CN106016669A - Condensate water generating method and cleaning method of air conditioner and air conditioner - Google Patents

Condensate water generating method and cleaning method of air conditioner and air conditioner Download PDF

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Publication number
CN106016669A
CN106016669A CN201610300167.9A CN201610300167A CN106016669A CN 106016669 A CN106016669 A CN 106016669A CN 201610300167 A CN201610300167 A CN 201610300167A CN 106016669 A CN106016669 A CN 106016669A
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CN
China
Prior art keywords
temperature
air
conditioner
current
drainage screen
Prior art date
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CN201610300167.9A
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Chinese (zh)
Other versions
CN106016669B (en
Inventor
李永镇
姜凤华
田镇龙
Original Assignee
广东美的制冷设备有限公司
美的集团股份有限公司
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Priority to CN201610300167.9A priority Critical patent/CN106016669B/en
Publication of CN106016669A publication Critical patent/CN106016669A/en
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Publication of CN106016669B publication Critical patent/CN106016669B/en

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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/22Means for preventing condensation or evacuating condensate
    • F24F13/222Means for preventing condensation or evacuating condensate for evacuating condensate
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D46/00Filters, i.e. particle separators or filtering processes specially modified for separating dispersed particles from gases or vapours
    • B01D46/0057Regenerating the filter material in the filter
    • B01D46/0064Regenerating the filter material in the filter by means of acting on the cake side and moving with respect to the filtering elements
    • B01D46/0065Regenerating the filter material in the filter by means of acting on the cake side and moving with respect to the filtering elements by scrapers, brushes, nozzles or the like
    • BPERFORMING OPERATIONS; TRANSPORTING
    • B01PHYSICAL OR CHEMICAL PROCESSES OR APPARATUS IN GENERAL
    • B01DSEPARATION
    • B01D46/00Filters, i.e. particle separators or filtering processes specially modified for separating dispersed particles from gases or vapours
    • B01D46/18Particle separators, e.g. dust precipitators, using filtering belts
    • B01D46/22Particle separators, e.g. dust precipitators, using filtering belts the belts travelling during filtering
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/30Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/62Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/70Control systems characterised by their outputs; Constructional details thereof
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/28Arrangement or mounting of filters
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2110/00Control inputs relating to air properties
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2110/00Control inputs relating to air properties
    • F24F2110/10Temperature
    • F24F8/90
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/62Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F24F11/63Electronic processing
    • F24F11/64Electronic processing using pre-stored data
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2110/00Control inputs relating to air properties
    • F24F2110/10Temperature
    • F24F2110/12Temperature of the outside air
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2221/00Details or features not otherwise provided for
    • F24F2221/22Cleaning ducts or apparatus
    • F24F2221/225Cleaning ducts or apparatus using a liquid

Abstract

The invention discloses a condensate water generating method and cleaning method of an air conditioner and the air conditioner. The operation frequency corresponding to the current outdoor environment temperature and target temperature are determined by obtaining the current outdoor environment temperature and according to the corresponding relation among the preset outdoor environment temperature, the operation frequency and the target temperature; the air conditioner is controlled to conduct refrigeration operation according to the determined operation frequency; and the air volume of the air conditioner is adjusted according to the current surface temperature of an indoor heat exchanger, so that the surface temperature of the indoor heat exchanger is within the temperature range corresponding to the determined target temperature, and condensate water is generated. In this way, in the condensate water generating process, the more proper operation frequency and target temperature are determined according to the current outdoor environment temperature, the surface temperature of the indoor heat exchanger is controlled to be within the temperature range corresponding to the target temperature, and condensate water is generated more easily and efficiently under the current outdoor environment temperature, and the condensate water generating efficiency is effectively improved.

Description

Condensed water production method, clean method and the air-conditioner of air-conditioner

Technical field

The present invention relates to air-conditioner technical field, particularly relate to a kind of air-conditioner condensed water production method, Clean method and air-conditioner.

Background technology

Air-conditioner can be at indoor heat exchanger Surface Creation condensed water when refrigerating operaton, in order to improve the profit of water By efficiency, people would generally be by the condensed water of air-conditioner generation for carrying out the merits such as the automatic cleaning of air-conditioner Can, for example, it is possible to be used for cleaning indoor heat exchanger or drainage screen etc..

In prior art, when needs air-conditioner produces condensed water, typically directly control air-conditioner refrigeration fortune OK, and produce condensed water reach demand time, then control air-conditioner stop refrigeration.Lacking of prior art Be trapped in, when refrigerating operaton, it is impossible to effectively determine the target temperature of heat exchanger surface, cause condensation It is inefficient that water produces.

Summary of the invention

Present invention is primarily targeted at provide the condensed water production method of a kind of air-conditioner, clean method and Air-conditioner, it is intended to improve the efficiency that condensed water produces.

The condensed water production method of the air-conditioner that the present invention provides includes:

Obtain current outdoor ambient temperature;

According to the corresponding relation between default outdoor environment temperature and running frequency, target temperature, determine Running frequency that described current outdoor ambient temperature is corresponding and target temperature;

Control air-conditioner is according to the described running frequency refrigerating operaton determined, and working as according to indoor heat exchanger The air output of front surface temperature regulation air-conditioner so that the surface temperature of indoor heat exchanger is positioned at the institute determined Within stating the temperature range that target temperature is corresponding, to produce condensed water.

Preferably, described and according to indoor heat exchanger Current surface temperature regulates the air output of air-conditioner Step includes:

Periodically obtain the Current surface temperature of indoor heat exchanger;

When the described Current surface temperature obtained is more than the described target temperature determined every time, calculate described Temperature gap between Current surface temperature and the described target temperature determined;According to default temperature gap With the corresponding relation of rotating speed value added, determine the rotating speed value added that the described temperature gap of calculating is corresponding;Will The rotating speed of indoor fan raises described rotating speed value added, to raise the air output of air-conditioner.

Preferably, the step of the air output of the described Current surface temperature regulation air-conditioner according to indoor heat exchanger After Zhou, the condensed water production method of described air-conditioner also includes: after preset time period, described When the surface temperature of indoor heat exchanger is positioned at outside the temperature range that the described target temperature determined is corresponding, rise The running frequency of high described air-conditioner.

Preferably, described corresponding relation is default outdoor environment temperature interval and running frequency, target temperature Corresponding relation between degree;Outdoor environment temperature and running frequency that described basis is preset, target temperature it Between corresponding relation, determine running frequency corresponding to described current outdoor ambient temperature and the step of target temperature Suddenly include:

Determine that the outdoor environment temperature at current outdoor ambient temperature place is interval;

According to the corresponding relation between default outdoor environment temperature interval and running frequency, target temperature, Running frequency corresponding for the described outdoor environment temperature interval determined, target temperature are defined as described currently Running frequency that outdoor environment temperature is corresponding and target temperature.

The clean method of the air-conditioner that the present invention further provides includes:

Obtain current outdoor ambient temperature;

According to the corresponding relation between default outdoor environment temperature and running frequency, target temperature, determine Running frequency that described current outdoor ambient temperature is corresponding and target temperature;

Control air-conditioner is according to the described running frequency refrigerating operaton determined, and working as according to indoor heat exchanger The air output of front surface temperature regulation air-conditioner so that the surface temperature of indoor heat exchanger is positioned at the institute determined Within stating the temperature range that target temperature is corresponding, to produce condensed water;

Utilize the condensed water produced that drainage screen and/or the indoor heat exchanger of air-conditioner are cleaned.

Preferably, the step being cleaned the drainage screen of air-conditioner includes:

Open water pump, the condensed water suction in drip tray is contacted with the filter screen rolling of described air-conditioner In dust-collecting box below round brush;

Control driving means to open, drive the drainage screen of air-conditioner to move, make described round brush clean described mistake Filter screen.

Preferably, the clean method of described air-conditioner also includes: after the cleaning is completed, controls air-conditioner system Heat is run.

The air-conditioner that the present invention further provides includes that indoor heat exchanger and controller, described controller include:

Acquisition module, is used for obtaining current outdoor ambient temperature;

Determine module, between according to outdoor environment temperature and running frequency, the target temperature preset Corresponding relation, determines running frequency corresponding to described current outdoor ambient temperature and target temperature;

Control module, for controlling air-conditioner according to the described running frequency refrigerating operaton determined, and according to The air output of the Current surface temperature regulation air-conditioner of indoor heat exchanger so that the surface temperature of indoor heat exchanger Within degree is positioned at the temperature range that the described target temperature determined is corresponding, to produce condensed water.

Preferably, described air-conditioner also includes that indoor fan, described control module are additionally operable to periodically obtain Take the Current surface temperature of indoor heat exchanger;In the described Current surface temperature that obtains every time more than determining During described target temperature, calculate the temperature between described Current surface temperature and the described target temperature determined Difference;According to the corresponding relation of default temperature gap Yu rotating speed value added, determine the described temperature of calculating The rotating speed value added that difference is corresponding;The rotating speed of indoor fan is raised described rotating speed value added, with a liter high-altitude Adjust the air output of device.

Preferably, described control module is additionally operable to after preset time period, described indoor heat exchanger When surface temperature is positioned at outside the temperature range that the described target temperature determined is corresponding, raise described air-conditioner Running frequency.

Preferably, described control module is additionally operable to determine the outdoor environment temperature at current outdoor ambient temperature place Degree interval;According to the interval pass corresponding with between running frequency, target temperature of default outdoor environment temperature System, is defined as described by running frequency corresponding for the described outdoor environment temperature interval determined, target temperature Running frequency that current outdoor ambient temperature is corresponding and target temperature.

Preferably, described control module is additionally operable to control the condensed water of air-conditioner utilization generation to air-conditioner Drainage screen and/or indoor heat exchanger are cleaned.

Preferably, described air-conditioner also includes round brush that drainage screen contacts with described filter screen rolling, sets Dust-collecting box below described round brush, water pump, for collecting the drip tray of condensed water and for driving State the driving means that drainage screen moves,

Described control module is additionally operable to open described water pump, described in the condensed water suction in described drip tray In dust-collecting box;

Described control module is additionally operable to control described driving means and opens, and drives described drainage screen to move, makes Described round brush cleans described drainage screen.

Preferably, described control module is additionally operable to after the cleaning is completed, controls air conditioner heat-production and runs.

