CN109631658A - A kind of evaporator cleaning control method, device and air conditioner - Google Patents
A kind of evaporator cleaning control method, device and air conditioner Download PDFInfo
- Publication number
- CN109631658A CN109631658A CN201811627151.4A CN201811627151A CN109631658A CN 109631658 A CN109631658 A CN 109631658A CN 201811627151 A CN201811627151 A CN 201811627151A CN 109631658 A CN109631658 A CN 109631658A
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- Prior art keywords
- evaporator
- coil pipe
- interior machine
- air conditioner
- machine coil
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Classifications
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F28—HEAT EXCHANGE IN GENERAL
- F28G—CLEANING OF INTERNAL OR EXTERNAL SURFACES OF HEAT-EXCHANGE OR HEAT-TRANSFER CONDUITS, e.g. WATER TUBES OR BOILERS
- F28G9/00—Cleaning by flushing or washing, e.g. with chemical solvents
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
- F24F11/41—Defrosting; Preventing freezing
- F24F11/43—Defrosting; Preventing freezing of indoor units
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/61—Control or safety arrangements characterised by user interfaces or communication using timers
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/64—Electronic processing using pre-stored data
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- Engineering & Computer Science (AREA)
- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Signal Processing (AREA)
- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- Fuzzy Systems (AREA)
- Mathematical Physics (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The present invention provides a kind of evaporator cleaning control methods, device and air conditioner, this method comprises: when air conditioner enters automatically cleaning mode, cleaning way at least one of is washed and washed with frost cleans the evaporator, after the air conditioner exits the automatically cleaning mode, obtain the total Water generated in cleaning process, the next scavenging period period of the evaporator is determined according to the total Water, to make evaporator keep clean state for a long time, effectively prevent the growth of bacterium, it ensure that the cleaning of air-conditioning internal machine, air conditioner is enabled to blow out free from extraneous odour when running, abacterial fresh air, improve user experience.
Description
Technical field
The present invention relates to air-conditioning technical field, in particular to a kind of evaporator cleaning control method, device and air conditioner.
Background technique
Currently, being that single dependence condensed water cleaning or frosting are cleaned mostly for the cleaning of air-conditioning internal machine, not to clear
It washes effect to be judged, cleaning is likely to occur halfway situation.Once cleaning is not thorough enough, air conditioner uses a period of time
Afterwards, it is easy to cause on evaporator and breeds many bacteriums, when air conditioner operation, the wind of blowout has peculiar smell and bacterium, serious shadow
User experience and health are rung.
Summary of the invention
Problems solved by the invention is can not to judge in the prior art cleaning effect, when evaporator cleaning is not thorough
When, Yi Zisheng bacterium.
To solve the above problems, the present invention provides a kind of evaporator cleaning control method, it is applied to air conditioner, the air-conditioning
Device includes evaporator, which comprises
When the air conditioner enters automatically cleaning mode, at least one of washes and wash described in cleaning way cleaning with frost
Evaporator；
After the air conditioner exits the automatically cleaning mode, the total Water generated in cleaning process is obtained；
The next scavenging period period of the evaporator is determined according to the total Water.
In evaporator cleaning control method provided by the invention, after air conditioner enters automatically cleaning mode, by using
Frost is washed and is washed at least one of both cleaning ways and cleans to evaporator, and evaporator surface can be effectively cleaned
Dust improves the cleaning effect of evaporator；After air conditioner exits automatically cleaning mode, calculates and produced during cleaning the evaporator
Raw total Water, and the next scavenging period period is determined according to the total Water, due to the total water generated in evaporator cleaning process
Amount can reflect the cleaning effect of evaporator, i.e., when the total Water of generation is more, shows that the cleaning effect of evaporator is preferable, work as production
Raw total Water is less, shows that the cleaning effect of evaporator is poor, therefore cleaning next time of evaporator is determined according to the total Water
Time cycle can make evaporator keep clean state for a long time, effectively prevent the growth of bacterium, ensure that the clean of air-conditioning internal machine
Only, enable air conditioner to blow out free from extraneous odour, abacterial fresh air when running, improve user experience.
Further, the step of next scavenging period period that the evaporator is determined according to total Water packet
It includes:
The total Water is more, then the next scavenging period period determined according to the total Water is longer；It is described total
Water is fewer, then the next scavenging period period determined according to the total Water is shorter.
In the present invention, since the total Water generated in evaporator cleaning process can reflect the cleaning effect of evaporator,
When the total Water of generation is more, shows that the cleaning effect of evaporator is preferable, it is next time clear that longer time entrance can be spaced
It washes, thus it is longer according to the next scavenging period period that total Water determines；When the total Water of generation is less, show the clear of evaporator
Wash that effect is poor, needing to be spaced the shorter time enters and cleans next time, to guarantee the cleaning of evaporator, avoid breeding bacterium,
Therefore it is shorter according to the next scavenging period period that total Water determines.
Further, described at least one of to wash and wash the step of cleaning way cleans evaporator packet with frost
It includes:
Control the surface frosting of the evaporator；
The frost controlled on the evaporator melts；
The surface for controlling the evaporator generates condensed water.
In the present invention, after air conditioner enters automatically cleaning mode, before this by the process of frosting and defrost to evaporator
First time cleaning is carried out, then evaporator clean for the second time by generating condensed water, therefore can effectively clean evaporator
The dust on surface improves the cleaning effect of evaporator.
Further, the air conditioner further includes compressor and electric expansion valve, the surface of the control evaporator
The step of frosting includes:
In cooling mode, the aperture of the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is less than or equal to first object temperature；
When the interior machine coil pipe actual temperature is less than or equal to the first object temperature, the air conditioner operation is controlled
First preset time, so that the surface frosting of the evaporator.
In the present invention, the interior machine of air conditioner is made by the aperture of adjusting electric expansion valve and/or the frequency of compressor
Coil pipe actual temperature is less than or equal to first object temperature, when air conditioner is less than or equal to the first mesh in interior machine coil pipe actual temperature
When running the first preset time under conditions of mark temperature, it can achieve the purpose that in evaporator surface frosting.
Further, the aperture that the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is wrapped the step of being less than or equal to first object temperature
It includes:
When the interior machine coil pipe actual temperature is greater than the first object temperature, opening for the electric expansion valve is reduced
Degree, so that the interior machine coil pipe actual temperature is less than or equal to first object temperature；
When the aperture of the electric expansion valve is reduced to the first default aperture, if the interior machine coil pipe actual temperature is still big
In the first object temperature, then the frequency of the compressor is increased, until the interior machine coil pipe actual temperature is less than or equal to
The first object temperature.
When in the present invention, under air conditioner is in refrigeration mode, if interior machine coil pipe actual temperature is greater than first object
Temperature can be such that interior machine refrigerant pressure reduces, and then reduce evaporating temperature by reducing electronic expansion valve opening, to reach drop
The purpose of low interior machine coil pipe actual temperature；And when adjust electronic expansion valve opening be unable to satisfy interior machine coil pipe actual temperature be less than or
When equal to first object temperature, then starts the frequency for adjusting compressor, reduce interior machine refrigerant by increasing the frequency of compressor
Pressure, and then interior machine coil pipe actual temperature is reduced, the frosting effect of evaporator surface has been effectively ensured.
