CN105928137A - Speed regulating method and device used for air conditioner as well as air-conditioning system - Google Patents

Speed regulating method and device used for air conditioner as well as air-conditioning system Download PDF

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Publication number
CN105928137A
CN105928137A CN201610254652.7A CN201610254652A CN105928137A CN 105928137 A CN105928137 A CN 105928137A CN 201610254652 A CN201610254652 A CN 201610254652A CN 105928137 A CN105928137 A CN 105928137A
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CN
China
Prior art keywords
intensity
gear
upshift
light intensity
downshift
Prior art date
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Granted
Application number
CN201610254652.7A
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Chinese (zh)
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CN105928137B (en
Inventor
何勇
郑林贵
杨铎
杨荣礼
骆亮
喻春平
梁博
孙凯
何志武
刘启兴
胡金财
杨晓峰
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Gree Electric Appliances Inc of Zhuhai
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Gree Electric Appliances Inc of Zhuhai
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Priority to CN201610254652.7A priority Critical patent/CN105928137B/en
Publication of CN105928137A publication Critical patent/CN105928137A/en
Application granted granted Critical
Publication of CN105928137B publication Critical patent/CN105928137B/en
Active legal-status Critical Current
Anticipated expiration legal-status Critical

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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2110/00—Control inputs relating to air properties
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/0001—Control or safety arrangements for ventilation
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/70—Control systems characterised by their outputs; Constructional details thereof
    • F24F11/72—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure
    • F24F11/74—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure for controlling air flow rate or air velocity
    • F24F11/77—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure for controlling air flow rate or air velocity by controlling the speed of ventilators
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/24—Means for preventing or suppressing noise
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2120/00—Control inputs relating to users or occupants
    • F24F2120/10—Occupancy
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/0001—Control or safety arrangements for ventilation
    • F24F2011/0002—Control or safety arrangements for ventilation for admittance of outside air
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F13/00—Details common to, or for air-conditioning, air-humidification, ventilation or use of air currents for screening
    • F24F13/24—Means for preventing or suppressing noise
    • F24F2013/247—Active noise-suppression
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2130/00—Control inputs relating to environmental factors not covered by group F24F2110/00
    • F24F2130/20—Sunlight
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
    • Y02B30/70—Efficient control or regulation technologies, e.g. for control of refrigerant flow, motor or heating

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Chemical & Material Sciences (AREA)
  • Combustion & Propulsion (AREA)
  • Mechanical Engineering (AREA)
  • Physics & Mathematics (AREA)
  • Fluid Mechanics (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Atmospheric Sciences (AREA)
  • Fuzzy Systems (AREA)
  • Mathematical Physics (AREA)
  • Signal Processing (AREA)
  • Air Conditioning Control Device (AREA)

Abstract

The invention discloses a speed regulating method and a speed regulating device used for an air conditioner as well as an air-conditioning system. The method comprises the following steps: obtaining indoor temperature variation information after the air conditioner operates for preset operation duration; when the indoor temperature variation information meets a preset temperature variation threshold value, obtaining indoor light intensity; and according to the indoor light intensity, automatically regulating set air speed when the air conditioner operates, thereby realizing automatic speed regulation of the air conditioner. According to the scheme, the defects such as a complex operation process, resource waste and poor user experience in the prior art can be overcome, so that the beneficial effects of a simple operation process, energy saving and good user experience are realized.