Condensed water production method, clean method and the air-conditioner of the air-conditioner that the present invention provides, by obtaining Current outdoor ambient temperature, and according between default outdoor environment temperature and running frequency, target temperature Corresponding relation, determine running frequency corresponding to described current outdoor ambient temperature and target temperature, and control Air-conditioner processed is according to the described running frequency refrigerating operaton determined, and according to the Current surface of indoor heat exchanger The air output of temperature regulation air-conditioner so that the surface temperature of indoor heat exchanger is positioned at the described target determined Within the temperature range that temperature is corresponding, to produce condensed water, thus during producing condensed water, root More suitably heat exchange in running frequency and target temperature, and control room is determined according to current outdoor ambient temperature Within the surface temperature of device is positioned at the temperature range that target temperature is corresponding so that in current outdoor ambient temperature Under be more prone to and produce condensed water more efficiently, be effectively improved the generation efficiency of condensed water.

Accompanying drawing explanation

Fig. 1 is the schematic flow sheet of the condensed water production method first embodiment of air-conditioner of the present invention;

Fig. 2 is the perspective exploded view of air-conditioner of the present invention;

Fig. 3 is the partial structurtes decomposing schematic representation of air-conditioner of the present invention;

Fig. 4 is the partial structurtes schematic diagram at a visual angle of air-conditioner of the present invention;

Fig. 5 is the partial structurtes schematic diagram at another visual angle of air-conditioner of the present invention;

Fig. 6 be in Fig. 5 the A-A of air-conditioner to generalized section;

Fig. 7 is the schematic flow sheet of clean method one embodiment of air-conditioner of the present invention;

Fig. 8 is the first mobile status schematic diagram of the drainage screen of air-conditioner of the present invention;

Fig. 9 is the second mobile status schematic diagram of the drainage screen of air-conditioner of the present invention;

Figure 10 is the 3rd mobile status schematic diagram of the drainage screen of air-conditioner of the present invention;

Figure 11 is the 4th mobile status schematic diagram of the drainage screen of air-conditioner of the present invention;

Figure 12 is the high-level schematic functional block diagram of controller one embodiment of air-conditioner of the present invention.

The realization of the object of the invention, functional characteristics and advantage will in conjunction with the embodiments, do referring to the drawings further Explanation.

Detailed description of the invention

Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not used to limit Determine the present invention.

The present invention provides the condensed water production method of a kind of air-conditioner, as it is shown in figure 1, Fig. 1 is the present invention The schematic flow sheet of the condensed water production method first embodiment of air-conditioner.The condensation Aquatic product of described air-conditioner Generation method comprises the following steps:

Step S11, obtains current outdoor ambient temperature;

In the present embodiment, air-conditioner can arrange one for detecting the temperature sensor of outdoor environment temperature, This temperature sensor such as can be arranged on the housing of off-premises station, and is connected with the controller of air-conditioner, Controller obtains the current outdoor ambient temperature of temperature sensor detection.Or, controller can also be with net Network connects, and controller can obtain current outdoor ambient temperature from network.

Optionally, air-conditioner can start to obtain current outdoor ring when receiving condensed water and producing instruction Border temperature.Or air-conditioner can also detect automatically currently the need of producing condensed water, for example, it is possible to Automatically detection drainage screen or vaporizer are currently the need of dedusting, are determining that drainage screen or vaporizer need to remove During dirt, i.e. can determine that and be currently needed for producing condensed water, then start to obtain current outdoor ambient temperature.

Step S12, according to the corresponding pass between default outdoor environment temperature with running frequency, target temperature System, determines running frequency corresponding to described current outdoor ambient temperature and target temperature;

Optionally, described corresponding relation is default outdoor environment temperature interval and running frequency, target temperature Corresponding relation between degree.Such as, as shown in table 1, table 1 shows an outdoor environment temperature preset Corresponding relation between region and running frequency, target temperature.

Table 1

Outdoor environment temperature is interval (DEG C) Running frequency (Hz) Target temperature (DEG C) T≥30℃ 80Hz 10℃ 20℃≤T<30℃ 90Hz 6℃ T<20℃ 70Hz 0℃

When determining running frequency corresponding to current outdoor ambient temperature and target temperature, first determine and work as cup The outdoor environment temperature at external environment temperature place is interval, determines the operation frequency that this temperature range is corresponding the most again Rate and target temperature, i.e. according to default outdoor environment temperature interval with running frequency, target temperature it Between corresponding relation, by running frequency corresponding for the described outdoor environment temperature interval that determines, target temperature It is defined as running frequency corresponding to described current outdoor ambient temperature and target temperature.For example, it is assumed that it is current Outdoor environment temperature is 25 DEG C, then the running frequency that current outdoor ambient temperature is corresponding is 90Hz, target temperature Degree is 6 DEG C.Assume that current outdoor ambient temperature is 18 DEG C, then the operation that current outdoor ambient temperature is corresponding Frequency is 70Hz, and target temperature is 0 DEG C.

Optionally, described corresponding relation can also be a Function Mapping relation.Can directly according to preset Functional relation calculates running frequency corresponding to current outdoor ambient temperature and target temperature.

Optionally, in the corresponding relation between default outdoor environment temperature and running frequency, described room During external environment temperature is raised by minimum preset value to maximum preset value, the running frequency of its correspondence in First raise the Long-term change trend reduced afterwards.When air-conditioner refrigerating operaton, if outdoor environment temperature is too high, then Outdoor heat exchanger heat radiation will be relatively slow, and compressor temperature also can be too high, if continuing to run, then with altofrequency May damage compressor, therefore, when outdoor environment temperature is higher, the running frequency of air-conditioner is unsuitable Too high.Additionally, during air-conditioner refrigerating operaton, if outdoor environment temperature is too low, then the heat-energy transducer of air-conditioner Power is higher, and the heat exchange efficiency of indoor heat exchanger is relatively big, if continuing to run with altofrequency, then can cause indoor The exchange capability of heat of heat exchanger is excessive and makes indoor heat exchanger be detained increasing liquid refrigerants, easily makes Becoming liquid hit phenomenon, therefore, when outdoor environment temperature is relatively low, the running frequency of air-conditioner is also unsuitable too high. Can arrange a preferable outdoor temperature interval, in this preferable outdoor temperature interval, air-conditioner can phase Higher running frequency is run, thus on the premise of ensureing that air-conditioner runs safety, it is achieved quickly produce The purpose of raw condensed water, improves the efficiency that condensed water produces.Such as, this preferable outdoor temperature interval is permissible Being 20 DEG C≤T < 30 DEG C, running frequency corresponding to this preferable outdoor temperature interval is 90Hz.In this preferable room Other temperature ranges outside outer temperature range, corresponding running frequency is below this preferable outdoor temperature district Between corresponding running frequency.Such as, when T >=30 DEG C, the running frequency of its correspondence is 80Hz;At T < 20 DEG C Time, the running frequency of its correspondence is 70Hz.

Optionally, in the corresponding relation between default outdoor environment temperature and target temperature, described room Target temperature corresponding to external environment temperature is less than under described outdoor environment temperature and preset threshold humidity Dew point temperature.In the present embodiment, preset threshold humidity can be this air-conditioner place outdoor environment Little humidity value, it is also possible to be an empirical value, for example, it is possible to be 30%.Optionally, described outdoor environment Target temperature corresponding to temperature is wet less than in described outdoor environment temperature interval minimum temperature and preset threshold Dew point temperature under Du.Such as, for interval 20 DEG C≤T < 30 DEG C of outdoor environment temperature, this outdoor environment Temperature range minimum temperature is 20 DEG C, it is assumed that the dew point temperature under temperature 20 DEG C, humidity 30% is T1, Then interval 20 DEG C≤T < the 30 DEG C of corresponding file destination of outdoor environment temperature less than T1.The present embodiment passes through By target temperature corresponding for outdoor environment temperature less than in described outdoor environment temperature and preset threshold humidity Under dew point temperature, thus ensure that current humidity more than preset threshold temperature time, can be more efficient The raw condensed water of real estate, further increases the generation efficiency of condensed water.

Step S13, control air-conditioner is according to the described running frequency refrigerating operaton determined, and changes according to indoor The air output of the Current surface temperature regulation air-conditioner of hot device so that the surface temperature of indoor heat exchanger is positioned at Within the temperature range that the described target temperature that determines is corresponding, to produce condensed water.

In the present embodiment, can be by the rotating speed of conditioning chamber inner blower and/or the air-out of regulation wind deflector Angle regulates the air output of air-conditioner.

The temperature range that target temperature is corresponding can be configured according to actual needs.

Optionally, the temperature range that target temperature is corresponding is the temperature model less than or equal to described target temperature Enclose.Such as, target temperature is 10 DEG C, then the temperature range of its correspondence can be Tm≤10℃。

Optionally, the temperature range that target temperature is corresponding can also be more than or equal to 0 DEG C.Such as, in target Temperature is 6 DEG C, then the temperature range of its correspondence can be 0 DEG C≤Tm≤6℃。

By regulating the air output of air-conditioner so that the surface temperature of indoor heat exchanger is positioned at determine described Within the temperature range that target temperature is corresponding.

The condensed water production method of the air-conditioner that the present invention provides, by obtaining current outdoor ambient temperature, And according to the corresponding relation between default outdoor environment temperature and running frequency, target temperature, determine institute State running frequency corresponding to current outdoor ambient temperature and target temperature, and control air-conditioner according to determining Described running frequency refrigerating operaton, and regulate going out of air-conditioner according to the Current surface temperature of indoor heat exchanger Air quantity so that the surface temperature of indoor heat exchanger is positioned at the temperature range that the described target temperature determined is corresponding Within, to produce condensed water, thus during producing condensed water, according to current outdoor ambient temperature Determine more suitably running frequency and target temperature, and the surface temperature controlling indoor heat exchanger is positioned at mesh Within the temperature range that mark temperature is corresponding so that be more prone under current outdoor ambient temperature and more increase The generation condensed water of effect, is effectively improved the generation efficiency of condensed water.

Further, in order to improve the efficiency that condensed water produces further, based on air-conditioner of the present invention cold The first embodiment of solidifying Aquatic product generation method, the invention allows for air-conditioner condensed water production method the Two embodiments, in the present embodiment, the described Current surface temperature according to indoor heat exchanger regulates air-conditioner The step of air output include:

Periodically obtain the Current surface temperature of indoor heat exchanger;At the described Current surface obtained every time When temperature is more than the described target temperature determined, raise the air output of air-conditioner.

In the present embodiment, air-conditioner can also in surface configuration one temperature sensor of indoor heat exchanger, For detecting the surface temperature of indoor heat exchanger, and this sensor can be connected with controller.