Further, the air conditioner further includes compressor and electric expansion valve, the frost on the control evaporator
The step of thawing includes:
In cooling mode, the aperture of the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is greater than or equal to the second target temperature；
When the interior machine coil pipe actual temperature is greater than or equal to second target temperature, the air conditioner operation is controlled
Second preset time, so that the frost on the evaporator melts.
In the present invention, the interior machine of air conditioner is made by the aperture of adjusting electric expansion valve and/or the frequency of compressor
Coil pipe actual temperature is greater than or equal to the second target temperature, when air conditioner is greater than or equal to the second mesh in interior machine coil pipe actual temperature
When running the second preset time under conditions of mark temperature, the frost of evaporator surface can be made to melt and finished.
Further, the aperture that the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is greater than or equal to the step of second target temperature
Suddenly include:
When the interior machine coil pipe actual temperature is less than second target temperature, opening for the electric expansion valve is increased
Degree, so that the interior machine coil pipe actual temperature is greater than or equal to second target temperature；
When the aperture of the electric expansion valve is increased to the second default aperture, if the interior machine coil pipe actual temperature is still small
In second target temperature, then the frequency of the compressor is reduced, until the interior machine coil pipe actual temperature is greater than or equal to
Second target temperature.
When in the present invention, under air conditioner is in refrigeration mode, if interior machine coil pipe actual temperature is less than the second target
Temperature can be such that interior machine refrigerant pressure increases, and then increase evaporating temperature by increasing electronic expansion valve opening, be risen with reaching
The purpose of machine coil pipe actual temperature in height；And when adjust electronic expansion valve opening be unable to satisfy interior machine coil pipe actual temperature be greater than or
When equal to the second target temperature, then starts the frequency for adjusting compressor, increase interior machine refrigerant by reducing the frequency of compressor
Pressure, and then interior machine coil pipe actual temperature is increased, melt the frost of evaporator surface and finish, the frost that evaporator has been effectively ensured is washed
Effect.
Further, the air conditioner further includes compressor and electric expansion valve, the surface of the control evaporator
Generate condensed water the step of include:
In cooling mode, the aperture of the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is less than or equal to third target temperature；
When the interior machine coil pipe actual temperature is less than or equal to the third target temperature, the air conditioner operation is controlled
Third preset time, so that the surface of the evaporator generates condensed water.
In the present invention, the interior machine of air conditioner is made by the aperture of adjusting electric expansion valve and/or the frequency of compressor
Coil pipe actual temperature is less than or equal to third target temperature, when air conditioner is less than or equal to third mesh in interior machine coil pipe actual temperature
When running third preset time under conditions of mark temperature, evaporator surface can be made to form more condensed water, thus to evaporator
Carry out condensed water cleaning.
Further, the aperture that the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is less than or equal to the step of the third target temperature
Suddenly include:
When the interior machine coil pipe actual temperature is greater than the third target temperature, opening for the electric expansion valve is reduced
Degree, so that the interior machine coil pipe actual temperature is less than or equal to the third target temperature；
When the aperture of the electric expansion valve is reduced to third to preset aperture, if the interior machine coil pipe actual temperature is still big
In the third target temperature, then the frequency of the compressor is increased, until the interior machine coil pipe actual temperature is less than or equal to
The third target temperature.
When in the present invention, under air conditioner is in refrigeration mode, if interior machine coil pipe actual temperature is greater than third target
Temperature can be such that interior machine refrigerant pressure reduces, and then reduce evaporating temperature by reducing electronic expansion valve opening, to reach drop
The purpose of low interior machine coil pipe actual temperature；And when adjust electronic expansion valve opening be unable to satisfy interior machine coil pipe actual temperature be less than or
When equal to third target temperature, then starts the frequency for adjusting compressor, reduce interior machine refrigerant by increasing the frequency of compressor
Pressure, and then machine coil pipe actual temperature in reducing so that evaporator surface is capable of forming more condensed water, thus to evaporator into
The cleaning of row condensed water.
Further, it is described at least one of wash and wash with frost the step of cleaning way cleans the evaporator it
Afterwards, the evaporator cleaning control method further include:
Drying and processing is carried out to the evaporator.
In the present invention, when being cleaned to evaporator at least one of both cleaning ways are washed and washed with frost
Afterwards, wet environment many bacteriums easy to breed on evaporator, by carrying out drying and processing to evaporator, it is possible to prevente effectively from carefully
The growth of bacterium.
Further, the air conditioner further includes compressor and electric expansion valve, described to dry to the evaporator
The step of processing includes:
In a heating mode, the aperture of the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is greater than or equal to the 4th target temperature；
When the interior machine coil pipe actual temperature is greater than or equal to four target temperature, the air conditioner operation is controlled
4th preset time, to dry the moisture of the evaporator surface.
In the present invention, the interior machine of air conditioner is made by the aperture of adjusting electric expansion valve and/or the frequency of compressor
Coil pipe actual temperature is greater than or equal to the 4th target temperature, when air conditioner is greater than or equal to the 4th mesh in interior machine coil pipe actual temperature
Mark temperature under conditions of run four preset times when, can drying evaporator surface moisture complete automatically cleaning, to avoid tide
Bacterium is bred under wet environment.
Further, the aperture that the electric expansion valve is adjusted according to the interior machine coil pipe actual temperature of the air conditioner
And/or the frequency of the compressor, so that the interior machine coil pipe actual temperature is greater than or equal to the step of the 4th target temperature
Suddenly include:
When the interior machine coil pipe actual temperature is less than four target temperature, opening for the electric expansion valve is reduced
Degree, so that the interior machine coil pipe actual temperature is greater than or equal to the 4th target temperature；
When the aperture of the electric expansion valve is reduced to four default apertures, if the interior machine coil pipe actual temperature is still small
In the 4th target temperature, then the frequency of the compressor is increased, until the interior machine coil pipe actual temperature is greater than or equal to
4th target temperature.
In the present invention, when air conditioner is under heating mode, if interior machine coil pipe actual temperature is less than the 4th target
Temperature can be such that interior machine refrigerant pressure increases, and then increase evaporating temperature by reducing electronic expansion valve opening, be risen with reaching
The purpose of machine coil pipe actual temperature in height；And when adjust electronic expansion valve opening be unable to satisfy interior machine coil pipe actual temperature be greater than or
When equal to four target temperatures, then starts the frequency for adjusting compressor, increase interior machine refrigerant by increasing the frequency of compressor
Pressure, and then interior machine coil pipe actual temperature is increased, improve the drying effect of evaporator.
Further, it is described at least one of wash and wash with frost the step of cleaning way cleans the evaporator it
Afterwards, the evaporator cleaning control method further include:
Sterilization processing is carried out to the evaporator.
In the present invention, when being cleaned to evaporator at least one of both cleaning ways are washed and washed with frost
Afterwards, by carrying out sterilization processing to evaporator, free from extraneous odour can be blown out, without bacterium fresh air when air conditioner operation has been effectively ensured,
Improve user experience.
Further, the air conditioner further includes ultraviolet radiator, described the step of carrying out sterilization processing to the evaporator
Include:
It controls the ultraviolet radiator to open to irradiate the evaporator, to carry out sterilization processing to the evaporator.
