respiratory box（17）The second interior condenser（24）On, water mist spray is in the second condenser（24）After be evaporated to steam, make the second mist
Haze respiratory box（17）It is interior full of water smoke and steam；Air is by the first haze respiratory box（13）The first air intake（45）Into
First haze respiratory box（13）It is interior, using the first haze respiratory box（13）Dust in interior water smoke and vapor absorption air with
And gray haze, through the air after water smoke and vapor absorption dust and gray haze through the first rotary valve（2）Into the first gray haze sanitizer cartridge
Put（3）The first cleaning box（16）It is interior, the air containing water smoke and steam and the first evaporator（23）Contact, make water smoke and
Steam is condensed into water, is removed the dust in air and gray haze using water smoke and steam；By the first haze respiratory box
（13）Air after purification enters the second gray haze absorption plant（4）The second haze respiratory box（17）, absorbed using the second haze
Case（17）Interior water smoke and steam dust and gray haze again in absorption air, dust is absorbed through water smoke and steam again
With the air after gray haze through the second rotary valve（5）Into the second gray haze cleaning device（6）The second cleaning box（20）It is interior, contain water
The air and the second evaporator of mist and steam（26）Contact, makes water smoke and steam be condensed into water, using water smoke and steaming
Vapour again removes the dust in air and gray haze.
3. the application method of air energy air freshener according to claim 2, it is characterised in that：Described controller
（11）Control first dries magnetic valve（39）Open, using the first hothouse（37）Dry by air inlet（34）The air of entrance
When, controller（11）Second dries magnetic valve（41）Close, and control second exhaust magnetic valve（50）Open, it is dry using second
Dry room（38）Its drying material is dried, using second exhaust magnetic valve（50）By secondary drying chamber（38）Moisture drain；Control
Device（11）Control second dries magnetic valve（41）Open, using secondary drying chamber（38）Dry by air inlet（34）The air of entrance
When, controller（11）First dries magnetic valve（39）Close, and control first exhaust magnetic valve（49）Open, it is dry using first
Dry room（37）Its drying material is dried, using first exhaust magnetic valve（49）By the first hothouse（37）Humidity gas is drained；So
Constantly circulation.
4. the application method of air energy air freshener according to claim 3, it is characterised in that：Described controller
（11）Control second dries magnetic valve（41）During closing, controller（11）Control the 4th condenser（28）The second heating electromagnetic valve
（52）And secondary drying chamber（38）Second exhaust magnetic valve（50）Open；Refrigerant is by heat pump compressor（30）Through the second heating
Magnetic valve（52）Into the 4th condenser（28）, then through the first expansion valve（22）Return to the first evaporator（23）, then return
Heat pump compressor（30）, form coolant loop；Using the 4th condenser（28）Heating secondary drying chamber（38）Interior drying material,
Recover the drying property of drying material, secondary drying chamber（38）Interior moisture is by second exhaust magnetic valve（50）It is discharged to outside air
Face.
5. the application method of air energy air freshener according to claim 3, it is characterised in that：Described controller
（11）Control first dries magnetic valve（39）During closing, controller（11）Control the 3rd condenser（27）The first heating electromagnetic valve
（51）And first hothouse（37）First exhaust magnetic valve（49）Open；Refrigerant is by heat pump compressor（30）Through the first heating
Magnetic valve（51）Into the 3rd condenser（27）, then through the first expansion valve（22）Return to the first evaporator（23）, then return
Heat pump compressor（30）, form coolant loop；Using the 3rd condenser（27）Heat the first hothouse（37）Interior drying material,
Recover the drying property of drying material, the first hothouse（37）Interior moisture is by first exhaust magnetic valve（49）It is discharged to outside air
Face.
6. the application method of air energy air freshener according to claim 2, it is characterised in that：Described controller
（11）Air compressor is controlled simultaneously（9）And first rotary valve（2）Operation, the first rotary valve（2）The first rotatory sealing leaf
Piece（54）Constantly rotation, in the first haze respiratory box（13）Entered into by the air of water smoke and vapor absorption dust and gray haze
Adjacent first rotatory sealing blade（54）Between space, then as the first rotatory sealing blade（54）Continuous rotation and enter
Enter the first cleaning box（16）.
7. the application method of air energy air freshener according to claim 2, it is characterised in that：Described controller
（11）Air compressor is controlled simultaneously（9）And second rotary valve（5）Operation, the second rotary valve（5）The second rotatory sealing leaf
Piece（55）Constantly rotation, in the second haze respiratory box（17）Entered into by the air of water smoke and vapor absorption dust and gray haze
Adjacent second rotatory sealing blade（55）Between space, then as the second rotatory sealing blade（55）Continuous rotation and enter
Enter the second cleaning box（20）.
8. the application method of air energy air freshener according to claim 3, it is characterised in that：Described controller
（11）Control humidification magnetic valve（43）During opening, controller（11）The 5th condenser is controlled simultaneously（29）The 3rd heating electromagnetic valve
（53）Open, refrigerant is by heat pump compressor（30）Through the 3rd heating electromagnetic valve（53）Into the 5th condenser（29）, then through second
Expansion valve（25）Return to the second evaporator（26）, then return heat pump compressor（30）, form coolant loop；Using humidifying chamber
（33）The 5th interior condenser（29）Heating clean water, makes clean water be evaporated to humidifying net（12）On, using humidifying net（12）Plus
Wet entrance humidity regulation case（31）Air.
9. the application method of air energy air freshener according to claim 8, it is characterised in that：Described humidifying chamber
（33）It is provided with the 4th temperature sensor（65）, the 4th temperature sensor（65）By temperature control line and controller（11）Connection；
Work as humidifying chamber（33）Humidity more than setting controlling value when, the 4th temperature sensor（65）By its signal transmission to controller
（11）, controller（11）Control the 5th condenser（29）The 3rd heating electromagnetic valve（53）Close, stop the 5th condenser（29）
Heating evaporation water, controls humidifying chamber（33）Humidity.
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| CN201710105264.7A CN106823622B (en) | 2017-02-26 | 2017-02-26 | The application method of air energy air freshener |
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| CN201710105264.7A CN106823622B (en) | 2017-02-26 | 2017-02-26 | The application method of air energy air freshener |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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