CN105401393A - Air conditioning cabinet and control circuit and driving method thereof - Google Patents

Air conditioning cabinet and control circuit and driving method thereof Download PDF

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Publication number
CN105401393A
CN105401393A CN201510286176.2A CN201510286176A CN105401393A CN 105401393 A CN105401393 A CN 105401393A CN 201510286176 A CN201510286176 A CN 201510286176A CN 105401393 A CN105401393 A CN 105401393A
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China
Prior art keywords
air
steam
dedusting
airduct
valve
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Granted
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CN201510286176.2A
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Chinese (zh)
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CN105401393B (en
Inventor
李甜甜
王艳
袁小坤
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Henan University of Urban Construction
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Henan University of Urban Construction
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Priority to CN201510286176.2A priority Critical patent/CN105401393B/en
Publication of CN105401393A publication Critical patent/CN105401393A/en
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Publication of CN105401393B publication Critical patent/CN105401393B/en
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    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06FLAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00Domestic laundry dryers
    • D06F58/10Drying cabinets or drying chambers having heating or ventilating means
    • DTEXTILES; PAPER
    • D06TREATMENT OF TEXTILES OR THE LIKE; LAUNDERING; FLEXIBLE MATERIALS NOT OTHERWISE PROVIDED FOR
    • D06FLAUNDERING, DRYING, IRONING, PRESSING OR FOLDING TEXTILE ARTICLES
    • D06F58/00Domestic laundry dryers
    • D06F58/20General details of domestic laundry dryers 
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F5/00Air-conditioning systems or apparatus not covered by F24F1/00 or F24F3/00, e.g. using solar heat or combined with household units such as an oven or water heater

Abstract

The invention discloses a novel air conditioning cabinet, comprising a cabinet body (1), and a housing (2) arranged out of the cabinet body (1). The air conditioning cabinet comprises a dedusting drying device, a sterilization ironing device, and an air-out device. The structural design can dedust and sterilize clothes, and keep clothes clean, and short-time high-temperature steam sterilization would not completely soak the clothes. The air conditioning cabinet is suitable for clothes which needs dry cleaning or washing. The air conditioning cabinet can clean a plurality of clothes in different colors, and would not make clothes fade or mix color, and prevents cleaning and hanging and airing clothes every day, so as to ensure clothes to be clean and tidy every day.

Description

A kind of air conditioning cabinet and control circuit thereof and driving method
Technical field
The present invention relates to field of furniture, being specially one can purify air, and clothes sterilizing is sterilized and the air conditioning cabinet pressed, and the control circuit of this air conditioning cabinet and driving method.
Background technology
Along with growth in the living standard, the requirement of people to quality of the life is more and more higher, especially has higher requirement to the comfort level of room air and clothing.And in China, southern winter, cool, damp, then also had plum rain season summer in In Middle And Lower Reaches of Changjiang River; The winter in the north is then comparatively cold, and the dust suspension particle in air is more.Thus, washed clothing is difficult to parch, and also easily makes moist when being placed in wardrobe, even mouldy, breed bacteria, and the comfort level of impact dress, even damages health; And due to wooden wardrobe use material contain formaldehyde, also need in the production process of textile and clothing to adopt formaldehyde as reactant, in airtight wardrobe, formaldehyde is not easy release, for a long time need not if clothing is placed in wardrobe, a large amount of free formaldehydes being adsorbed, when exceeding certain limit when dissociating from fiber to the formaldehyde amount of skin, people will be made to produce allergy dermatitis.And along with increasing the weight of of environmental pollution, air quality and day all subtract, and have a strong impact on the healthy living of people.
The period of usually changing according to the season, the clothing of people substitutes very fast, or for the people of some hobby neat and tidies, some clothes are only dressed one day or will be cleaned for two days, and especially needing the clothing dry-cleaned, is only floating dust and the bacterium in some external worlds, also to send into drycleaner's to carry out cleaning or washing, so not only can shorten the service life of clothing, and lose time, greatly improve the living cost of people; And the floating dust bacterium in the external world is bonded on clothing and is contacted by people, be also unfavorable for that people's is healthy.