In the present invention, by the irradiation of ultraviolet radiator to evaporator degerming, so that air conditioner blowout is mentioned without bacterium fresh air
High user experience.
The present invention also provides a kind of evaporator cleaning control devices, are applied to air conditioner, and the air conditioner includes evaporator,
The evaporator cleaning control device includes:
Cleaning control module, for when the air conditioner enters automatically cleaning mode, with frost wash and wash at least one
Kind cleaning way cleans the evaporator；
Water obtains module, for obtaining and generating in cleaning process after the air conditioner exits the automatically cleaning mode
Total Water；
Cleaning frequency determining module, for determining the next scavenging period period of the evaporator according to the total Water.
The present invention also provides a kind of air conditioners, including controller and are stored with the memory of computer program, the calculating
When machine program is read and run by the controller, above-mentioned evaporator cleaning control method is realized.
Detailed description of the invention
Fig. 1 is the composition schematic diagram of air conditioner provided by the present invention.
Fig. 2 is a kind of flow diagram of evaporator cleaning control method provided by the present invention.
Fig. 3 is the sub-step schematic diagram of step S11 in Fig. 2.
Fig. 4 is another flow diagram of evaporator cleaning control method provided by the present invention.
Fig. 5 is another flow diagram of evaporator cleaning control method provided by the present invention.
Fig. 6 is a kind of the functional block diagram of evaporator cleaning control device provided by the present invention.
Fig. 7 is the submodule schematic diagram of cleaning control module in Fig. 6.
Fig. 8 is another the functional block diagram of evaporator cleaning control device provided by the present invention.
Description of symbols: 100- air conditioner；200- evaporator cleaning control device；110- controller；120- memory；
130- evaporator；140- compressor；150- electric expansion valve；160- coil temperature sensor；170- ultraviolet radiator；180- water flow
Meter；21- cleaning control module；22- water obtains module；23- cleaning frequency determining module；211- frosting control module；
212- defrosting control module；213- control condensation module；201- dries control module；202- sterilizes control module.
Specific embodiment
To make the above purposes, features and advantages of the invention more obvious and understandable, with reference to the accompanying drawing to the present invention
Specific embodiment be described in detail.
Evaporator cleaning control method and device provided by the embodiment of the present invention can be applied to air conditioner shown in FIG. 1
In 100.The air conditioner 100 includes controller 110, memory 120, evaporator 130, compressor 140, electric expansion valve 150, disk
Pipe temperature sensor 160, ultraviolet radiator 170 and water ga(u)ge 180, memory 120, evaporator 130, compressor 140, electronics are swollen
Swollen valve 150, coil temperature sensor 160, ultraviolet radiator 170 and water ga(u)ge 180 are electrically connected with controller 110.
In the present embodiment, which is preferably provided at the interior machine coil pipe of air conditioner 100, is used for
The interior machine coil temperature is simultaneously fed back to controller 110 by the interior machine coil temperature of real-time detection air conditioner 100；The ultraviolet radiator
170 are preferably provided at the position that can irradiate entire evaporator 130, can be to evaporator when the ultraviolet radiator 170 is opened
130 are sterilized；The water ga(u)ge 180 is preferably provided on the drainpipe of the air conditioner 100, for air conditioner 100 into
When entering automatically cleaning mode, calculates the total Water generated in entire cleaning process and the total Water is fed back into controller 110.
It referring to figure 2., is the flow diagram of evaporator cleaning control method provided by the embodiment of the present invention.It needs
Bright, evaporator cleaning control method of the present invention is not limitation with Fig. 2 and specific order as described below.It answers
Work as understanding, in other embodiments, the sequence of evaporator cleaning control method part step of the present invention can root
It is exchanged with each other according to actual needs or part steps therein also can be omitted or delete.The evaporator cleaning control method can
It applies in above-mentioned controller 110, detailed process shown in Fig. 2 will be described in detail below.
Step S11 at least one of is washed and is washed cleaning way cleaning with frost when air conditioner enters automatically cleaning mode
Evaporator.
In the present embodiment, air conditioner 100 can be preset and add up refrigerating operaton time H0 (for example, H0=240 is small
When) after need enter automatically cleaning mode, i.e., the default scavenging period period of the air conditioner 100 be H0.When the accumulative refrigeration of air conditioner 100
When running h hours (h >=H0), which meets the self-cleaning condition that needs, and controller 110 controls automatically cleaning warning light
It lights, user can control air conditioner 100 by remote controller key and open automatically cleaning mould after the automatically cleaning warning light lights
Formula.
In the present embodiment, frost, which is washed, refers to being melted into water in 130 surface frosting of evaporator by frost and taking away evaporator
The dust on 130 surfaces, to achieve the purpose that clean evaporator 130；Washing refers to generating by 130 surface of evaporator cold
Condensate takes away the dust on 130 surface of evaporator, to achieve the purpose that clean evaporator 130.
It is appreciated that the application single can clean the evaporator 130 using the white cleaning way washed or washed, it can also
Two kinds of cleaning ways are washed and washed using frost and clean the evaporator 130, wherein mainly to wash and wash using frost in the present embodiment
For two kinds of cleaning ways, the cleaning process of evaporator 130 is illustrated.As shown in figure 3, step S11 includes following son
Step:
Sub-step S111 controls the surface frosting of evaporator.
In the present embodiment, sub-step S111 may include: in cooling mode, according in the air conditioner 100
Machine coil pipe actual temperature adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that in described
Machine coil pipe actual temperature is less than or equal to first object temperature；It is less than or equal to described first in the interior machine coil pipe actual temperature
When target temperature, controls the air conditioner 100 and run the first preset time, so that the surface frosting of the evaporator 130.
Wherein, when the interior machine coil pipe actual temperature is greater than the first object temperature, the electric expansion valve is reduced
150 aperture, so that the interior machine coil pipe actual temperature is less than or equal to first object temperature；When the electric expansion valve 150
Aperture when being reduced to the first default aperture, if the interior machine coil pipe actual temperature is still greater than the first object temperature, rise
The frequency of the high compressor 140, until the interior machine coil pipe actual temperature is less than or equal to the first object temperature.
Specifically, when the surface of evaporator 130 needs frosting, controller 110 controls the operation refrigeration mould of air conditioner 100
Formula, it is assumed that the first object temperature is T1 (value range of T1 can be -12 DEG C~-10 DEG C, preferably -10 DEG C), electronic expansion
The aperture of valve 150 is A1 (value range of A1 can be 60pls~100pls, initial value 100pls), the frequency of compressor 140
Rate is B1 (value range of B1 can be 50Hz~60Hz, initial value 50Hz), and controller 110 obtains coil temperature in real time and passes
The interior machine coil pipe actual temperature T that sensor 160 is fed back, and according to interior machine coil pipe actual temperature T to the aperture A1 of electric expansion valve 150
Or the frequency B1 of compressor 140 is adjusted, so that interior machine coil pipe actual temperature T meets: T≤T1.