In the present embodiment, the time interval of the Current surface temperature obtaining indoor heat exchanger can be according to reality Border needs to be configured, for example, it is possible to be 2 minutes, 5 minutes etc..

After having determined running frequency and target temperature, can carry out obtaining working as of indoor heat exchanger for the first time Front surface temperature, when the Current surface temperature obtained for the first time is more than the target temperature determined, then raises The air output of air-conditioner;And after prefixed time interval, carry out second time and obtain the current of indoor heat exchanger Surface temperature, and continue to judge whether the Current surface temperature that second time obtains is more than the target temperature determined, More than time continue raise air-conditioner air output, until the Current surface temperature again obtained less than or etc. When target temperature, then can not regulate the air output of air-conditioner, and again obtain after prefixed time interval Take the Current surface temperature of indoor heat exchanger.If being less than or equal in the Current surface temperature obtained for the first time During target temperature, then can not regulate the air output of air-conditioner, and again obtain after prefixed time interval The Current surface temperature of indoor heat exchanger, and according to the Current surface temperature again obtained according to above-mentioned regulation Mode regulates the air output of air-conditioner.The most repeatedly.It is understood that change in the indoor obtained every time When the Current surface temperature of hot device is less than temperature range minimum temperature corresponding to described target temperature, the most permissible Reduce the air output of air-conditioner, to prevent compressor generation liquid hit phenomenon.

Optionally, it is also possible to obtain the Current surface temperature of indoor heat exchanger in the following ways.Determining After complete running frequency and target temperature, start to obtain the Current surface temperature of indoor heat exchanger, obtaining every time The Current surface temperature of the indoor heat exchanger taken be positioned at temperature range corresponding to the described target temperature determined it Time interior, then continue to obtain in real time the Current surface temperature of indoor heat exchanger;In the indoor heat exchange obtained every time When the Current surface temperature of device is positioned at outside the temperature range that the described target temperature determined is corresponding, then basis The Current surface temperature of the indoor heat exchanger obtained regulates the air output of air-conditioner, and periodically obtains The Current surface temperature of indoor heat exchanger, until the Current surface temperature of the indoor heat exchanger obtained is positioned at really Within the temperature range that fixed described target temperature is corresponding, the most repeatedly.Air output at regulation air-conditioner Time, when the described Current surface temperature obtained is more than the described target temperature determined every time, raise air-conditioning The air output of device;Corresponding less than the described target temperature determined in the described Current surface temperature obtained every time Temperature range time, reduce the air output of air-conditioner, until the Current surface position of indoor heat exchanger obtained Time within the temperature range that the target temperature determined is corresponding, then start to obtain working as of indoor heat exchanger in real time Front surface temperature, the most repeatedly, such that it is able to improve the generation efficiency of condensed water further.

Further, the second embodiment of condensed water production method based on air-conditioner of the present invention, the present invention Also proposed the 3rd embodiment of the condensed water production method of air-conditioner, in the present embodiment, with by adjusting The rotating speed of joint indoor fan illustrates as a example by regulating the air output of air-conditioner, described rising air-conditioner The step of air output includes:

Calculate the temperature gap between described Current surface temperature and the described target temperature determined;

According to the corresponding relation of default temperature gap Yu rotating speed value added, determine the described temperature difference of calculating The rotating speed value added that value is corresponding;

The rotating speed of indoor fan is raised described rotating speed value added, to raise the air output of air-conditioner.

Optionally, the temperature gap preset can be the temperature difference preset with the corresponding relation of rotating speed value added The interval corresponding relation with rotating speed value added of value.Rotating speed value added can be increased by the gear of indoor fan Value embodies.Such as, when temperature gap is more than 3 DEG C, the gear value added of its correspondence can be two grades, That is, when temperature gap is more than 3 DEG C, then indoor fan is improved two gears;At temperature gap more than 0 DEG C And during less than or equal to 3 DEG C, the gear value added of its correspondence can be one grade, i.e. is more than at temperature gap 0 DEG C and less than or equal to 3 DEG C time, then by indoor fan improve a gear.

Optionally, the temperature gap preset can also be a Function Mapping with the corresponding relation of rotating speed value added Relation.Directly can calculate, according to the functional relation preset, the rotating speed value added that temperature gap is corresponding.

Optionally, in the default temperature gap corresponding relation with rotating speed value added, temperature gap is the biggest, Then rotating speed value added is the biggest.Such that it is able to further speed up the surface temperature control of indoor heat exchanger really Speed within the temperature range that fixed described target temperature is corresponding, and then improve the product of condensed water further Come into force rate.

Further, in order to improve the efficiency that condensed water produces further, based on air-conditioner of the present invention cold First to the 3rd any embodiment of solidifying Aquatic product generation method, the invention allows for the condensation Aquatic product of air-conditioner 4th embodiment of generation method, in the present embodiment, the described Current surface temperature according to indoor heat exchanger After the step of the air output of regulation air-conditioner, the condensed water production method of described air-conditioner also includes: After preset time period, the surface temperature of described indoor heat exchanger is positioned at the described target temperature pair determined Time outside the temperature range answered, raise the running frequency of described air-conditioner.

In the present embodiment, preset time period can be configured according to actual needs, for example, it is possible to be 10 minutes, 15 minutes etc..Air-conditioner with current operation frequency continuous service preset time period, and After the air output overregulating air-conditioner, it is described that the surface temperature of indoor heat exchanger is still located on determining Outside the temperature range that target temperature is corresponding, then show that current running frequency is too low, it is therefore desirable to will fortune Line frequency raises, and improves the heat exchange efficiency of air-conditioner, thus advantageously in producing condensed water.

The present invention further provides the clean method of a kind of air-conditioner, in the clean method utilization of this air-conditioner The condensed water that the condensed water production method of the air-conditioner stated produces is to the drainage screen of air-conditioner and/or indoor heat exchange Device is cleaned.When cleaning, can only drainage screen be cleaned, it is also possible to only indoor heat exchanger is cleaned, Or can drainage screen and indoor heat exchanger be cleaned simultaneously.

In the present embodiment, air-conditioner illustrates as a example by hanging air conditioner.As Fig. 2 to Fig. 6 institute Showing, this air-conditioner includes housing 1a, drainage screen 100, filter screen stand 200 and described drainage screen 100 Structure deformation is to clean the round brush 300 of described drainage screen 100 and to be located at the collection below described round brush 300 Dirt box 400, the end face of described dust-collecting box 400 is formed with dust collecting opening 410, and described round brush 300 rotatably sets Putting in described dust collecting opening 410, described dust-collecting box 400 is used for storing clean water so that described round brush 300 part Immerse in described clean water;Described filter screen stand 200 is provided with rotating shaft 210, on described drainage screen 100 Being provided with conveyer belt 110, described conveyer belt 110 contacts with described rotating shaft 210, with by described rotating shaft 210 Described drainage screen 100 is driven to move on described filter screen stand 200;Described air-conditioner also include for Drive the driving means 500 that described round brush 300 and described rotating shaft 210 rotate;Described air-conditioner also includes control Device processed.

In the present embodiment, drainage screen 100 is additionally provided with the filter screen 120 for filtering dust, by transmitting 110 band electric filters 120 are carried to move.

In the present embodiment, the two ends of rotating shaft 210 can arrange runner.It is also preferred that the left runner is gear. It is also preferred that the left be wound with hairbrush in rotating shaft 210, this hairbrush can be the bristle being arranged in rotating shaft 210.

Optionally, conveyer belt 110 is the tooth bar coordinated with runner, thus driving means 500 drive shaft During 210 rotation, runner can drive conveyer belt 110 to move.Filter screen 120 is arranged on conveyer belt 110. Filter screen 120 can be fixed on conveyer belt 110 by hot melt, so, is possible to prevent filter screen 120 moving Come off from conveyer belt 110 during Dong.

Drainage screen 100 stretching and winding is in rotating shaft 210, say, that filter screen 120 connects with rotating shaft 210 Touch, thus during drainage screen 100 moves, the bristle in rotating shaft 210 can be by filter screen 120 Dust brush fall or brush loosen.

Filter screen stand 200 includes underframe 220, upper frame 230 and air-inlet grille 240.

Underframe 220 is the most rectangular, and one end of underframe 220 length direction is formed with rotating shaft 210 221, Rotating shaft 210 pivot joint rotates and is arranged on shaft seat 221, and rotating shaft 210 is basically perpendicular to the length of underframe 220 Degree direction.

In upper frame 230 is arranged at underframe 220 and be positioned at shaft seat 221 side.Underframe 220 and upper frame 230 Between be formed with lower railway 250.

Air-inlet grille 240 is arranged on underframe 220 and covers upper frame 230.Air-inlet grille 240 and upper frame It is formed between 230 and gets on the right track 260.Filter screen track includes getting on the right track 260 and lower railway 250.Conveyer belt 110 drive drainage screen 100 to move in filter screen track.

Round brush 300 includes roller bearing and hairbrush, and hairbrush is wound on roller bearing.Hairbrush can include hard bristle and Axial in the strip-spiral being intervally arranged along roller bearing of soft bristle, hard bristle and soft bristle.

The central shaft of round brush 300 and the central shaft of rotating shaft 210 are arranged substantially in parallel.When drainage screen 100 from Getting on the right track 260 when moving to lower railway 250, round brush 300 roll brush is except the dust on drainage screen 100.

Offer water inlet (not indicating in figure) on described dust-collecting box 400, described air-conditioner also include for Collect the drip tray (not indicating in figure) of condensed water, connect the described water inlet water inlet pipe with described drip tray 420, and it is located at the water pump 430 on described water inlet pipe 420.Controller can control water pump 430 and open, Thus by the condensed water suction dust-collecting box 400 in drip tray, so that dust-collecting box 400 internal reservoir Condensed water, and round brush 300 is partly submerged in condensed water, thus when round brush 300 rotates, permissible By on water band to drainage screen 100, and utilize the cleaned filter screen of condensed water 100.

With reference to the schematic flow sheet of clean method one embodiment that Fig. 7, Fig. 7 are air-conditioner of the present invention, described The clean method of air-conditioner comprises the following steps:

Step S21, obtains current outdoor ambient temperature;

Step S22, according to the corresponding pass between default outdoor environment temperature with running frequency, target temperature System, determines running frequency corresponding to described current outdoor ambient temperature and target temperature;

Step S23, control air-conditioner, according to the described running frequency refrigerating operaton determined, regulates air-conditioner Air output so that the surface temperature of indoor heat exchanger is positioned at the temperature model that the described target temperature determined is corresponding Within enclosing, to produce condensed water.