In order to overcome the pollution of room air, publication number be CN2819091 application discloses one " indoor air conditioner ", for the indoor air conditioner of the dedusting of room air, purification, sterilization and temperature adjustment, the room air be particularly useful under dry extremely hot or dust and sand weather regulates.Although the disclosure file achieves the condition for validity to room air, single only for being that the air purification effect of representative is better with the north containing a large amount of suspended particulate in the air of drying, sterilization simultaneously adopts ultraviolet sterilization, compare traditional compression mechanism cooling air-conditioner energy consumption greatly to reduce, but, for the south of humidity, above-mentioned patented technology is inapplicable, and cannot carry out the process such as effective sterilization for clothing in humid air.
Meanwhile, publication number is that application discloses " a kind of Multifunctional environment air conditioner " of CN2890736 is connected and composed by the miniature ventilating fan arranged in box body and box body, temperature controller, nanometer spice box, 50W internal heat type heat-generating pipe and fixing seat of heating tube thereof, negative oxygen ion generator, 12V power transformer, low-ozone ultraviolet lamp and socket thereof and timing controller.This patent application achieves deodorization and sterilization, the function can dried dedusting again and purify air.But, for the clothing of humidity, drying effect is poor, the cabinet only containing larger peculiar smell for shoe chest etc. carries out of short duration and simple deodorize successful, and sterilization adopts ultraviolet lamp, dry adopt heat-generating pipe, cannot realize clothing, especially need dehumidifying, sterilization and the clothing of flatiron effectively process.And the drying of electrothermal tube room, although effectively can realize drying effect, also to aggravate the drying of air, promotes to drift along in air the floating of particle simultaneously.
Therefore, provide a kind of structure simple, easy for operation, and can realize carrying out effective filtration, purification to the air in cabinet, being carried out disinfection by the steam of high temperature simultaneously, and utilize the steam of high temperature to carry out the novel air regulator cubicle of clothing flatiron, has been a good problem to study.
Summary of the invention
In order to overcome above-mentioned deficiency of the prior art, the invention provides a kind of structure simple, easy for operation, and can realize carrying out effective filtration, purification to the air in cabinet, carried out disinfection by the steam of high temperature simultaneously, and utilize the steam of high temperature to carry out the novel air regulator cubicle of clothing flatiron and control circuit thereof and driving method.
The object of the present invention is achieved like this:
A kind of air conditioning cabinet, comprise casing 1, and be arranged on the shell 2 outside casing 1, described air conditioning cabinet comprises dedusting drying device, sterilization ironing apparatus and exhaust apparatus, described dedusting drying device comprises air inlet 31, first air blast 32, first filter 33, second filter 34, air heater 35, first airduct 36, second airduct 37, 3rd airduct 38, 4th airduct 39 and first jet 40, described first jet 40 is connected with described 3rd airduct 38, described first airduct 36 connects described 3rd airduct 38 and described second filter 34, described second airduct 37 connects described second filter 34 and described air heater 35, described 4th airduct 39 connects described 3rd airduct 38 and described air heater 35, described first airduct 36 and described second airduct 37 are respectively arranged with the first valve 301, described 3rd airduct 38 is provided with the second valve 302,
Described sterilization ironing apparatus comprises water tank 41, steam generator 42, first steam lead 43, at least two the second steam lead 44, first steam jets 45 and at least two the second steam jets 46; Described first steam lead 43 connects described steam generator 42 and described first steam jet 45, described second steam lead 44 connects described steam generator 42 and described second steam jet 46, and described first steam lead 43 and described second steam lead 44 are respectively arranged with the 3rd valve 47;
Described exhaust apparatus comprises the second air blast 52 being arranged on the first air outlet 51 bottom casing 1, being connected with the first air outlet 21, the 3rd filter 53 be connected with the second air blast 52, be connected with the 3rd filter 53 and the second air outlet 54 be arranged on shell 2 sidewall;
Described first filter 33 comprises at least one material in active carbon, photocatalyst, active carbon, synthetic fiber; Described second filter 34 is electrostatic precipitator; Described 3rd filter 53 comprises at least one material in active carbon, photocatalyst, active carbon, synthetic fiber;
Described first jet 40, first steam jet 45 and described second steam jet 46 are arranged on the inside of described casing 1; Described casing 1 comprises top, base plate and sidewall;
Described first jet 40 and the second steam jet 46 are disposed adjacent, flatiron box 48 is provided with in described casing 1, described flatiron box 48 is arranged on the sidewall of described casing 1, grab 49 is provided with in described flatiron box 48, described first steam jet 45 is arranged in described flatiron box 48, described first steam jet 45 can be fixed on described grab 49, and described first steam jet 45 can press clothing; Elastic hose 50 is provided with between described first steam jet 45 and described first steam lead 43.