For example, controller 110 can reduce the aperture A1 of electric expansion valve 150 since initial value as T > T1, when
When the aperture A1 of electric expansion valve 150 is reduced, interior machine refrigerant pressure is reduced, and evaporating temperature decreases, so that interior machine coil pipe is real
Border temperature T≤T1；When the aperture A1 of electric expansion valve 150 is reduced to 60pls (the default aperture of i.e. above-mentioned first) that can not still expire
When sufficient T≤T1, then controller 110 starts to adjust the frequency B1 of compressor 140, and the frequency B1 of compressor 140 is opened from initial value
Begin to increase, when the frequency B1 of compressor 140 is increased, can also reduce interior machine refrigerant pressure, thus the practical temperature of machine coil pipe in reducing
T is spent, so that interior machine coil pipe actual temperature T meets T≤T1.It is understood that when the interior machine coil pipe that controller 110 obtains is practical
When temperature T meets T≤T1, then the aperture A1 of electric expansion valve 150 is constant, and the frequency B1 of compressor 140 is also constant.
When interior machine coil pipe actual temperature T meets T≤T1, it is practical in interior machine coil pipe that controller 110 need to control air conditioner 100
The first preset time X1 is run in the state of temperature T≤T1, so that the surface frosting of evaporator 130.Wherein, this first it is default when
Between the value range of X1 can be 8min~10min.
Sub-step S112, the frost controlled on evaporator melt.
In the present embodiment, after the completion of the surface frosting of evaporator 130, controller 110 need to control 130 surface of evaporator
Frost melt.Sub-step S112 may include: in cooling mode, according to the practical temperature of the interior machine coil pipe of the air conditioner 100
Degree adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that the practical temperature of the interior machine coil pipe
Degree is greater than or equal to the second target temperature；When the interior machine coil pipe actual temperature is greater than or equal to second target temperature,
It controls the air conditioner 100 and runs the second preset time, so that the frost on the evaporator 130 melts.
Wherein, when the interior machine coil pipe actual temperature is less than second target temperature, the electric expansion valve is increased
150 aperture, so that the interior machine coil pipe actual temperature is greater than or equal to second target temperature；When the electric expansion valve
When 150 aperture is increased to the second default aperture, if the interior machine coil pipe actual temperature still less than second target temperature,
The frequency for reducing the compressor 140, until the interior machine coil pipe actual temperature is greater than or equal to second target temperature.
Specifically, when evaporator 130 enters defrost process, air conditioner 100 still runs on refrigeration mode, it is assumed that this second
Target temperature is T2 (value range of T2 can be 8 DEG C~12 DEG C, preferably 10 DEG C), and the aperture of electric expansion valve 150 is A2 (A2
Value range can be 120pls~240pls, initial value A1, i.e., electric expansion valve 150 when 130 frosting of evaporator finishes
Corresponding aperture), the frequency of compressor 140 is that (value range of B2 can be 30Hz~40Hz to B2, initial value B1 steams
The corresponding frequency of compressor 140 when hair 130 frosting of device finishes), controller 110 obtains coil temperature sensor 160 in real time and feeds back
Interior machine coil pipe actual temperature T, and according to interior machine coil pipe actual temperature T to the aperture A2 or compressor 140 of electric expansion valve 150
Frequency B2 be adjusted so that interior machine coil pipe actual temperature T meet: T >=T2.
For example, controller 110 can increase the aperture A2 of electric expansion valve 150 since initial value as T < T2, work as electricity
When the aperture A2 of sub- expansion valve 150 is increased, interior machine refrigerant pressure is increased, and evaporating temperature increases, so that interior machine coil pipe is practical
Temperature T >=T2；It is still unable to satisfy when the aperture A2 of electric expansion valve 150 is increased to 240pls (the default aperture of i.e. above-mentioned second)
When T >=T2, then controller 110 starts to adjust the frequency B2 of compressor 140, by the frequency B2 of compressor 140 since initial value
It reduces, when the frequency B2 of compressor 140 is reduced, can also increase interior machine refrigerant pressure, thus machine coil pipe actual temperature in increasing
T, so that interior machine coil pipe actual temperature T meets T >=T2.It is understood that when the practical temperature of interior machine coil pipe that controller 110 obtains
When degree T meets T >=T2, then the aperture A2 of electric expansion valve 150 is constant, and the frequency B2 of compressor 140 is also constant.
When interior machine coil pipe actual temperature T meets T >=T2, it is practical in interior machine coil pipe that controller 110 need to control air conditioner 100
The second preset time X2 is run in the state of temperature T >=T2, is finished so that the frost on evaporator 130 melts.Wherein, this is second pre-
If the value range of time X2 can be 1min~1.5min.
Sub-step S113, the surface for controlling evaporator generate condensed water.
In the present embodiment, after the frost on evaporator 130 melts, the control evaporator 130 of controller 110 enters cold
The process of condensate cleaning.Sub-step S113 may include: in cooling mode, according to the interior machine coil pipe of the air conditioner 100
Actual temperature adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that the interior machine coil pipe
Actual temperature is less than or equal to third target temperature；It is less than or equal to the third target temperature in the interior machine coil pipe actual temperature
It when spending, controls the air conditioner 100 and runs third preset time, so that the surface of the evaporator 130 generates condensed water.
Wherein, when the interior machine coil pipe actual temperature is greater than the third target temperature, the electric expansion valve is reduced
150 aperture, so that the interior machine coil pipe actual temperature is less than or equal to the third target temperature；When the electric expansion valve
When 150 aperture is reduced to third to preset aperture, if the interior machine coil pipe actual temperature is still greater than the third target temperature,
The frequency for increasing the compressor 140, until the interior machine coil pipe actual temperature is less than or equal to the third target temperature.
Specifically, when evaporator 130 enters the process of condensed water cleaning, air conditioner 100 still needs to run on refrigeration mode,
Assuming that the third target temperature is T3 (value range of T3 can be 2 DEG C~6 DEG C, preferably 4 DEG C), electric expansion valve 150 is opened
Degree is that (value range of A3 can be 100pls~180pls, initial value A2, i.e., electronics when 130 defrost of evaporator finishes to A3
The corresponding aperture of expansion valve 150), the frequency of compressor 140 is that (value range of B3 can be 40Hz~50Hz, initial value to B3
For B2, i.e., the corresponding frequency of compressor 140 when 130 defrost of evaporator finishes), controller 110 obtains coil temperature sensing in real time
The interior machine coil pipe actual temperature T that device 160 is fed back, and according to interior machine coil pipe actual temperature T to the aperture A3 of electric expansion valve 150 or
The frequency B3 of compressor 140 is adjusted, so that interior machine coil pipe actual temperature T meets: T≤T3.
For example, controller 110 can reduce the aperture A3 of electric expansion valve 150 since initial value as T > T3, when
When the aperture A3 of electric expansion valve 150 is reduced, interior machine refrigerant pressure is reduced, and evaporating temperature decreases, so that interior machine coil pipe is real
Border temperature T≤T3；When the aperture A3 of electric expansion valve 150 is reduced to 100pls (i.e. above-mentioned third presets aperture) that can not still expire
When sufficient T≤T3, then controller 110 starts to adjust the frequency B3 of compressor 140, and the frequency B3 of compressor 140 is opened from initial value
Begin to increase, when the frequency B3 of compressor 140 is increased, can also reduce interior machine refrigerant pressure, thus the practical temperature of machine coil pipe in reducing
T is spent, so that interior machine coil pipe actual temperature T meets T≤T3.It is understood that when the interior machine coil pipe that controller 110 obtains is practical
When temperature T meets T≤T3, then the aperture A3 of electric expansion valve 150 is constant, and the frequency B3 of compressor 140 is also constant.