In the present embodiment, above-mentioned steps S21, S22, S23 are and control air-conditioner generation condensed water Step, the detailed description of the invention of air-conditioner generation condensed water is referred to the condensed water of above-mentioned air-conditioner and produces Each embodiment in method, does not repeats them here.

Step S24, opens water pump 430, by the filtration of the condensed water suction in drip tray Yu described air-conditioner In dust-collecting box 400 below the round brush 300 of net 100 Structure deformation;

Optionally, can also arrange condensate tank of dehumidifier in dust-collecting box 400, this condensate tank of dehumidifier is used for Whether the water level in detection dust-collecting box 400 reaches preset water level.Water level in dust-collecting box 400 reaches pre- If during water level, controller controls water pump 430 and cuts out.

Step S25, controls driving means 500 and opens, and drives the drainage screen 100 of air-conditioner to move, makes institute State round brush 300 and clean described drainage screen 100.

Drainage screen 100 can move to use following two mode:

The first move mode is, drainage screen 100 moves back and forth on filter screen stand 200.Wherein, In reciprocating movement, when described drainage screen 100 arrives predeterminated position, described driving means 500 Described rotating shaft 210 and described round brush 300 is driven to rotate with the direction in opposite direction with current operation.Pass through Drainage screen 100 moves back and forth so that can be carried out in the whole moving process of drainage screen 100 cleaning, Cleaning efficiency is higher.

As shown in Figure 8, drainage screen 100 260 is moved to lower railway 250 by getting on the right track.As it is shown in figure 9, Drainage screen 100 is moved by lower railway 250 upward trajectory 260.At drainage screen 100 by 260 shiftings of getting on the right track Move to lower railway 250, and all parts all positions after round brush 300 could be arranged to preset position Put.Before washing, drainage screen 100 is positioned at and gets on the right track 260, and drainage screen 100 the most not with round brush 300 Contact, initial position now can also be predeterminated position.That is, in stroke each time, drainage screen 100 After each all regions all contact with round brush 300, i.e. can be considered arrival predeterminated position.

Optionally, air-conditioner also includes the position detecting device of the position for detecting described drainage screen 100 700, when described position detecting device 700 detects that described drainage screen 100 arrives predeterminated position, then institute Stating driving means 500 drives described rotating shaft 210 and described round brush 300 to rotate along with the most contrary direction.

Position detecting device 700 can be approach switch, such as microswitch, photoswitch etc..This Embodiment is as a example by microswitch, and this microswitch is connected with controller 600.Such as Fig. 8 and Fig. 9, described Drainage screen 100 includes along the first end 101 and the second end 102 that its rotation direction is relative, at described drainage screen When first end 101 of 100 or the second end 102 contact with described microswitch, then judge described drainage screen 100 arrive described predeterminated position.As shown in Figure 8, whole according to the direction shown in Fig. 8 at drainage screen 100 When moving to lower railway 250, then the second end 102 of drainage screen 100 can touch microswitch, fine motion Switch produces and triggers the signal of telecommunication, and is sent to controller 600.Controller controls driving means 500 and drives institute State rotating shaft 210 and described round brush 300 to rotate along with the most contrary direction, i.e. according to as shown in Figure 9 Direction rotates, and i.e. starts to move from lower railway 250 upward trajectory 260.At drainage screen 100 according to Fig. 9 Shown direction all move to get on the right track 260 time, the first end 101 of drainage screen 100 can touch micro- Dynamic switch, microswitch produces and triggers the signal of telecommunication, and is sent to controller 600.Controller controls to drive dress Put the 500 described rotating shafts of driving 210 and described round brush 300 to rotate along with the most contrary direction, i.e. according to Direction as shown in Figure 8 rotates, and i.e. starts 260 to move to lower railway 250, the most repeatedly from getting on the right track.

Or, driving means 500 can be motor, reaches predetermined amount or electricity in the electric machine rotation number of turns When machine operation duration reaches four preset duration, the most described motor drives described rotating shaft 210 and round brush 300 Rotate along with the most contrary direction.Above-mentioned predetermined amount and the 4th preset duration can be according to actual needs It is configured, in this no limit.

As another embodiment, controller is additionally operable to control described dust-collecting box according to described dedusting instruction In 400, storage clean water is so that described round brush 300 is partly submerged in clean water, and controls described driving dress Putting 500 unlatchings, drive described rotating shaft 210 and described round brush 300 to rotate, described rotating shaft 210 drives institute State drainage screen 100 to move back and forth on described filter screen stand 200, so that the described round brush 300 soaked Clean described drainage screen 100;Wherein, in reciprocating movement, arrive at described drainage screen 100 and preset During position, described driving means 500 drive described rotating shaft 210 and described round brush 300 with current operation Direction in opposite direction rotates.

As another embodiment, controller is additionally operable to control described air-conditioner according to described dedusting instruction Run in a chiller mode, control described water pump 430 and open, with by the condensed water suction in described drip tray In described dust-collecting box 400, and make described round brush 300 be partly submerged in condensed water, and drive described in control Dynamic device 500 is opened, and drives described rotating shaft 210 and described round brush 300 to rotate, and described rotating shaft 210 carries Dynamic described drainage screen 100 moves back and forth on described filter screen stand 200, so that the described rolling soaked Brush 300 cleans described drainage screen 100;Wherein, in reciprocating movement, arrive at described drainage screen 100 When reaching predeterminated position, described driving means 500 drive described rotating shaft 210 and described round brush 300 with work as The direction rotation that front rotation is in opposite direction.

The second move mode is, drainage screen 100 can move with same direction on filter screen stand 200 Dynamic.As shown in Figure 10, when drainage screen 100 moves according to counter clockwise direction as shown in Figure 10 all the time, Drainage screen 100 can be considered as move with same direction on filter screen stand 200.Or, such as Figure 11 institute Show, when drainage screen 100 moves according to clockwise direction as described in Figure 11 all the time, can be considered as filtering Net 100 moves with same direction on filter screen stand 200.By controlling drainage screen 100 with same side To movement so that control mode is simpler, it is easy to accomplish.That is, above-mentioned two rotating shaft 210 is turning During Dong, rotating according to same direction all the time, such as, as shown in Figure 10, two rotating shafts 210 are turning During Dong, can rotate counterclockwise all the time;Or, as shown in figure 11, two rotating shafts 210 are rotating During, can rotate clockwise all the time.

As a kind of embodiment, controller is additionally operable to control described driving means 500 and opens, and drives institute State two rotating shafts 210 to rotate with same direction, to drive described drainage screen 100 at described drainage screen 200 Move on support, and control described round brush 300 and rotate, so that the described round brush 300 soaked cleans Described drainage screen 100.

Optionally, driving means 500 can also drive round brush 300 to rotate with same direction.I.e., it is possible to Drive round brush 300 all the time according to rotating clockwise or counterclockwise.Optionally, driving means 500 can also Round brush 300 is driven to rotate in different directions.

Optionally, the number of turns that drainage screen 100 moves can be configured according to actual needs.Such as, may be used Think a circle, two circle or multi-turns.When drainage screen 100 returns back to initial position every time, i.e. can be considered shifting A dynamic circle.Initial position is drainage screen 100 position at place before carrying out dedusting cleaning procedure, also I.e. drainage screen 100 realizes the position at its function place crossing air filtering.Optionally, can be examined by position Survey device detection drainage screen 100 and move the number of turns, or when passing through the operation of driving means 500 (such as motor) Long, the rotation number of turns etc. controls the mobile number of turns of drainage screen 100.

Based on each embodiment above-mentioned, the embodiment of driving means 500 includes following several:

First kind of way is, driving means 500 includes that the first motor, described first motor are provided with drive shaft (not indicating in figure), described drive shaft engages with the rotary shaft of described rotating shaft 210 and described round brush 300 even Connect, to drive described rotating shaft 210 and described round brush 300 to rotate;Described controller is additionally operable in described mistake When filter screen 100 arrives predeterminated position, control described first motor reversal.

Optionally, drive shaft can engage with the rotary shaft of rotating shaft 210 and round brush 300 simultaneously, i.e. drives Axle can be arranged between rotating shaft 210 and rotary shaft;Or, drive shaft can also only be nibbled with rotating shaft 210 Close, and rotating shaft 210 is engaged with rotary shaft;Or, drive shaft can also only engage with rotary shaft, and turns Moving axis engages with rotating shaft 210.

Optionally, detect that described drainage screen 100 arrives predeterminated position at described position detecting device 700 Time, the most described first motor reversal;Or, the described first electric machine rotation number of turns reach predetermined amount or When described in person, the first motor operation duration reaches four preset duration, the most described first motor reversal.

As a kind of embodiment, described drive shaft and described rotating shaft 210 and the rotation of described round brush 300 Axle engagement connects, and to drive described rotating shaft 210 to rotate with same direction, and drives described round brush 300 turns Dynamic.Optionally, it is also possible to drive round brush 300 to rotate with same direction.

The second way is, driving means 500 includes the second motor and the 3rd motor, described second motor Driving described rotating shaft 210 to rotate, described 3rd motor drives described round brush 300 to rotate.And make described Rotating shaft 210 is identical with the rotation direction of described round brush 300;Described controller is additionally operable at described drainage screen During 100 arrival predeterminated position, control described second motor and the 3rd motor reversal.

Optionally, detect that described drainage screen 100 arrives predeterminated position at described position detecting device 700 Time, the most described second motor and described 3rd motor reversal;Or, at described second motor or the 3rd electricity The machine rotation number of turns reaches predetermined amount or described second motor or the 3rd motor runs duration and reaches the 4th During preset duration, the most described second motor and described 3rd motor reversal.

Optionally, the rotation direction of the second motor and the 3rd motor is identical, and the i.e. second motor is the most clockwise Rotate or rotate counterclockwise simultaneously, so that the fortune of the contact surface of round brush 300 and drainage screen 100 Dynamic in opposite direction so that what round brush 300 was more prone to washes the dust on drainage screen 100, improve Cleaning efficiency.