The control circuit that described novel air regulator cubicle controls comprises dedusting irradiation modules 3, sterilization flatiron module 4, air-out module 5 and control module 6, and described control module 6 controls the opening and closing of described air-out module 5; Described control module 6 controls described dedusting irradiation modules 3 and carries out dedusting and drying respectively to the clothing in described casing 1; Described control module 6 controls described sterilization flatiron module 4 and carries out sterilization and flatiron respectively to the clothing in described casing 1; Described dedusting irradiation modules 3, sterilization flatiron module 4 and air-out module 5 are connected respectively with control module 6, are arranged side by side between simultaneously respective;
The driving method of described novel air regulator cubicle control circuit, comprise hocket the dedusting stage, drying stage, sterilization stage and flatiron extreme;
In the described dedusting stage, described control module controls the unlatching of air-out module 5; Then described control module 6 inputs dedusting signal to described dedusting irradiation modules 3, described first valve 301 then described first airduct 36 arranged is opened, described first valve 301 that described second airduct 37 is arranged is closed, described dedusting signal can regulate the size of the unlatching of described second valve 302 simultaneously, thus can control the air quantity of described first jet 40 output; The wind speed that described dedusting signal controls the output of described first jet 40 is more than or equal to 10m/s and is less than or equal to 30m/s, and the control time in described dedusting stage is 3min-5min;
At described drying stage, described control module 6 controls the unlatching of described air-out module 5; Then described control module 6 inputs dry signal to described dedusting irradiation modules 3, described first valve 301 then described first airduct 36 arranged is closed, described first valve 301 that described second airduct 37 is arranged is opened, described dedusting signal can regulate the size of the unlatching of described second valve 302 simultaneously, thus can control the air quantity of described first jet 40 output;
In described sterilization stage, described control module 6 controls the unlatching of described air-out module 5; Then described control module 6 inputs sterilization signal to described sterilization flatiron module 4, then on described first steam lead, 43 described 3rd valves 47 arranged are closed, described 3rd valve 47 that described second steam lead 44 is arranged is opened, and described sterilization signal controls described second steam jet 46 burst of steam simultaneously; Described sterilization signal controls described second steam jet 46 burst of steam 3min-8min simultaneously;
In the described flatiron stage, described control module controls the unlatching of air-out module described in 6; Then described control module 6 inputs flatiron signal to described sterilization flatiron module 4, described 3rd valve 47 then described first steam lead 43 arranged is opened, described 3rd valve 47 that described second steam lead 44 is arranged is closed, and described flatiron signal can control described first steam jet 45 burst of steam simultaneously; The wind speed that described dedusting signal can control the output of described first jet 40 is more than or equal to 5m/s and is less than or equal to 15m/s, and the drying time of described drying stage is 5min-15min.