When interior machine coil pipe actual temperature T meets T≤T3, it is practical in interior machine coil pipe that controller 110 need to control air conditioner 100
Third preset time X3 is run in the state of temperature T≤T3, so that the surface of evaporator 130 forms many condensed waters, thus right
Evaporator 130 carries out condensed water cleaning.Wherein, the value range of third preset time X3 can be 4min~6min.
It should be noted that in practical applications, when being cleaned to evaporator 130, can first wash again with condensation frost
Water cleaning can also be washed first with frost with condensation washing again, and the application does not do any restrictions to this.
Step S12 obtains the total Water generated in cleaning process after the air conditioner exits the automatically cleaning mode.
In the present embodiment, after evaporator 130 cleans, air conditioner 100 exits automatically cleaning mode, controller 110
The total Water Q that this cleaning process generates is obtained from water ga(u)ge 180.It is appreciated that total Water Q is the water ga(u)ge 180
Enter the water detected in automatically cleaning mode to the period for exiting the automatically cleaning mode from air conditioner 100, may include
Frost wash and/or water-washing process in the water that generates, it is related with the cleaning way actually used.
Step S13 determines the next scavenging period period of the evaporator according to the total Water.
In the present embodiment, which can be understood as this evaporator 130 is adjacent between cleaning twice
Every the time, when the total Water Q generated in cleaning process is more, show that cleaning effect is better；Total Water Q is fewer, shows cleaning effect
Fruit is bad.Therefore, total Water Q is more, then the next scavenging period period determined according to the total Water is longer；This is total
Water Q is fewer, then the next scavenging period period determined according to the total Water is shorter.
In other words, controller 110 can judge each cleaning effect of evaporator 130 by total Water Q,
When the total Water Q of generation is more, show that the cleaning effect of evaporator 130 is preferable, can be spaced longer time enter it is next
Secondary cleaning, thus it is longer according to the next scavenging period period that total Water determines；When the total Water Q of generation is less, show to evaporate
The cleaning effect of device 130 is poor, and the time for needing interval shorter enters cleans next time, and then keeps evaporator 130 for a long time
Clean state avoids bacteria breed.
Specifically, if the total Water Q meets: Q >=Q0, it is determined that the next scavenging period cycle H of the evaporator 130
=H0, wherein Q0 is default total Water, and H0 is the default scavenging period period；If the total Water Q meets: K1*Q0≤Q < Q0,
Then determine next scavenging period cycle H=T1*H0 of the evaporator 130, wherein K1 is the first setting value, and T1 sets for second
Definite value；If the total Water Q meets: K2*Q0≤Q < K1*Q0, it is determined that the next scavenging period cycle H of the evaporator 130
=T2*H0, wherein K2 is third setting value, and T2 is the 4th setting value；If the total Water Q meets: K3*Q0≤Q < K2*Q0,
Then determine next scavenging period cycle H=T3*H0 of the evaporator 130, wherein K3 is the 5th setting value, and T3 sets for the 6th
Definite value；If the total Water Q meets: 0≤Q < K3*Q0, it is determined that the next scavenging period cycle H of the evaporator 130=
T4*H0, wherein T4 is the 7th setting value.Wherein, first setting value K1 can be able to be for 0.8, second setting value K2
0.9, third setting value K2 can be able to be for the 0.5, the 4th setting value T2 the 0.6, the 5th setting value K3 can be 0.3,
6th setting value T3 can be able to be 0.1 for the 0.4, the 7th setting value T4.
Optionally, as shown in figure 4, since evaporator 130 is after being washed and/or being washed completion cleaning by frost, surface ratio
It is moister, and moist environment many bacteriums easy to breed, therefore after step s 11, which may be used also
To include:
Step S101 carries out drying and processing to the evaporator.
In the present embodiment, step S101 may include: in a heating mode, according to the interior machine of the air conditioner 100
Coil pipe actual temperature adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that the interior machine
Coil pipe actual temperature is greater than or equal to the 4th target temperature；It is greater than or equal to the 4th mesh in the interior machine coil pipe actual temperature
When marking temperature, controls the air conditioner 100 and run the 4th preset time, to dry the moisture on 130 surface of evaporator.
Wherein, when the interior machine coil pipe actual temperature is less than four target temperature, the electric expansion valve is reduced
150 aperture, so that the interior machine coil pipe actual temperature is greater than or equal to the 4th target temperature；When the electric expansion valve
When 150 aperture is reduced to four default apertures, if the interior machine coil pipe actual temperature still less than the 4th target temperature,
The frequency for increasing the compressor 140, until the interior machine coil pipe actual temperature is greater than or equal to the 4th target temperature.
Specifically, when carrying out drying and processing to evaporator 130, controller 110 need to cut the operational mode of air conditioner 100
Shift to heating mode, it is assumed that the 4th target temperature is T4 (value range of T4 can be 35 DEG C~45 DEG C, preferably 40 DEG C), electricity
The aperture of sub- expansion valve 150 is that (value range of A4 can be 80pls~160pls, initial value A3, i.e. evaporator 130 to A4
Condensed water cleaning corresponding aperture of electric expansion valve 150 when finishing), the frequency of compressor 140 is that (value range of B4 can be with by B4
For 40Hz~60Hz, initial value B3, i.e., the corresponding frequency of compressor 140 when the cleaning of 130 condensed water of evaporator finishes), control
Device 110 obtains the interior machine coil pipe actual temperature T that coil temperature sensor 160 is fed back in real time, and according to interior machine coil pipe actual temperature T
The frequency B4 of aperture A4 or compressor 140 to electric expansion valve 150 are adjusted, so that interior machine coil pipe actual temperature T meets:
T≥T4。
For example, controller 110 can reduce the aperture A4 of electric expansion valve 150 since initial value as T < T4, work as electricity
When the aperture A4 of sub- expansion valve 150 is reduced, interior machine refrigerant pressure is increased, and evaporating temperature increases, so that interior machine coil pipe is practical
Temperature T >=T4；When the aperture A4 of electric expansion valve 150 is reduced to 80pls (the 4th i.e. above-mentioned default aperture) to be still unable to satisfy T
When >=T4, then controller 110 starts to adjust the frequency B4 of compressor 140, and the frequency B4 of compressor 140 is risen since initial value
Height, when the frequency B4 of compressor 140 is increased, interior machine refrigerant pressure is increased, thus machine coil pipe actual temperature T in increasing, so that
Interior machine coil pipe actual temperature T meets T >=T4.It is understood that when the interior machine coil pipe actual temperature T that controller 110 obtains is full
When sufficient T >=T4, then the aperture A4 of electric expansion valve 150 is constant, and the frequency B4 of compressor 140 is also constant.