Optionally, described controller is additionally operable to before detecting that described drainage screen 100 is moved along it direction Described in the ends contact of end during round brush 300, first close described 3rd motor, so that described round brush 300 stops Spline is moved, when described drainage screen 100 is moved along it the end of the front end in direction by described round brush 300, It is then turned on described 3rd motor, so that described round brush 300 is rotated further.Described drainage screen 100 includes edge The first convex frame (not indicating in figure) that its moving direction is relative and the second convex frame (not indicating in figure), first Convex frame and the second convex frame are respectively drainage screen 100 first end 101 and the frame of the second end 102, than filtration The thickness of net 100 is big.Owing to drainage screen 100 is contrary with the direction of motion of the contact surface of round brush 300, because of This, when controlling drainage screen 100 respectively by two motors and round brush 300 moves, at drainage screen 100 When initially entering between rotating shaft 210 and round brush 300, resistance can be the biggest so that the first convex frame or second convex The convex frame of frame is not easy to cross drainage screen 100, and is easily damaged drainage screen 100 or convex frame.As shown in Figure 10, When drainage screen 100 moves according to the direction shown in Figure 10, its second end 102 is and is moved along it direction The end of front end, then when its second end 102 initially enters between rotating shaft 210 and round brush 300, then Resistance can be very big, therefore, it can control round brush 300 and stops operating, so that the second end 102 More easily by between rotating shaft 210 and round brush 300.Further, the second end 102 cross rotating shaft 210 with After round brush 300, controller controls round brush 300 again and is rotated further.In like manner, as shown in figure 11, in mistake When filter screen 100 moves according to the direction shown in Figure 11, its first end 101 is before being moved along it direction The end of end, then when its first end 101 initially enters between rotating shaft 210 and round brush 300, then resistance Can be very big, therefore, it can control round brush 300 and stop operating, so that the first end 101 more holds Easily by between rotating shaft 210 and round brush 300.Further, rotating shaft 210 and round brush are crossed at the first end 101 After 300, controller controls round brush 300 again and is rotated further.The present embodiment makes the first convex frame and second convex What frame can be more prone to crosses round brush 300, it is not easy to damages round brush 300, improves the safety of product And reliability.

As a kind of embodiment, described second motor drives described rotating shaft 210 to rotate with same direction, Described 3rd motor drives described round brush 300 to rotate with same direction, and make described drainage screen 100 with The direction of motion of the contact surface of described round brush 300 is contrary.

After step s25, controller can also control described driving means 500 when cleaning completes Close, the water in described dust-collecting box 400 of draining.

It should be noted that, when the reciprocating number of times of drainage screen 100 reaches preset times, then can sentence It is set to cleaning to complete.Or when the number of times of drainage screen 100 shuttling movement reaches preset times, then can sentence It is set to cleaning to complete.Or reach at above-mentioned first motor, the second motor or the 3rd motor continuous service During seven preset duration, then it is judged to that cleaning completes.

It should be noted that, when cleaning completes, driving means 500 needs to drive drainage screen 100 to move To initial position, turn off so that drainage screen 100 can return back to initial position after stopping moving. Initial position is drainage screen 100 position at place before carrying out dedusting cleaning procedure, namely drainage screen 100 positions realizing its function place crossing air filtering.

Further, the clean method of described air-conditioner also includes: after the cleaning is completed, controls air-conditioner Heating operation.Can control air conditioner heat-production and run preset duration, the size of preset duration can be according to reality Border needs to be configured, for example, it is possible to be 10 minutes, 15 minutes etc..Owing to producing condensed water process In, indoor heat exchanger surface moisture, it is easy to breed bacteria, it is unfavorable for the health of user.Therefore, exist After having cleaned, air conditioner heat-production can be controlled so that indoor heat exchanger generates heat every time, and then by indoor The skin drying of heat exchanger, serves bactericidal action.

The present invention further provides a kind of air-conditioner, with reference to the control that Figure 12, Figure 12 are air-conditioner of the present invention The high-level schematic functional block diagram of device one embodiment, described air-conditioner includes indoor heat exchanger and controller 600, institute State controller 600 to include:

Acquisition module 610, is used for obtaining current outdoor ambient temperature;

In the present embodiment, air-conditioner can arrange one for detecting the temperature sensor of outdoor environment temperature, This temperature sensor such as can be arranged on the housing of off-premises station, and is connected with the controller of air-conditioner, Acquisition module 610 obtains the current outdoor ambient temperature of temperature sensor detection.Or, controller also may be used With connected to the network, acquisition module 610 can obtain current outdoor ambient temperature from network.

Optionally, air-conditioner can start to obtain current outdoor ring when receiving condensed water and producing instruction Border temperature.Or air-conditioner can also detect automatically currently the need of producing condensed water, for example, it is possible to Automatically detection drainage screen or vaporizer are currently the need of dedusting, are determining that drainage screen or vaporizer need to remove During dirt, i.e. can determine that and be currently needed for producing condensed water, then start to obtain current outdoor ambient temperature.

Determine module 620, between according to outdoor environment temperature and running frequency, the target temperature preset Corresponding relation, determine running frequency corresponding to described current outdoor ambient temperature and target temperature;

Optionally, described corresponding relation is default outdoor environment temperature interval and running frequency, target temperature Corresponding relation between degree.Such as, as shown in table 1, table 1 shows an outdoor environment temperature preset Corresponding relation between region and running frequency, target temperature.

When determining running frequency corresponding to current outdoor ambient temperature and target temperature, first determine and work as cup The outdoor environment temperature at external environment temperature place is interval, determines the operation frequency that this temperature range is corresponding the most again Rate and target temperature, i.e. according to default outdoor environment temperature interval with running frequency, target temperature it Between corresponding relation, by running frequency corresponding for the described outdoor environment temperature interval that determines, target temperature It is defined as running frequency corresponding to described current outdoor ambient temperature and target temperature.For example, it is assumed that it is current Outdoor environment temperature is 25 DEG C, then the running frequency that current outdoor ambient temperature is corresponding is 90Hz, target temperature Degree is 6 DEG C.Assume that current outdoor ambient temperature is 18 DEG C, then the operation that current outdoor ambient temperature is corresponding Frequency is 70Hz, and target temperature is 0 DEG C.

Optionally, described corresponding relation can also be a Function Mapping relation.Can directly according to preset Functional relation calculates running frequency corresponding to current outdoor ambient temperature and target temperature.

Optionally, in the corresponding relation between default outdoor environment temperature and running frequency, described room During external environment temperature is raised by minimum preset value to maximum preset value, the running frequency of its correspondence in First raise the Long-term change trend reduced afterwards.When air-conditioner refrigerating operaton, if outdoor environment temperature is too high, then Outdoor heat exchanger heat radiation will be relatively slow, and compressor temperature also can be too high, if continuing to run, then with altofrequency May damage compressor, therefore, when outdoor environment temperature is higher, the running frequency of air-conditioner is unsuitable Too high.Additionally, during air-conditioner refrigerating operaton, if outdoor environment temperature is too low, then the heat-energy transducer of air-conditioner Power is higher, and the heat exchange efficiency of indoor heat exchanger is relatively big, if continuing to run with altofrequency, then can cause indoor The exchange capability of heat of heat exchanger is excessive and makes indoor heat exchanger be detained increasing liquid refrigerants, easily makes Becoming liquid hit phenomenon, therefore, when outdoor environment temperature is relatively low, the running frequency of air-conditioner is also unsuitable too high. Can arrange a preferable outdoor temperature interval, in this preferable outdoor temperature interval, air-conditioner can phase Higher running frequency is run, thus on the premise of ensureing that air-conditioner runs safety, it is achieved quickly produce The purpose of raw condensed water, improves the efficiency that condensed water produces.Such as, this preferable outdoor temperature interval is permissible Being 20 DEG C≤T < 30 DEG C, running frequency corresponding to this preferable outdoor temperature interval is 90Hz.In this preferable room Other temperature ranges outside outer temperature range, corresponding running frequency is below this preferable outdoor temperature district Between corresponding running frequency.Such as, when T >=30 DEG C, the running frequency of its correspondence is 80Hz;At T < 20 DEG C Time, the running frequency of its correspondence is 70Hz.

Optionally, in the corresponding relation between default outdoor environment temperature and target temperature, described room Target temperature corresponding to external environment temperature is less than under described outdoor environment temperature and preset threshold humidity Dew point temperature.In the present embodiment, preset threshold humidity can be this air-conditioner place outdoor environment Little humidity value, it is also possible to be an empirical value, for example, it is possible to be 30%.Optionally, described outdoor environment Target temperature corresponding to temperature is wet less than in described outdoor environment temperature interval minimum temperature and preset threshold Dew point temperature under Du.Such as, for interval 20 DEG C≤T < 30 DEG C of outdoor environment temperature, this outdoor environment Temperature range minimum temperature is 20 DEG C, it is assumed that the dew point temperature under temperature 20 DEG C, humidity 30% is T1, Then interval 20 DEG C≤T < the 30 DEG C of corresponding file destination of outdoor environment temperature less than T1.The present embodiment passes through By target temperature corresponding for outdoor environment temperature less than in described outdoor environment temperature and preset threshold humidity Under dew point temperature, thus ensure that current humidity more than preset threshold temperature time, can be more efficient The raw condensed water of real estate, further increases the generation efficiency of condensed water.

Control module 630, for controlling air-conditioner according to the described running frequency refrigerating operaton determined, and root Current surface temperature according to indoor heat exchanger regulates the air output of air-conditioner so that the surface of indoor heat exchanger Within temperature is positioned at the temperature range that the described target temperature determined is corresponding, to produce condensed water.

In the present embodiment, can be by the rotating speed of conditioning chamber inner blower and/or the air-out of regulation wind deflector Angle regulates the air output of air-conditioner.

The temperature range that target temperature is corresponding can be configured according to actual needs.

Optionally, the temperature range that target temperature is corresponding is the temperature model less than or equal to described target temperature Enclose.Such as, target temperature is 10 DEG C, then the temperature range of its correspondence can be Tm≤10℃。

Optionally, the temperature range that target temperature is corresponding can also be more than or equal to 0 DEG C.Such as, in target Temperature is 6 DEG C, then the temperature range of its correspondence can be 0 DEG C≤Tm≤6℃。

By regulating the air output of air-conditioner so that the surface temperature of indoor heat exchanger is positioned at determine described Within the temperature range that target temperature is corresponding.

The air-conditioner that the present invention provides, by obtaining current outdoor ambient temperature, and according to default outdoor Corresponding relation between ambient temperature and running frequency, target temperature, determines described current outdoor environment temperature The running frequency of degree correspondence and target temperature, and control air-conditioner according to the described running frequency refrigeration determined Run, and regulate the air output of air-conditioner according to the Current surface temperature of indoor heat exchanger so that indoor are changed Within the surface temperature of hot device is positioned at the temperature range that the described target temperature determined is corresponding, to produce condensation Water, thus during producing condensed water, determine according to current outdoor ambient temperature and more suitably transport Line frequency and target temperature, and the surface temperature controlling indoor heat exchanger is positioned at the temperature that target temperature is corresponding Within the scope of so that it is more prone under current outdoor ambient temperature and produces condensed water more efficiently, It is effectively improved the generation efficiency of condensed water.