positive beneficial effect:structural design of the present invention can carry out dedusting and sterilization to clothing, keep the clean of clothing, and clothing can not soak by the high-temperature steam sterilization of short time completely, be applicable to the clothing needing dry-cleaning or washing, can clean the clothing of more than one piece different colours simultaneously, and clothing can not be made to fade or colour mixture, also avoid wash clothing every day, dry-clean or hang airing, can ensure that the clothing of every day is all neat and tidy;
This air conditioning cabinet is also configured with pressing machines, and utilize the steam generator in pressing machines to carry out sterilization to clothing, namely this design can carry out sterilization to clothing, can press again to clothing, and the sterilization cost of air conditioning cabinet can not be increased, simple and convenient;
When opening the dedusting pattern of this air conditioning cabinet, opening the door of air conditioning cabinet, the de-dusting cycle pattern of this air conditioning cabinet can be utilized to carry out purifying and dedusting to room air, structure is simple, practical;
Be provided with three filters in this air conditioning cabinet, better can carry out dedusting, dehumidifying to room air; When the door of air conditioning cabinet is opened, the quality of room air effectively can be improved; When the door of air conditioning cabinet is closed, can effectively clean the clothing hung in cabinet;
In this air conditioning cabinet, the second valve determines air-door actuator, thus can by control module to determining air quantity valve adjustment, thus the air quantity of first jet ejection can be controlled, do not need to add the air quantity that frequency converter just can regulate different spray nozzles to blow out, if air quantity that the nozzle of diverse location blows out is different, clothing so just can be made to rotate, thus omnibearing clothing to be cleaned, this design is convenient to regulate, and structure is simple.
Accompanying drawing explanation
Fig. 1 is structural representation one of the present invention;
Fig. 2 is structural representation two of the present invention;
Fig. 3 is control circuit schematic diagram of the present invention;
Fig. 4 is driving method schematic diagram of the present invention;
In figure be: casing 1, shell 2, dedusting irradiation modules 3, first valve 301, second valve 302, sterilization flatiron module 4, air-out module 5, control module 6, air inlet 31, first air blast 32, first filter 33, second filter 34, air heater 35, first airduct 36, second airduct 37, 3rd airduct 38, 4th airduct 39, first jet 40, water tank 41, steam generator 42, first steam lead 43, second steam lead 44, first steam jet 45, second steam jet 46, 3rd valve 47, flatiron box 48, grab 49, elastic hose 50, first air outlet 51, second air blast 52, 3rd filter 53, second air outlet 54, clothes rail 61.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, be clearly and completely described the technical scheme in the embodiment of the present invention, described embodiment is only the present invention's part embodiment, instead of whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art, not making the every other embodiment obtained under creative work prerequisite, belong to the scope of protection of the invention.
The embodiment of the present invention provides a kind of air conditioning cabinet, as depicted in figs. 1 and 2, the anatomical connectivity relation of dedusting drying device in this air conditioning cabinet is mainly indicated in Fig. 1, the anatomical connectivity relation of sterilization ironing apparatus in this air conditioning cabinet is mainly indicated in Fig. 2, shown in composition graphs 1 and Fig. 2, this air conditioning cabinet, comprise casing 1 and shell 2, described air conditioning cabinet comprises dedusting drying device, sterilization ironing apparatus, exhaust apparatus, described dedusting drying device comprises air inlet 31, first air blast 32, first filter 33, second filter 34, air heater 35, first airduct 36, second airduct 37, at least two the 3rd airducts 38, 4th airduct 39 and at least two first jet 40, described first jet 40 is connected with described 3rd airduct 38, described first airduct 36 connects described 3rd airduct 38 and described second filter 34, described second airduct 37 connects described second filter 34 and described air heater 35, described 4th airduct 39 connects described 3rd airduct 38 and described air heater 35, described first airduct 36 and described second airduct 37 are respectively arranged with the first valve 301, described 3rd airduct 38 is provided with the second valve 302,
Described sterilization ironing apparatus comprises water tank 41, steam generator 42, first steam lead 43, at least two the second steam lead 44, first steam jets 45 and at least two the second steam jets 46, described first steam lead 43 connects described steam generator 42 and described first steam jet 45, described second steam lead 44 connects described steam generator 42 and described second steam jet 46, and described first steam lead 43 and described second steam lead 44 are respectively arranged with the 3rd valve 47;
Described exhaust apparatus comprises the first air outlet 51, second air blast 52, the 3rd filter 53 and the second air outlet 54.