When interior machine coil pipe actual temperature T meets T >=T4, it is practical in interior machine coil pipe that controller 110 need to control air conditioner 100
The 4th preset time X4 is run in the state of temperature T >=T4, thus the moisture on 130 surface of drying evaporator.Wherein, the 4th is pre-
If the value range of time X4 can be 6min~8min.It should be noted that in practical applications, controller 110 can be
After air conditioner 100 runs 4min~5min, close compressor 140, then rerun 2min~3min, and is blown using low wind file remaining
Heat improves user experience.
Optionally, as shown in figure 5, after step s 11, which can also include:
Step S102 carries out sterilization processing to the evaporator.
In the present embodiment, step S102 is specifically included: being controlled the ultraviolet radiator 170 and is opened to irradiate the evaporation
Device 130, to carry out sterilization processing to the evaporator 130.
It should be noted that above-mentioned step S102 can be executed after step slol, it can also be same with step S101
Shi Zhihang, the application are without limitation.In other words, in practical applications, the drying and sterilization of evaporator 130 can be simultaneously
It carries out.For example, controller 110 control air conditioner 100 run in the state of interior machine coil pipe actual temperature T >=T4 the 4th it is default when
Between X4 when, open simultaneously ultraviolet radiator 170, sterilization be irradiated to evaporator 130 by the ultraviolet radiator 170, works as evaporator
After the moisture drying on 130 surfaces, controller 110 then controls air conditioner 100 and exits automatically cleaning mode.In this way, by evaporator
130 carry out drying and processing and sterilization processing, can further improve bacteria-eliminating efficacy, and being effectively ensured can when air conditioner 100 is run
It blows out free from extraneous odour, without bacterium fresh air, improves user experience.
In the following, an example is provided, each step shown in fig. 5 to be described in detail.Assuming that current air conditioner 100
The accumulative h=250 hours refrigerating operaton time (h > H0), meet self-cleaning condition, user opens automatically cleaning mould by remote controler
Formula.It after air conditioner 100 enters automatically cleaning mode, runs in cooling mode, controller 110 is by the aperture of electric expansion valve 150
It is transferred to 75pls, the frequency of compressor 140 rises to 55Hz, after running 10min, 130 frosting of evaporator.In cooling mode, it controls
The aperture of electric expansion valve 150 is transferred to 200pls by device 110, and the frequency of compressor 140 is transferred to 35Hz, runs defrost after 1min.
In cooling mode, the aperture of electric expansion valve 150 is transferred to 120pls by controller 110, and the frequency of compressor 140 is transferred to
45Hz, after running 5min, the surface of evaporator 130 forms many condensed waters.Controller 110 is by air conditioner 100 by refrigeration mode
Heating mode is switched to, the aperture of electric expansion valve 150 is adjusted to 105pls, the frequency of compressor 140 is adjusted to 45Hz, beats simultaneously
Ultraviolet radiator 170 is opened, waste heat 8min is blown, eliminating bacteria completes automatically cleaning sterilizing process.
As it can be seen that in the present embodiment, washes by carrying out frost to evaporator 130, condenses washing and clean twice, effectively increase
The cleaning effect of evaporator 130, while during automatically cleaning, by 170 eliminating bacteria of ultraviolet radiator, effectively prevent bacterium
Growth；After air conditioner 100 exits automatically cleaning mode, the total Water generated during cleaning the evaporator 130 is calculated, and
The next scavenging period period is determined according to the total Water, since the total Water generated in the cleaning process of evaporator 130 can be anti-
The cleaning effect of evaporator 130 is reflected, i.e., when the total Water of generation is more, shows that the cleaning effect of evaporator 130 is preferable, works as generation
Total Water it is less, show that the cleaning effect of evaporator 130 is poor, therefore determine the next time of evaporator 130 according to the total Water
The scavenging period period can make evaporator 130 keep clean state for a long time, the growth of bacterium be effectively prevented, so that air conditioner 100
Free from extraneous odour can be blown out when operation, without bacterium fresh air, improve user experience.
Fig. 6 is please referred to, is the functional module signal of evaporator cleaning control device 200 provided by the embodiment of the present invention
Figure.It should be noted that the skill of evaporator cleaning control device 200 described in the embodiment of the present invention, basic principle and generation
Art effect is identical as preceding method embodiment, to briefly describe, does not refer to part in the present embodiment, can refer to preceding method implementation
The corresponding contents of example.The evaporator cleaning control device 200 can be applied in above-mentioned controller 110 comprising cleaning control
Molding block 21, water obtain module 22 and cleaning frequency determining module 23.
The cleaning control module 21 is used to be washed and be washed with frost when the air conditioner 100 enters automatically cleaning mode
At least one cleaning way cleans the evaporator 130.
It is appreciated that the cleaning control module 21 can execute above-mentioned steps S11.
Optionally, as shown in fig. 7, the cleaning control module 21 includes frosting control module 211, defrosting control module 212
And control condensation module 213.
The frosting control module 211 is used to control the surface frosting of evaporator 130.
Wherein, which is used in cooling mode, real according to the interior machine coil pipe of the air conditioner 100
Border temperature adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that the interior machine coil pipe is real
Border temperature is less than or equal to first object temperature；It is less than or equal to the first object temperature in the interior machine coil pipe actual temperature
When, it controls the air conditioner 100 and runs the first preset time, so that the surface frosting of the evaporator 130.
Specifically, which is used to be greater than the first object temperature when the interior machine coil pipe actual temperature
When spending, the aperture of the electric expansion valve 150 is reduced, so that the interior machine coil pipe actual temperature is less than or equal to first object temperature
Degree；When the aperture of the electric expansion valve 150 is reduced to the first default aperture, if the interior machine coil pipe actual temperature is still greater than
The first object temperature then increases the frequency of the compressor 140, until the interior machine coil pipe actual temperature is less than or equal to
The first object temperature.
It is appreciated that the frosting control module 211 can execute above-mentioned sub-step S111.
The frost that the defrosting control module 212 is used to control on the evaporator 130 melts.
Wherein, which is used in cooling mode, real according to the interior machine coil pipe of the air conditioner 100
Border temperature adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that the interior machine coil pipe is real
Border temperature is greater than or equal to the second target temperature；It is greater than or equal to second target temperature in the interior machine coil pipe actual temperature
When, it controls the air conditioner 100 and runs the second preset time, so that the frost on the evaporator 130 melts.
Specifically, which is used to be less than the second target temperature when the interior machine coil pipe actual temperature
When spending, the aperture of the electric expansion valve 150 is increased, so that the interior machine coil pipe actual temperature is greater than or equal to second mesh
Mark temperature；When the aperture of the electric expansion valve 150 is increased to the second default aperture, if the interior machine coil pipe actual temperature is still
Less than second target temperature, then reduce the frequency of the compressor 140, be greater than until the interior machine coil pipe actual temperature or
Equal to second target temperature.
It is appreciated that the defrosting control module 212 can execute above-mentioned sub-step S112.
The surface that the control condensation module 213 is used to control the evaporator 130 generates condensed water.
Wherein, which is used in cooling mode, real according to the interior machine coil pipe of the air conditioner 100
Border temperature adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that the interior machine coil pipe is real
Border temperature is less than or equal to third target temperature；It is less than or equal to the third target temperature in the interior machine coil pipe actual temperature
When, it controls the air conditioner 100 and runs third preset time, so that the surface of the evaporator 130 generates condensed water.