Further, in order to improve the efficiency that condensed water produces further, based on air-conditioner of the present invention the One embodiment, the invention allows for the second embodiment of air-conditioner, in the present embodiment, described control Module 630 is additionally operable to periodically obtain the Current surface temperature of indoor heat exchanger;In the institute obtained every time When stating Current surface temperature more than the described target temperature determined, raise the air output of air-conditioner.

In the present embodiment, air-conditioner can also in surface configuration one temperature sensor of indoor heat exchanger, For detecting the surface temperature of indoor heat exchanger, and this sensor can be connected with controller.

In the present embodiment, the time interval of the Current surface temperature obtaining indoor heat exchanger can be according to reality Border needs to be configured, for example, it is possible to be 2 minutes, 5 minutes etc..

After having determined running frequency and target temperature, can carry out obtaining working as of indoor heat exchanger for the first time Front surface temperature, when the Current surface temperature obtained for the first time is more than the target temperature determined, then raises The air output of air-conditioner;And after prefixed time interval, carry out second time and obtain the current of indoor heat exchanger Surface temperature, and continue to judge whether the Current surface temperature that second time obtains is more than the target temperature determined, More than time continue raise air-conditioner air output, until the Current surface temperature again obtained less than or etc. When target temperature, then can not regulate the air output of air-conditioner, and again obtain after prefixed time interval Take the Current surface temperature of indoor heat exchanger.If being less than or equal in the Current surface temperature obtained for the first time During target temperature, then can not regulate the air output of air-conditioner, and again obtain after prefixed time interval The Current surface temperature of indoor heat exchanger, and according to the Current surface temperature again obtained according to above-mentioned regulation Mode regulates the air output of air-conditioner.The most repeatedly.It is understood that change in the indoor obtained every time When the Current surface temperature of hot device is less than temperature range minimum temperature corresponding to described target temperature, the most permissible Reduce the air output of air-conditioner, to prevent compressor generation liquid hit phenomenon.

Optionally, it is also possible to obtain the Current surface temperature of indoor heat exchanger in the following ways.Determining After complete running frequency and target temperature, start to obtain the Current surface temperature of indoor heat exchanger, obtaining every time The Current surface temperature of the indoor heat exchanger taken be positioned at temperature range corresponding to the described target temperature determined it Time interior, then continue to obtain in real time the Current surface temperature of indoor heat exchanger;In the indoor heat exchange obtained every time When the Current surface temperature of device is positioned at outside the temperature range that the described target temperature determined is corresponding, then basis The Current surface temperature of the indoor heat exchanger obtained regulates the air output of air-conditioner, and periodically obtains The Current surface temperature of indoor heat exchanger, until the Current surface temperature of the indoor heat exchanger obtained is positioned at really Within the temperature range that fixed described target temperature is corresponding, the most repeatedly.Air output at regulation air-conditioner Time, when the described Current surface temperature obtained is more than the described target temperature determined every time, raise air-conditioning The air output of device;Corresponding less than the described target temperature determined in the described Current surface temperature obtained every time Temperature range time, reduce the air output of air-conditioner, until the Current surface position of indoor heat exchanger obtained Time within the temperature range that the target temperature determined is corresponding, then start to obtain working as of indoor heat exchanger in real time Front surface temperature, the most repeatedly, such that it is able to improve the generation efficiency of condensed water further.

Further, the second embodiment based on air-conditioner of the present invention, the invention allows for air-conditioner 3rd embodiment, in the present embodiment, described air-conditioner also includes indoor fan, described control module 630 It is additionally operable to calculate the temperature gap between described Current surface temperature and the described target temperature determined;According to The temperature gap preset and the corresponding relation of rotating speed value added, determine that the described temperature gap of calculating is corresponding Rotating speed value added;The rotating speed of indoor fan is raised described rotating speed value added, to raise the air-out of air-conditioner Amount.

Optionally, the temperature gap preset can be the temperature difference preset with the corresponding relation of rotating speed value added The interval corresponding relation with rotating speed value added of value.Rotating speed value added can be increased by the gear of indoor fan Value embodies.Such as, when temperature gap is more than 3 DEG C, the gear value added of its correspondence can be two grades, That is, when temperature gap is more than 3 DEG C, then indoor fan is improved two gears;At temperature gap more than 0 DEG C And during less than or equal to 3 DEG C, the gear value added of its correspondence can be one grade, i.e. is more than at temperature gap 0 DEG C and less than or equal to 3 DEG C time, then by indoor fan improve a gear.

Optionally, the temperature gap preset can also be a Function Mapping with the corresponding relation of rotating speed value added Relation.Directly can calculate, according to the functional relation preset, the rotating speed value added that temperature gap is corresponding.

Optionally, in the default temperature gap corresponding relation with rotating speed value added, temperature gap is the biggest, Then rotating speed value added is the biggest.Such that it is able to further speed up the surface temperature control of indoor heat exchanger really Speed within the temperature range that fixed described target temperature is corresponding, and then improve the product of condensed water further Come into force rate.

Further, in order to improve the efficiency that condensed water produces further, based on air-conditioner of the present invention the One to the 3rd any embodiment, the invention allows for the 4th embodiment of air-conditioner, in the present embodiment, Described control module 630 is additionally operable to: after preset time period, the surface temperature of described indoor heat exchanger When degree is positioned at outside the temperature range that the described target temperature determined is corresponding, raise the operation of described air-conditioner Frequency.

In the present embodiment, preset time period can be configured according to actual needs, for example, it is possible to be 10 minutes, 15 minutes etc..Air-conditioner with current operation frequency continuous service preset time period, and After the air output overregulating air-conditioner, it is described that the surface temperature of indoor heat exchanger is still located on determining Outside the temperature range that target temperature is corresponding, then show that current running frequency is too low, it is therefore desirable to will fortune Line frequency raises, and improves the heat exchange efficiency of air-conditioner, thus advantageously in producing condensed water.

Further, described control module 630 is additionally operable to control the condensed water of air-conditioner utilization generation to sky Drainage screen and/or the indoor heat exchanger of adjusting device are cleaned.When cleaning, can only drainage screen be cleaned, Only indoor heat exchanger can also be cleaned, or can drainage screen and indoor heat exchanger be cleaned simultaneously.

Further, described air-conditioner also includes drainage screen 100 and described drainage screen 100 Structure deformation Round brush 300, be located at the dust-collecting box 400 below described round brush 300, water pump 430, for collecting condensed water Drip tray and for driving the driving means 500 that described drainage screen 100 moves,

Described control module 630 is additionally operable to open described water pump 430, is taken out by the condensed water in described drip tray Enter in described dust-collecting box 400;

Optionally, can also arrange condensate tank of dehumidifier in dust-collecting box 400, this condensate tank of dehumidifier is used for Whether the water level in detection dust-collecting box 400 reaches preset water level.Water level in dust-collecting box 400 reaches pre- If during water level, controller controls water pump 430 and cuts out.

Described control module 630 is additionally operable to control described driving means 500 and opens, and drives described drainage screen 100 move, and make described round brush 300 clean described drainage screen 100.

In the present embodiment, air-conditioner illustrates as a example by hanging air conditioner.As Fig. 2 to Fig. 6 institute Showing, this air-conditioner includes housing 1a, drainage screen 100, filter screen stand 200 and described drainage screen 100 Structure deformation is to clean the round brush 300 of described drainage screen 100 and to be located at the collection below described round brush 300 Dirt box 400, the end face of described dust-collecting box 400 is formed with dust collecting opening 410, and described round brush 300 rotatably sets Putting in described dust collecting opening 410, described dust-collecting box 400 is used for storing clean water so that described round brush 300 part Immerse in described clean water;Described filter screen stand 200 is provided with rotating shaft 210, on described drainage screen 100 Being provided with conveyer belt 110, described conveyer belt 110 contacts with described rotating shaft 210, with by described rotating shaft 210 Described drainage screen 100 is driven to move on described filter screen stand 200;Described air-conditioner also include for Drive the driving means 500 that described round brush 300 and described rotating shaft 210 rotate;Described air-conditioner also includes control Device processed.

In the present embodiment, drainage screen 100 is additionally provided with the filter screen 120 for filtering dust, by transmitting 110 band electric filters 120 are carried to move.

In the present embodiment, the two ends of rotating shaft 210 can arrange runner.It is also preferred that the left runner is gear. It is also preferred that the left be wound with hairbrush in rotating shaft 210, this hairbrush can be the bristle being arranged in rotating shaft 210.

Optionally, conveyer belt 110 is the tooth bar coordinated with runner, thus driving means 500 drive shaft During 210 rotation, runner can drive conveyer belt 110 to move.Filter screen 120 is arranged on conveyer belt 110. Filter screen 120 can be fixed on conveyer belt 110 by hot melt, so, is possible to prevent filter screen 120 moving Come off from conveyer belt 110 during Dong.

Drainage screen 100 stretching and winding is in rotating shaft 210, say, that filter screen 120 connects with rotating shaft 210 Touch, thus during drainage screen 100 moves, the bristle in rotating shaft 210 can be by filter screen 120 Dust brush fall or brush loosen.

Filter screen stand 200 includes underframe 220, upper frame 230 and air-inlet grille 240.

Underframe 220 is the most rectangular, and one end of underframe 220 length direction is formed with rotating shaft 210 221, Rotating shaft 210 pivot joint rotates and is arranged on shaft seat 221, and rotating shaft 210 is basically perpendicular to the length of underframe 220 Degree direction.

In upper frame 230 is arranged at underframe 220 and be positioned at shaft seat 221 side.Underframe 220 and upper frame 230 Between be formed with lower railway 250.

Air-inlet grille 240 is arranged on underframe 220 and covers upper frame 230.Air-inlet grille 240 and upper frame It is formed between 230 and gets on the right track 260.Filter screen track includes getting on the right track 260 and lower railway 250.Conveyer belt 110 drive drainage screen 100 to move in filter screen track.

Round brush 300 includes roller bearing and hairbrush, and hairbrush is wound on roller bearing.Hairbrush can include hard bristle and Axial in the strip-spiral being intervally arranged along roller bearing of soft bristle, hard bristle and soft bristle.