In embodiments of the present invention, described first filter comprises at least one material in active carbon, photocatalyst, active carbon, synthetic fiber, adopt simple sorbing material, adsorption cleaning is carried out to the impurity in air, described second filter is electrostatic precipitator, adopt the electrostatic precipitator that effect is stronger, purify further air, described 3rd filter comprises at least one material in active carbon, photocatalyst, active carbon, synthetic fiber.Wherein, the first filter carries out preliminary filtration, purification to air, such structural design, adopts two filters in the position of air intake, and scavenging material in two filters is different with principle, can carry out comprehensive purifying and dedusting to air.And the 3rd filter arranged in air-out position, only adopt simple sorbing material, adopt sorbing material just enough to the dust impurity that removing clothing adsorbs, also need not increase too many cost.
As can be seen from Fig. 1 and Fig. 2, described first jet 40, first steam jet 45 and described second steam jet 46 are arranged on the inside of described casing; Described casing comprises top, base plate and sidewall.Wherein, described air inlet is arranged on the top of described shell, and described first air outlet is arranged on the bottom of described casing, and described second air outlet is arranged on the sidewall of casing; Described first jet 40 and described second steam jet 46 are disposed adjacent, flatiron box 48 is provided with in described casing, described flatiron box 48 is arranged on the sidewall of described casing, grab 49 is provided with in described flatiron box 48, described first steam jet 45 is arranged in described flatiron box, described first steam jet 45 can be fixed on described grab, and described first steam jet 45 can press clothing; Be provided with elastic hose 50 between described first steam jet 45 and described first steam lead, this elastic hose can facilitate the movement of the first steam jet, and then is convenient for people to hold the first steam jet and presses clothing; This first steam jet is equivalent to daily pressing machines, namely this air conditioning cabinet is also configured with pressing machines, and utilize the steam generator in pressing machines to carry out sterilization to clothing, namely this design can carry out sterilization to clothing, can press clothing again, and the sterilization cost of air conditioning cabinet to clothing can not be increased, simple and convenient.
As can be seen from Fig. 1 and Fig. 2, four first jet and four the second steam jets is had to be arranged on four corners of casing respectively.These are only one embodiment of the present invention, embodiments of the present invention can also be, first jet and the second steam jet are set at the top of casing, at casing top, shower nozzle and nozzle are set, the air passage rates between gas outlet and air inlet can not only be accelerated, accelerate the cleaning speed to air or the cleaning speed of quickening to clothing, can also brush clothing from top to bottom, clothing is hung down more fall, convenient flatiron.
In embodiments of the present invention, second valve determines air-door actuator, thus can by control module to determining air quantity valve adjustment, thus the air quantity of first jet ejection can be controlled, do not need to add the air quantity that frequency converter just can regulate different spray nozzles to blow out, if the air quantity that the nozzle of diverse location blows out is different, clothing so just can be made to rotate, thus omnibearing clothing to be cleaned, this design is convenient to regulate, and structure is simple, make the life of people more convenient, also avoid often dry-cleaning clothing or washing, namely the living cost of people is reduced, the service life of clothing can be extended again.
As can be seen from Fig. 1 and Fig. 2, be provided with clothes rail in described casing, described clothes rail 61 can hang clothing, and described air conditioning cabinet is provided with cabinet door, and cabinet door can be oppositely arranged with clothes rail; When cabinet door is closed condition, then described air conditioning cabinet can carry out dedusting, drying, sterilization or flatiron to described clothing; When cabinet door is open mode, then described air conditioning cabinet can carry out udst separation to room air.