Specifically, which is used to be greater than the third target temperature when the interior machine coil pipe actual temperature
When spending, the aperture of the electric expansion valve 150 is reduced, so that the interior machine coil pipe actual temperature is less than or equal to the third mesh
Mark temperature；When the aperture of the electric expansion valve 150 is reduced to third to preset aperture, if the interior machine coil pipe actual temperature is still
Greater than the third target temperature, then increase the frequency of the compressor 140, be less than until the interior machine coil pipe actual temperature or
Equal to the third target temperature.
It is appreciated that the control condensation module 213 can execute above-mentioned sub-step S113.
The water obtains module 22 and is used for after the air conditioner 100 exits the automatically cleaning mode, obtains cleaning process
The total Water of middle generation.
In the present embodiment, which obtains module 22 can obtain what this cleaning process generated from water ga(u)ge 180
Total Water Q.
It is appreciated that the water, which obtains module 22, can execute above-mentioned steps S12.
The cleaning frequency determining module 23 is used to determine the next scavenging period of the evaporator 130 according to the total Water
Period.
Wherein, when total Water Q is more, then the cleaning frequency determining module 23 according to the total Water determine it is described under
The secondary scavenging period period is longer；Total Water Q is fewer, then the institute that the cleaning frequency determining module 23 is determined according to the total Water
It is shorter to state the next scavenging period period.
Specifically, if the cleaning frequency determining module 23 meets for the total Water Q: Q >=Q0, it is determined that the evaporation
Next scavenging period cycle H=H0 of device 130, wherein Q0 is default total Water, and H0 is the default scavenging period period；If described
Total Water Q meets: K1*Q0≤Q < Q0, it is determined that next scavenging period cycle H=T1*H0 of the evaporator 130, wherein
K1 is the first setting value, and T1 is the second setting value；If the total Water Q meets: K2*Q0≤Q < K1*Q0, it is determined that the steaming
Send out next scavenging period cycle H=T2*H0 of device 130, wherein K2 is third setting value, and T2 is the 4th setting value；If described total
Water Q meets: K3*Q0≤Q < K2*Q0, it is determined that next scavenging period cycle H=T3*H0 of the evaporator 130, wherein
K3 is the 5th setting value, and T3 is the 6th setting value；If the total Water Q meets: 0≤Q < K3*Q0, it is determined that the evaporator
130 next scavenging period cycle H=T4*H0, wherein T4 is the 7th setting value.
It is appreciated that the cleaning frequency determining module 23 can execute above-mentioned steps S13.
Optionally, as shown in figure 8, the evaporator cleaning control device 200 can also include drying control module 201 and kill
Bacterium control module 202.
The drying control module 201 is used to carry out drying and processing to the evaporator 130.
Wherein, which is used in a heating mode, real according to the interior machine coil pipe of the air conditioner 100
Border temperature adjusts the aperture of the electric expansion valve 150 and/or the frequency of the compressor 140, so that the interior machine coil pipe is real
Border temperature is greater than or equal to the 4th target temperature；It is greater than or equal to the 4th target temperature in the interior machine coil pipe actual temperature
When, it controls the air conditioner 100 and runs the 4th preset time, to dry the moisture on 130 surface of evaporator.
Specifically, which is used to be less than the 4th target temperature when the interior machine coil pipe actual temperature
When spending, the aperture of the electric expansion valve 150 is reduced, so that the interior machine coil pipe actual temperature is greater than or equal to the 4th mesh
Mark temperature；When the aperture of the electric expansion valve 150 is reduced to four default apertures, if the interior machine coil pipe actual temperature is still
Less than the 4th target temperature, then increase the frequency of the compressor 140, be greater than until the interior machine coil pipe actual temperature or
Equal to the 4th target temperature.
It is appreciated that the drying control module 201 can execute above-mentioned steps S101.
The sterilization control module 202 is used to carry out sterilization processing to the evaporator 130.
In the present embodiment, which is specifically used for controlling the opening of ultraviolet radiator 170 to irradiate
Evaporator 130 is stated, to carry out sterilization processing to the evaporator 130.
It is appreciated that the sterilization control module 202 can execute above-mentioned steps S102.
It is appreciated that above-mentioned cleaning control module 21, drying control module 201, sterilization control module 202, water obtain
Modulus block 22 and cleaning frequency determining module 23 can be the software function module being stored in memory 120 and computer journey
Sequence, and can be executed by controller 110.
In conclusion evaporator cleaning control method, device and air conditioner provided by the present invention, the air conditioner into
When entering automatically cleaning mode, cleaning way at least one of is washed and washed with frost and cleans the evaporator；It is moved back in the air conditioner
Out after the automatically cleaning mode, the total Water generated in cleaning process is obtained；The evaporator is determined according to the total Water
The next scavenging period period.After air conditioner enters automatically cleaning mode, washes and wash in both cleaning ways by using frost
At least one evaporator is cleaned, can effectively clean the dust of evaporator surface, improve the cleaning effect of evaporator；
After air conditioner exits automatically cleaning mode, the total Water generated during cleaning the evaporator is calculated, and according to the total Water
Scavenging period period next time is determined, since the total Water generated in evaporator cleaning process can reflect the cleaning effect of evaporator
Fruit shows that the cleaning effect of evaporator is preferable that is, when the total Water of generation is more, when the total Water of generation is less, shows to evaporate
The cleaning effect of device is poor, therefore the next scavenging period period of evaporator is determined according to the total Water, and evaporator can be made long-term
Clean state is kept, the growth of bacterium is effectively prevented, ensure that the cleaning of air-conditioning internal machine, air conditioner is blown when running
Free from extraneous odour, abacterial fresh air out, improve user experience.
Although present disclosure is as above, present invention is not limited to this.Anyone skilled in the art are not departing from this
It in the spirit and scope of invention, can make various changes or modifications, therefore protection scope of the present invention should be with claim institute
Subject to the range of restriction.
Claims (16)
1. a kind of evaporator cleaning control method is applied to air conditioner (100), the air conditioner (100) includes evaporator
(130), which is characterized in that the described method includes:
When the air conditioner (100) enter automatically cleaning mode, cleaning way at least one of is washed and wash with frost and cleans institute
State evaporator (130)；
After the air conditioner (100) exits the automatically cleaning mode, the total Water generated in cleaning process is obtained；According to described
Total Water determines the next scavenging period period of the evaporator (130).
2. evaporator cleaning control method according to claim 1, which is characterized in that described to be determined according to the total Water
The step of next scavenging period period of the evaporator (130) includes:
The total Water is more, then the next scavenging period period determined according to the total Water is longer；The total Water
Fewer, then the next scavenging period period determined according to the total Water is shorter.
3. evaporator cleaning control method according to claim 1, which is characterized in that it is described with frost wash and wash in extremely
A kind of the step of cleaning way cleaning evaporator (130) include: less
Control the surface frosting of the evaporator (130)；
The frost controlled on the evaporator (130) melts；
The surface for controlling the evaporator (130) generates condensed water.