The central shaft of round brush 300 and the central shaft of rotating shaft 210 are arranged substantially in parallel.When drainage screen 100 from Getting on the right track 260 when moving to lower railway 250, round brush 300 roll brush is except the dust on drainage screen 100.

Offer water inlet (not indicating in figure) on described dust-collecting box 400, described air-conditioner also include for Collect the drip tray (not indicating in figure) of condensed water, connect the described water inlet water inlet pipe with described drip tray 420, and it is located at the water pump 430 on described water inlet pipe 420.Controller can control water pump 430 and open, Thus by the condensed water suction dust-collecting box 400 in drip tray, so that dust-collecting box 400 internal reservoir Condensed water, and round brush 300 is partly submerged in condensed water, thus when round brush 300 rotates, permissible By on water band to drainage screen 100, and utilize the cleaned filter screen of condensed water 100.

Drainage screen 100 can move to use following two mode:

The first move mode is, drainage screen 100 moves back and forth on filter screen stand 200.Wherein, In reciprocating movement, when described drainage screen 100 arrives predeterminated position, described driving means 500 Described rotating shaft 210 and described round brush 300 is driven to rotate with the direction in opposite direction with current operation.Pass through Drainage screen 100 moves back and forth so that can be carried out in the whole moving process of drainage screen 100 cleaning, Cleaning efficiency is higher.

As shown in Figure 8, drainage screen 100 260 is moved to lower railway 250 by getting on the right track.As it is shown in figure 9, Drainage screen 100 is moved by lower railway 250 upward trajectory 260.At drainage screen 100 by 260 shiftings of getting on the right track Move to lower railway 250, and all parts all positions after round brush 300 could be arranged to preset position Put.Before washing, drainage screen 100 is positioned at and gets on the right track 260, and drainage screen 100 the most not with round brush 300 Contact, initial position now can also be predeterminated position.That is, in stroke each time, drainage screen 100 After each all regions all contact with round brush 300, i.e. can be considered arrival predeterminated position.

Optionally, air-conditioner also includes the position detecting device of the position for detecting described drainage screen 100 700, when described position detecting device 700 detects that described drainage screen 100 arrives predeterminated position, then institute Stating driving means 500 drives described rotating shaft 210 and described round brush 300 to rotate along with the most contrary direction.

Position detecting device 700 can be approach switch, such as microswitch, photoswitch etc..This Embodiment is as a example by microswitch, and this microswitch is connected with controller 600.Such as Fig. 8 and Fig. 9, described Drainage screen 100 includes along the first end 101 and the second end 102 that its rotation direction is relative, at described drainage screen When first end 101 of 100 or the second end 102 contact with described microswitch, then judge described drainage screen 100 arrive described predeterminated position.As shown in Figure 8, whole according to the direction shown in Fig. 8 at drainage screen 100 When moving to lower railway 250, then the second end 102 of drainage screen 100 can touch microswitch, fine motion Switch produces and triggers the signal of telecommunication, and is sent to controller 600.Controller controls driving means 500 and drives institute State rotating shaft 210 and described round brush 300 to rotate along with the most contrary direction, i.e. according to as shown in Figure 9 Direction rotates, and i.e. starts to move from lower railway 250 upward trajectory 260.At drainage screen 100 according to Fig. 9 Shown direction all move to get on the right track 260 time, the first end 101 of drainage screen 100 can touch micro- Dynamic switch, microswitch produces and triggers the signal of telecommunication, and is sent to controller 600.Controller controls to drive dress Put the 500 described rotating shafts of driving 210 and described round brush 300 to rotate along with the most contrary direction, i.e. according to Direction as shown in Figure 8 rotates, and i.e. starts 260 to move to lower railway 250, the most repeatedly from getting on the right track.

Or, driving means 500 can be motor, reaches predetermined amount or electricity in the electric machine rotation number of turns When machine operation duration reaches four preset duration, the most described motor drives described rotating shaft 210 and round brush 300 Rotate along with the most contrary direction.Above-mentioned predetermined amount and the 4th preset duration can be according to actual needs It is configured, in this no limit.

As another embodiment, controller is additionally operable to control described dust-collecting box according to described dedusting instruction In 400, storage clean water is so that described round brush 300 is partly submerged in clean water, and controls described driving dress Putting 500 unlatchings, drive described rotating shaft 210 and described round brush 300 to rotate, described rotating shaft 210 drives institute State drainage screen 100 to move back and forth on described filter screen stand 200, so that the described round brush 300 soaked Clean described drainage screen 100;Wherein, in reciprocating movement, arrive at described drainage screen 100 and preset During position, described driving means 500 drive described rotating shaft 210 and described round brush 300 with current operation Direction in opposite direction rotates.

As another embodiment, controller is additionally operable to control described air-conditioner according to described dedusting instruction Run in a chiller mode, control described water pump 430 and open, with by the condensed water suction in described drip tray In described dust-collecting box 400, and make described round brush 300 be partly submerged in condensed water, and drive described in control Dynamic device 500 is opened, and drives described rotating shaft 210 and described round brush 300 to rotate, and described rotating shaft 210 carries Dynamic described drainage screen 100 moves back and forth on described filter screen stand 200, so that the described rolling soaked Brush 300 cleans described drainage screen 100;Wherein, in reciprocating movement, arrive at described drainage screen 100 When reaching predeterminated position, described driving means 500 drive described rotating shaft 210 and described round brush 300 with work as The direction rotation that front rotation is in opposite direction.

The second move mode is, drainage screen 100 can move with same direction on filter screen stand 200 Dynamic.As shown in Figure 10, when drainage screen 100 moves according to counter clockwise direction as shown in Figure 10 all the time, Drainage screen 100 can be considered as move with same direction on filter screen stand 200.Or, such as Figure 11 institute Show, when drainage screen 100 moves according to clockwise direction as described in Figure 11 all the time, can be considered as filtering Net 100 moves with same direction on filter screen stand 200.By controlling drainage screen 100 with same side To movement so that control mode is simpler, it is easy to accomplish.That is, above-mentioned two rotating shaft 210 is turning During Dong, rotating according to same direction all the time, such as, as shown in Figure 10, two rotating shafts 210 are turning During Dong, can rotate counterclockwise all the time;Or, as shown in figure 11, two rotating shafts 210 are rotating During, can rotate clockwise all the time.

As a kind of embodiment, controller is additionally operable to control described driving means 500 and opens, and drives institute State two rotating shafts 210 to rotate with same direction, to drive described drainage screen 100 at described drainage screen 200 Move on support, and control described round brush 300 and rotate, so that the described round brush 300 soaked cleans Described drainage screen 100.

Optionally, driving means 500 can also drive round brush 300 to rotate with same direction.I.e., it is possible to Drive round brush 300 all the time according to rotating clockwise or counterclockwise.Optionally, driving means 500 can also Round brush 300 is driven to rotate in different directions.

Optionally, the number of turns that drainage screen 100 moves can be configured according to actual needs.Such as, may be used Think a circle, two circle or multi-turns.When drainage screen 100 returns back to initial position every time, i.e. can be considered shifting A dynamic circle.Initial position is drainage screen 100 position at place before carrying out dedusting cleaning procedure, also I.e. drainage screen 100 realizes the position at its function place crossing air filtering.Optionally, can be examined by position Survey device detection drainage screen 100 and move the number of turns, or when passing through the operation of driving means 500 (such as motor) Long, the rotation number of turns etc. controls the mobile number of turns of drainage screen 100.

Based on each embodiment above-mentioned, the embodiment of driving means 500 includes following several:

First kind of way is, driving means 500 includes that the first motor, described first motor are provided with drive shaft (not indicating in figure), described drive shaft engages with the rotary shaft of described rotating shaft 210 and described round brush 300 even Connect, to drive described rotating shaft 210 and described round brush 300 to rotate;Described controller is additionally operable in described mistake When filter screen 100 arrives predeterminated position, control described first motor reversal.

Optionally, drive shaft can engage with the rotary shaft of rotating shaft 210 and round brush 300 simultaneously, i.e. drives Axle can be arranged between rotating shaft 210 and rotary shaft;Or, drive shaft can also only be nibbled with rotating shaft 210 Close, and rotating shaft 210 is engaged with rotary shaft;Or, drive shaft can also only engage with rotary shaft, and turns Moving axis engages with rotating shaft 210.

Optionally, detect that described drainage screen 100 arrives predeterminated position at described position detecting device 700 Time, the most described first motor reversal;Or, the described first electric machine rotation number of turns reach predetermined amount or When described in person, the first motor operation duration reaches four preset duration, the most described first motor reversal.

As a kind of embodiment, described drive shaft and described rotating shaft 210 and the rotation of described round brush 300 Axle engagement connects, and to drive described rotating shaft 210 to rotate with same direction, and drives described round brush 300 turns Dynamic.Optionally, it is also possible to drive round brush 300 to rotate with same direction.

The second way is, driving means 500 includes the second motor and the 3rd motor, described second motor Driving described rotating shaft 210 to rotate, described 3rd motor drives described round brush 300 to rotate.And make described Rotating shaft 210 is identical with the rotation direction of described round brush 300;Described controller is additionally operable at described drainage screen During 100 arrival predeterminated position, control described second motor and the 3rd motor reversal.

Optionally, detect that described drainage screen 100 arrives predeterminated position at described position detecting device 700 Time, the most described second motor and described 3rd motor reversal;Or, at described second motor or the 3rd electricity The machine rotation number of turns reaches predetermined amount or described second motor or the 3rd motor runs duration and reaches the 4th During preset duration, the most described second motor and described 3rd motor reversal.

Optionally, the rotation direction of the second motor and the 3rd motor is identical, and the i.e. second motor is the most clockwise Rotate or rotate counterclockwise simultaneously, so that the fortune of the contact surface of round brush 300 and drainage screen 100 Dynamic in opposite direction so that what round brush 300 was more prone to washes the dust on drainage screen 100, improve Cleaning efficiency.