The embodiment of the present invention also provides a kind of air conditioning cabinet control circuit, be applied to air conditioning cabinet as above, as shown in Figure 3, described air conditioning cabinet control circuit comprises dedusting irradiation modules 3, sterilization flatiron module 4, air-out module 5 and control module 6, and described control module controls the opening and closing of described air-out module; Described control module controls described dedusting irradiation modules and carries out dedusting and drying respectively to the clothing in described casing; Described control module controls described sterilization flatiron module and carries out sterilization and flatiron respectively to the clothing in described casing.
The embodiment of the present invention also provides a kind of driving method of air conditioning cabinet control circuit, be applied to air conditioning cabinet control circuit as above, the driving method of described air conditioning cabinet control circuit comprise hocket the dedusting stage, drying stage, sterilization stage and flatiron extreme;
In the described dedusting stage, described control module controls the unlatching of described air-out module; Then described control module is to described dedusting irradiation modules input dedusting signal, described first valve opening then described first airduct arranged, described first valve closing that described second airduct is arranged, described dedusting signal can regulate the size of the unlatching of described second valve simultaneously, thus can control the air quantity of described first jet 40 output;
At described drying stage, described control module controls the unlatching of described air-out module; Then described control module inputs dry signal to described dedusting irradiation modules, described first valve closing then described first airduct arranged, described first valve opening that described second airduct is arranged, described dedusting signal can regulate the size of the unlatching of described second valve simultaneously, thus can control the air quantity of described first jet 40 output;
In described sterilization stage, described control module controls the unlatching of described air-out module; Then described control module is to described sterilization flatiron module input sterilization signal, described 3rd valve closing then described first steam lead arranged, described 3rd valve opening that described second steam lead is arranged, described sterilization signal controls described second steam jet burst of steam simultaneously;
In the described flatiron stage, described control module controls the unlatching of described air-out module; Then described control module is to described sterilization flatiron module input flatiron signal, described 3rd valve opening then described first steam lead arranged, described 3rd valve closing that described second steam lead is arranged, described flatiron signal can control described first steam jet 45 burst of steam simultaneously.
Preferably, the driving method of the air conditioning cabinet control circuit that the embodiment of the present invention provides, as shown in Figure 4, following steps:
The first step: described control module controls the unlatching of described air-out module;
Second step: in the described dedusting stage, described control module is to described dedusting irradiation modules input dedusting signal, described first valve opening then described first airduct arranged, described first valve closing that described second airduct is arranged, simultaneously described dedusting signal controls the wind speed that described first jet 40 exports and is more than or equal to 10m/s and is less than or equal to 30m/s, and the control time in described dedusting stage is 3min-5min;
3rd step: in described sterilization stage, described control module is to described sterilization flatiron module input sterilization signal, described 3rd valve closing then described first steam lead arranged, described 3rd valve opening that described second steam lead is arranged, described sterilization signal controls described second steam jet burst of steam 3min-8min simultaneously;
4th step: at described drying stage, described control module controls the unlatching of described air-out module; Then described control module inputs dry signal to described dedusting irradiation modules, described first valve closing then described first airduct arranged, described first valve opening that described second airduct is arranged, simultaneously described dedusting signal can control the wind speed that described first jet 40 exports and is more than or equal to 5m/s and is less than or equal to 15m/s, and the drying time of described drying stage is 5min-15min.
After having carried out above-mentioned 4th step, can also carry out clothing; Described control module is to described sterilization flatiron module input flatiron signal, described 3rd valve opening then described first steam lead arranged, described 3rd valve closing that described second steam lead is arranged, described flatiron signal can control described first steam jet burst of steam simultaneously.
The driving method of the air conditioning cabinet control circuit that the embodiment of the present invention provides, in the described dedusting stage, can also open the door of described air conditioning cabinet, then described air conditioning cabinet can carry out purifying and dedusting to room air.