4. evaporator cleaning control method according to claim 3, which is characterized in that the air conditioner (100) further includes
The step of compressor (140) and electric expansion valve (150), the surface frosting of the control evaporator (130) includes:
In cooling mode, the electric expansion valve (150) is adjusted according to the interior machine coil pipe actual temperature of the air conditioner (100)
Aperture and/or the compressor (140) frequency so that the interior machine coil pipe actual temperature be less than or equal to first object temperature
Degree；
When the interior machine coil pipe actual temperature is less than or equal to the first object temperature, the air conditioner (100) fortune is controlled
The first preset time of row, so that the surface frosting of the evaporator (130).
5. evaporator cleaning control method according to claim 4, which is characterized in that described according to the air conditioner
(100) interior machine coil pipe actual temperature adjusts the aperture of the electric expansion valve (150) and/or the frequency of the compressor (140)
Rate, so that the interior machine coil pipe actual temperature includes: the step of being less than or equal to first object temperature
When the interior machine coil pipe actual temperature is greater than the first object temperature, opening for the electric expansion valve (150) is reduced
Degree, so that the interior machine coil pipe actual temperature is less than or equal to the first object temperature；When the electric expansion valve (150)
When aperture is reduced to the first default aperture, if the interior machine coil pipe actual temperature is still greater than the first object temperature, increase
The frequency of the compressor (140), until the interior machine coil pipe actual temperature is less than or equal to the first object temperature.
6. evaporator cleaning control method according to claim 3, which is characterized in that the air conditioner (100) further includes
The step of compressor (140) and electric expansion valve (150), the frost on the control evaporator (130) melts includes:
In cooling mode, the electric expansion valve (150) is adjusted according to the interior machine coil pipe actual temperature of the air conditioner (100)
Aperture and/or the compressor (140) frequency so that the interior machine coil pipe actual temperature be greater than or equal to the second target temperature
Degree；
When the interior machine coil pipe actual temperature is greater than or equal to second target temperature, the air conditioner (100) fortune is controlled
The second preset time of row, so that the frost on the evaporator (130) melts.
7. evaporator cleaning control method according to claim 6, which is characterized in that described according to the air conditioner
(100) interior machine coil pipe actual temperature adjusts the aperture of the electric expansion valve (150) and/or the frequency of the compressor (140)
Rate, so that the interior machine coil pipe actual temperature includes: the step of being greater than or equal to second target temperature
When the interior machine coil pipe actual temperature is less than second target temperature, opening for the electric expansion valve (150) is increased
Degree, so that the interior machine coil pipe actual temperature is greater than or equal to second target temperature；When the electric expansion valve (150)
When aperture is increased to the second default aperture, if the interior machine coil pipe actual temperature is reduced still less than second target temperature
The frequency of the compressor (140), until the interior machine coil pipe actual temperature is greater than or equal to second target temperature.
8. evaporator cleaning control method according to claim 3, which is characterized in that the air conditioner (100) further includes
The step of surface of compressor (140) and electric expansion valve (150), the control evaporator (130) generates condensed water is wrapped
It includes:
In cooling mode, the electric expansion valve (150) is adjusted according to the interior machine coil pipe actual temperature of the air conditioner (100)
Aperture and/or the compressor (140) frequency so that the interior machine coil pipe actual temperature be less than or equal to third target temperature
Degree；
When the interior machine coil pipe actual temperature is less than or equal to the third target temperature, the air conditioner (100) fortune is controlled
Row third preset time, so that the surface of the evaporator (130) generates condensed water.
9. evaporator cleaning control method according to claim 8, which is characterized in that described according to the air conditioner
(100) interior machine coil pipe actual temperature adjusts the aperture of the electric expansion valve (150) and/or the frequency of the compressor (140)
Rate, so that the interior machine coil pipe actual temperature includes: the step of being less than or equal to the third target temperature
When the interior machine coil pipe actual temperature is greater than the third target temperature, opening for the electric expansion valve (150) is reduced
Degree, so that the interior machine coil pipe actual temperature is less than or equal to the third target temperature；When the electric expansion valve (150)
When aperture is reduced to third to preset aperture, if the interior machine coil pipe actual temperature is still greater than the third target temperature, increase
The frequency of the compressor (140), until the interior machine coil pipe actual temperature is less than or equal to the third target temperature.
10. -9 described in any item evaporator cleaning control methods according to claim 1, which is characterized in that it is described washed with frost and
After the step of at least one of washing cleaning way cleans evaporator (130), the evaporator cleaning control method
Further include:
Drying and processing is carried out to the evaporator (130).
11. evaporator cleaning control method according to claim 10, which is characterized in that the air conditioner (100) is also wrapped
Include compressor (140) and electric expansion valve (150), described the step of carrying out drying and processing to the evaporator (130) includes:
In a heating mode, the electric expansion valve (150) is adjusted according to the interior machine coil pipe actual temperature of the air conditioner (100)
Aperture and/or the compressor (140) frequency so that the interior machine coil pipe actual temperature be greater than or equal to the 4th target temperature
Degree；
When the interior machine coil pipe actual temperature is greater than or equal to four target temperature, the air conditioner (100) fortune is controlled
The 4th preset time of row, to dry the moisture on the evaporator (130) surface.
12. evaporator cleaning control method according to claim 11, which is characterized in that described according to the air conditioner
(100) interior machine coil pipe actual temperature adjusts the aperture of the electric expansion valve (150) and/or the frequency of the compressor (140)
Rate, so that the interior machine coil pipe actual temperature includes: the step of being greater than or equal to four target temperature
When the interior machine coil pipe actual temperature is less than four target temperature, opening for the electric expansion valve (150) is reduced
Degree, so that the interior machine coil pipe actual temperature is greater than or equal to the 4th target temperature；
When the aperture of the electric expansion valve (150) is reduced to four default apertures, if the interior machine coil pipe actual temperature is still
Less than the 4th target temperature, then the frequency of the compressor (140) is increased, until the interior machine coil pipe actual temperature is greater than
Or it is equal to the 4th target temperature.
13. -9 described in any item evaporator cleaning control methods according to claim 1, which is characterized in that it is described washed with frost and
After the step of at least one of washing cleaning way cleans evaporator (130), the evaporator cleaning control method
Further include:
Sterilization processing is carried out to the evaporator (130).
14. evaporator cleaning control method according to claim 13, which is characterized in that the air conditioner (100) is also wrapped
Include ultraviolet radiator (170), it is described to the evaporator (130) carry out sterilization processing the step of include:
It controls the ultraviolet radiator (170) to open to irradiate the evaporator (130), to carry out the evaporator (130)
Sterilization processing.
15. a kind of evaporator cleaning control device is applied to air conditioner (100), the air conditioner (100) includes evaporator
(130), which is characterized in that the evaporator cleaning control device (200) includes:
Cleaning control module (210), for washing and washing with frost when the air conditioner (100) enter automatically cleaning mode
At least one cleaning way cleans the evaporator (130)；
Water obtains module (220), for obtaining cleaning process after the air conditioner (100) exits the automatically cleaning mode
The total Water of middle generation；
Cleaning frequency determining module (230), for determining the next scavenging period of the evaporator (130) according to the total Water
Period.
16. a kind of air conditioner, which is characterized in that including controller (110) and it is stored with the memory (120) of computer program,
When the computer program is read and run by the controller (110), it can be achieved that such as the described in any item steamings of claim 1-9
Send out device cleaning control method.
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