Optionally, described controller is additionally operable to before detecting that described drainage screen 100 is moved along it direction Described in the ends contact of end during round brush 300, first close described 3rd motor, so that described round brush 300 stops Spline is moved, when described drainage screen 100 is moved along it the end of the front end in direction by described round brush 300, It is then turned on described 3rd motor, so that described round brush 300 is rotated further.Described drainage screen 100 includes edge The first convex frame (not indicating in figure) that its moving direction is relative and the second convex frame (not indicating in figure), first Convex frame and the second convex frame are respectively drainage screen 100 first end 101 and the frame of the second end 102, than filtration The thickness of net 100 is big.Owing to drainage screen 100 is contrary with the direction of motion of the contact surface of round brush 300, because of This, when controlling drainage screen 100 respectively by two motors and round brush 300 moves, at drainage screen 100 When initially entering between rotating shaft 210 and round brush 300, resistance can be the biggest so that the first convex frame or second convex The convex frame of frame is not easy to cross drainage screen 100, and is easily damaged drainage screen 100 or convex frame.As shown in Figure 10, When drainage screen 100 moves according to the direction shown in Figure 10, its second end 102 is and is moved along it direction The end of front end, then when its second end 102 initially enters between rotating shaft 210 and round brush 300, then Resistance can be very big, therefore, it can control round brush 300 and stops operating, so that the second end 102 More easily by between rotating shaft 210 and round brush 300.Further, the second end 102 cross rotating shaft 210 with After round brush 300, controller controls round brush 300 again and is rotated further.In like manner, as shown in figure 11, in mistake When filter screen 100 moves according to the direction shown in Figure 11, its first end 101 is before being moved along it direction The end of end, then when its first end 101 initially enters between rotating shaft 210 and round brush 300, then resistance Can be very big, therefore, it can control round brush 300 and stop operating, so that the first end 101 more holds Easily by between rotating shaft 210 and round brush 300.Further, rotating shaft 210 and round brush are crossed at the first end 101 After 300, controller controls round brush 300 again and is rotated further.The present embodiment makes the first convex frame and second convex What frame can be more prone to crosses round brush 300, it is not easy to damages round brush 300, improves the safety of product And reliability.

As a kind of embodiment, described second motor drives described rotating shaft 210 to rotate with same direction, Described 3rd motor drives described round brush 300 to rotate with same direction, and make described drainage screen 100 with The direction of motion of the contact surface of described round brush 300 is contrary.

It should be noted that, when the reciprocating number of times of drainage screen 100 reaches preset times, then can sentence It is set to cleaning to complete.Or when the number of times of drainage screen 100 shuttling movement reaches preset times, then can sentence It is set to cleaning to complete.Or reach at above-mentioned first motor, the second motor or the 3rd motor continuous service During seven preset duration, then it is judged to that cleaning completes.

It should be noted that, when cleaning completes, driving means 500 needs to drive drainage screen 100 to move To initial position, turn off so that drainage screen 100 can return back to initial position after stopping moving. Initial position is drainage screen 100 position at place before carrying out dedusting cleaning procedure, namely drainage screen 100 positions realizing its function place crossing air filtering.

Further, described control module 630 is additionally operable to after the cleaning is completed, controls air conditioner heat-production fortune OK.Can control air conditioner heat-production and run preset duration, the size of preset duration can be according to actual needs Be configured, for example, it is possible to be 10 minutes, 15 minutes etc..Owing to producing during condensed water, room Interior heat exchanger surface is moist, it is easy to breed bacteria, is unfavorable for the health of user.Therefore, the most clear Clean complete after, air conditioner heat-production can be controlled so that indoor heat exchanger generates heat, and then by indoor heat exchanger Skin drying, serve bactericidal action.

It should be noted that in this article, term " include ", " comprising " or its any other variant Be intended to comprising of nonexcludability so that include the process of a series of key element, method, article or Person's device not only includes those key elements, but also includes other key elements being not expressly set out, or also Including the key element intrinsic for this process, method, article or device.In the feelings not having more restriction Under condition, statement " including ... " key element limited, it is not excluded that include this key element process, Method, article or device there is also other identical element.

The invention described above embodiment sequence number, just to describing, does not represent the quality of embodiment.

It addition, the description relating to " first ", " second ", " the 3rd " etc. in invention is only used for describing Purpose, and it is not intended that instruction or imply its relative importance or implicit indicate that indicated technology is special The quantity levied.Thus, define " first ", the feature of " second " can be expressed or implicitly include At least one this feature.It addition, the technical scheme between each embodiment can be combined with each other, but must Must be based on those of ordinary skill in the art are capable of, when mutual lance occurs in the combination of technical scheme People should think that the combination of this technical scheme does not exists, the most not at application claims when shield maybe cannot realize Protection domain within.

These are only the preferred embodiments of the present invention, not thereby limit the scope of the claims of the present invention, every Utilize equivalent structure or equivalence flow process conversion that description of the invention and accompanying drawing content made, or directly or Connect and be used in other relevant technical fields, be the most in like manner included in the scope of patent protection of the present invention.

Claims (14)

1. the condensed water production method of an air-conditioner, it is characterised in that the condensation Aquatic product of described air-conditioner Generation method includes:
Obtain current outdoor ambient temperature;
According to the corresponding relation between default outdoor environment temperature and running frequency, target temperature, determine Running frequency that described current outdoor ambient temperature is corresponding and target temperature;
Control air-conditioner is according to the described running frequency refrigerating operaton determined, and working as according to indoor heat exchanger The air output of front surface temperature regulation air-conditioner so that the surface temperature of indoor heat exchanger is positioned at the institute determined Within stating the temperature range that target temperature is corresponding, to produce condensed water.
2. the condensed water production method of air-conditioner as claimed in claim 1, it is characterised in that described Include according to the step of the air output of the Current surface temperature regulation air-conditioner of indoor heat exchanger:
Periodically obtain the Current surface temperature of indoor heat exchanger;
When the described Current surface temperature obtained is more than the described target temperature determined every time, calculate described Temperature gap between Current surface temperature and the described target temperature determined, according to default temperature gap With the corresponding relation of rotating speed value added, determine the rotating speed value added that the described temperature gap of calculating is corresponding, will The rotating speed of indoor fan raises described rotating speed value added, to raise the air output of air-conditioner.
3. the condensed water production method of air-conditioner as claimed in claim 1 or 2, described changes according to indoor After the step of the air output of the Current surface temperature regulation air-conditioner of hot device, the condensed water of described air-conditioner Production method also includes: after preset time period, the surface temperature of described indoor heat exchanger is positioned at really Time outside the temperature range that fixed described target temperature is corresponding, raise the running frequency of described air-conditioner.
4. the condensed water production method of air-conditioner as claimed in claim 1 or 2, described corresponding relation is Corresponding relation between outdoor environment temperature interval and running frequency, the target temperature preset;Described basis Preset outdoor environment temperature and running frequency, target temperature between corresponding relation, determine described currently Running frequency and the step of target temperature that outdoor environment temperature is corresponding include:
Determine that the outdoor environment temperature at current outdoor ambient temperature place is interval;
According to the corresponding relation between default outdoor environment temperature interval and running frequency, target temperature, Running frequency corresponding for the described outdoor environment temperature interval determined, target temperature are defined as described currently Running frequency that outdoor environment temperature is corresponding and target temperature.
5. the clean method of an air-conditioner, it is characterised in that the clean method of described air-conditioner utilizes such as The condensed water that the condensed water production method of the air-conditioner described in any one of Claims 1-4 produces is to air-conditioning Drainage screen and/or the indoor heat exchanger of device are cleaned.
6. the clean method of air-conditioner as claimed in claim 5, it is characterised in that described to air-conditioner The step that is cleaned of drainage screen include:
Open water pump, the condensed water suction in drip tray is contacted with the filter screen rolling of described air-conditioner In dust-collecting box below round brush;
Control driving means to open, drive the drainage screen of air-conditioner to move, make described round brush clean described mistake Filter screen.
7. the clean method of the air-conditioner as described in claim 5 or 6, it is characterised in that described air-conditioning The clean method of device also includes: after the cleaning is completed, controls air conditioner heat-production and runs.
8. an air-conditioner, including indoor heat exchanger, it is characterised in that described air-conditioner includes controller, Described controller includes:
Acquisition module, is used for obtaining current outdoor ambient temperature;
Determine module, between according to outdoor environment temperature and running frequency, the target temperature preset Corresponding relation, determines running frequency corresponding to described current outdoor ambient temperature and target temperature;
Control module, for controlling air-conditioner according to the described running frequency refrigerating operaton determined, and according to The air output of the Current surface temperature regulation air-conditioner of indoor heat exchanger so that the surface temperature of indoor heat exchanger Within degree is positioned at the temperature range that the described target temperature determined is corresponding, to produce condensed water.
9. air-conditioner as claimed in claim 8, it is characterised in that described air-conditioner also includes indoor wind Machine, described control module is additionally operable to periodically obtain the Current surface temperature of indoor heat exchanger;Every time When the described Current surface temperature obtained is more than the described target temperature determined, calculate described Current surface temperature Temperature gap between degree and the described target temperature determined, increases with rotating speed according to default temperature gap The corresponding relation of value, determines the rotating speed value added that the described temperature gap of calculating is corresponding, by indoor fan Rotating speed raises described rotating speed value added, to raise the air output of air-conditioner.
10. air-conditioner as claimed in claim 8 or 9, it is characterised in that described control module is also used In after preset time period, the surface temperature of described indoor heat exchanger is positioned at the described target temperature determined Time outside the temperature range that degree is corresponding, raise the running frequency of described air-conditioner.
11. air-conditioners as claimed in claim 8 or 9, it is characterised in that described control module is also used Interval in the outdoor environment temperature determining current outdoor ambient temperature place;According to default outdoor environment temperature Corresponding relation between degree interval and running frequency, target temperature, the described outdoor environment temperature that will determine Interval corresponding running frequency, target temperature are defined as the operation frequency that described current outdoor ambient temperature is corresponding Rate and target temperature.
12. air-conditioners as claimed in claim 8 or 9, it is characterised in that described control module is also used Utilize the condensed water produced that drainage screen and/or the indoor heat exchanger of air-conditioner are carried out clearly in controlling air-conditioner Clean.
13. air-conditioners as claimed in claim 12, it is characterised in that described air-conditioner also includes filtering Round brush that net contacts with described filter screen rolling, it is located at the dust-collecting box below described round brush, water pump, use In collecting the drip tray of condensed water and for the driving means driving described drainage screen to move,
Described control module is additionally operable to open described water pump, described in the condensed water suction in described drip tray In dust-collecting box;
Described control module is additionally operable to control described driving means and opens, and drives described drainage screen to move, makes Described round brush cleans described drainage screen.
14. air-conditioners as described in claim 12 or 13, it is characterised in that described control module is also For after the cleaning is completed, control air conditioner heat-production and run.
CN201610300167.9A 2016-05-06 2016-05-06 Condensed water production method, clean method and the air conditioner of air conditioner CN106016669B (en)

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