The air conditioning cabinet that the embodiment of the present invention provides and driving method thereof, dedusting and sterilization can be carried out to clothing, keep the clean of clothing, and clothing can not soak by the high-temperature steam sterilization of short time completely, be applicable to the clothing needing dry-cleaning or washing, can clean the clothing of more than one piece different colours simultaneously, and clothing can not be made to fade or colour mixture, also avoid clean and hang airing clothing every day, can ensure that the clothing of every day is all neat and tidy.
The air conditioning cabinet provided the embodiment of the present invention above and the control circuit of this air conditioning cabinet and driving method thereof are described in detail, apply specific case herein to set forth principle of the present invention and embodiment, the explanation of above embodiment just understands method of the present invention and core concept thereof for helping; Meanwhile, for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as limitation of the present invention.

Claims (10)

1. an air conditioning cabinet, comprises casing (1) and shell (2), it is characterized in that: described air conditioning cabinet comprises dedusting drying device, sterilization ironing apparatus, exhaust apparatus;
Described dedusting drying device comprises air inlet (31), first air blast (32), first filter (33), second filter (34), air heater (35), first airduct (36), second airduct (37), at least two the 3rd airducts (38), 4th airduct (39) and at least two first jet (40), described first jet (40) is connected with described 3rd airduct (38), described first airduct (36) connects described 3rd airduct (38) and described second filter (34), described second airduct (37) connects described second filter (34) and described air heater (35), described 4th airduct (39) connects described 3rd airduct (38) and described air heater (35), described first airduct (36) and described second airduct (37) are respectively arranged with the first valve (301), described 3rd airduct (38) is provided with the second valve (302),
Described sterilization ironing apparatus comprises water tank (41), steam generator (42), first steam lead (43), at least two the second steam leads (44), first steam jet (45) and at least two the second steam jets (46), described first steam lead (43) connects described steam generator (42) and described first steam jet (45), described second steam lead (44) connects described steam generator (42) and described second steam jet (46), described first steam lead (43) and described second steam lead (44) are respectively arranged with the 3rd valve (47),
Described exhaust apparatus comprises the first air outlet (51), the second air blast (52), the 3rd filter (53) and the second air outlet (54).
2. air conditioning cabinet according to claim 1, is characterized in that, described first filter (33) comprises at least one material in active carbon, photocatalyst, active carbon, synthetic fiber; Described second filter (34) is electrostatic precipitator; Described 3rd filter (53) comprises at least one material in active carbon, photocatalyst, active carbon, synthetic fiber.
3. air conditioning cabinet according to claim 1, is characterized in that, described first jet (40), the first steam jet (45) and described second steam jet (46) are arranged on the inside of described casing (1); Described casing (1) comprises top, base plate and sidewall.
4. air conditioning cabinet according to claim 3, it is characterized in that, described first jet (40) and described second steam jet (46) are disposed adjacent, flatiron box (48) is provided with in described casing (1), described flatiron box (48) is arranged on the sidewall of described casing (1), grab (49) is provided with in described flatiron box (48), described first steam jet (45) is arranged in described flatiron box (48), described first steam jet (45) is fixed on described grab (61), and described first steam jet (45) can be pressed clothing; Elastic hose (50) is provided with between described first steam jet (45) and described first steam lead (43).
5. air conditioning cabinet according to claim 1, it is characterized in that, described air inlet (31) is arranged on the top of described shell (2), and described first air outlet (51) is arranged on the bottom of described casing (1), and described second air outlet (54) is arranged on the sidewall of shell (2); Described second valve (302) determines air-door actuator.
6. air conditioning cabinet according to claim 1, is characterized in that, is provided with clothes rail (61) in described casing (1).
7. the control circuit of the air conditioning cabinet as described in claim 1-6 Arbitrary Term, it is characterized in that, comprise dedusting irradiation modules (3), sterilization flatiron module (4), air-out module (5) and control module (6), described control module (6) controls the opening and closing of described air-out module (5); Described control module (6) controls described dedusting irradiation modules (3) and carries out dedusting and drying respectively to the clothing in described casing (1); Described control module (6) controls described sterilization flatiron module (4) and carries out sterilization and flatiron respectively to the clothing in described casing (1).
8. the driving method of an air conditioning cabinet control circuit, be applied to the control circuit of air conditioning cabinet as claimed in claim 5, it is characterized in that, the driving method of described air conditioning cabinet control circuit comprise hocket the dedusting stage, drying stage, sterilization stage and flatiron extreme;
In the described dedusting stage, described control module controls the unlatching of (6) described air-out module (5); Then described control module (6) is to described dedusting irradiation modules (3) input dedusting signal, then upper described first valve (301) arranged of described first airduct (36) is opened; Upper described first valve (301) arranged of described second airduct (37) is closed, and described dedusting signal can regulate the size of the unlatching of described second valve (302) simultaneously, thus can control the air quantity that described first jet (40) exports;
At described drying stage, described control module (6) controls the unlatching of described air-out module (5); Then described control module (6) inputs dry signal to described dedusting irradiation modules (3), then upper described first valve (301) arranged of described first airduct (36) is closed; Upper described first valve (301) arranged of described second airduct (37) is opened, and described dedusting signal can regulate the size of the unlatching of described second valve (302) simultaneously, thus can control the air quantity that described first jet (40) exports;
In described sterilization stage, described control module (6) controls the unlatching of described air-out module (5); Then described control module (6) is to described sterilization flatiron module (4) input sterilization signal, then upper described 3rd valve (47) arranged of described first steam lead (43) is closed, upper described 3rd valve (47) arranged of described second steam lead (44) is opened, and described sterilization signal controls described second steam jet (46) burst of steam simultaneously;
In the described flatiron stage, described control module (6) controls the unlatching of described air-out module (5); Then described control module (6) is to described sterilization flatiron module (4) input flatiron signal, then upper described 3rd valve (47) arranged of described first steam lead (46) is opened, upper described 3rd valve (47) arranged of described second steam lead (44) is closed, and described flatiron signal can control described first steam jet (45) burst of steam simultaneously.
9. the driving method of air conditioning cabinet control circuit according to claim 8, is characterized in that, comprise the steps:
The first step: described control module controls the unlatching of (6) described air-out module (5);
Second step: in the described dedusting stage, described control module (6) is to described dedusting irradiation modules (3) input dedusting signal, then upper described first valve (301) arranged of described first airduct (36) is opened, upper described first valve (301) arranged of described second airduct (27) is closed, simultaneously described dedusting signal controls the wind speed that described first jet (40) exports and is more than or equal to 10m/s and is less than or equal to 30m/s, and the control time in described dedusting stage is 3min-5min;
3rd step: in described sterilization stage, described control module (6) is to described sterilization flatiron module (4) input sterilization signal, then upper described 3rd valve (47) arranged of described first steam lead (43) is closed, upper described 3rd valve (47) arranged of described second steam lead (44) is opened, and described sterilization signal controls described second steam jet (46) burst of steam 3min-8min simultaneously;
4th step: at described drying stage, described control module (6) controls the unlatching of described air-out module (5); Then described control module (6) inputs dry signal to described dedusting irradiation modules (3), then upper described first valve (301) arranged of described first airduct (36) is closed; Upper described first valve (301) arranged of described second airduct (37) is opened, simultaneously described dedusting signal can control the wind speed that described first jet (40) exports and is more than or equal to 5m/s and is less than or equal to 15m/s, and the drying time of described drying stage is 5min-15min.
10. the driving method of air conditioning cabinet control circuit according to claim 8, is characterized in that, in the described dedusting stage, opens the door of described air conditioning cabinet, then described air conditioning cabinet can carry out purifying and dedusting to room air.
CN201510286176.2A 2015-05-29 2015-05-29 A kind of air conditioning cabinet and its control circuit and driving method Expired - Fee Related CN105401393B (en)

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