Description

A kind of speed regulating method for air-conditioning, device and air conditioning system
Technical field
The invention belongs to air-conditioning technical field, be specifically related to a kind of speed regulating method for air-conditioning, device and sky Adjusting system.
Background technology
At present, air-conditioning has been conventional household electrical appliances in user family, and air conditioner wind speed is generally automatic wind speed and wind speed setting Two states.Wherein, automatic wind speed is i.e. automatically adjusted air conditioner wind speed according to ambient parameter change；But, from Wind symptom speed can regulate wind speed at any time because of environmental change, is easily generated noise, so user does not the most use automatic wind Speed.Wind speed setting is i.e. run according to user's wind speed setting, and generally, before sleep in evening, user can carry Front unlatching air-conditioning, sets high wind shelves or superpower wind shelves carry out fast-refrigerating or heat, when being the most then transferred to Low wind shelves or quiet wind shelves run；But, often occur that user forgets to adjust wind speed, user may be given Bring health problem, and wind speed is easily generated the most greatly noise.If running by user's wind speed setting for a long time, then User can be allowed to feel uncomfortable, will also result in the wasting of resources.
In prior art, have that operating process is loaded down with trivial details, easily cause the defect such as the wasting of resources and poor user experience.
Summary of the invention
It is an object of the invention to, for drawbacks described above, it is provided that a kind of speed regulating method for air-conditioning, device And air conditioning system, can not adjust according to actual environment situation during to solve and prior art to be forgotten and adjusts wind speed The problem of wind size, reaches the effect that need not manually adjust wind shelves.
The present invention provides a kind of speed regulating method for air-conditioning, including: obtain described operation of air conditioner and preset operation Indoor temperature change generated in case information after duration；When described indoor temperature change generated in case information meets preset temperature change threshold Time, obtain indoor light intensity；According to described indoor light intensity, the wind speed setting to described operation of air conditioner Automatically adjust, to realize the automatic speed regulation to described air-conditioning.
Alternatively, obtain indoor light intensity, including: obtain by light sensor, photo-sensitive cell at least One of the indoor light intensity that collects.
Alternatively, the wind speed setting of described operation of air conditioner is automatically adjusted, comprise determining that described indoor Number of times that light intensity is acquired in preset duration and the intensity of described indoor light intensity；When described When number of times meets preset times and described intensity meets default downshift intensity or upshift intensity, set described Subduing the wind syndrome speed downshifts adaptedly or upshift processes.
Alternatively, described wind speed setting is downshifted adaptedly or upshift processes, including: when described setting The gear of wind speed is that high tap position or lowest gear and described indoor light intensity is less than the first downshift preset Intensity or during more than the first upshift intensity preset, reduces the gear adaptation of described wind speed setting or rises one Individual gear i.e. adjusts to corresponding once adjustment gear, and once adjusts the indoor under gear runs described in acquisition Light intensity；When the described indoor light intensity once adjusted under gear runs is strong less than the second downshift preset When spending or be more than the second upshift intensity preset, once adjust the reduction of gear adaptation or one shelves of rising by described Position i.e. adjusts to corresponding secondary adjustment gear, and obtains the indoor light under described secondary adjustment gear runs Intensity；When described secondary adjust gear run lower indoor light intensity less than the 3rd preset downshift intensity or During more than the 3rd upshift intensity preset, the gear adaptation that described secondary adjusts gear reduces or rises one Gear i.e. adjusts to three times corresponding adjustment gears, maintains described three times and adjusts gear operation, and returns described Obtain the step of indoor light intensity, described three adjustment gears to be carried out according to described indoor light intensity Corresponding upshift or downshift process；Wherein, described second downshift intensity more than described 3rd downshift intensity and Less than described first downshift intensity, described second upshift intensity is more than described first upshift intensity and less than institute Stating the 3rd upshift intensity, described first upshift intensity is more than described 3rd downshift intensity and less than described first Downshift intensity, described second upshift intensity is less than or equal to described first downshift intensity, and described first downshift is strong Degree is less than described 3rd upshift intensity.
Alternatively, described wind speed setting is downshifted adaptedly or upshift processes, also include: set when described The gear of subduing the wind syndrome speed is corresponding with described high tap position or the lowest gear described gear and described of once adjusting When indoor light intensity is less than described first downshift intensity or more than described first upshift intensity, maintain described one Secondary adjustment gear runs, and obtains the indoor light intensity once adjusted described in maintenance under gear runs；Work as dimension The indoor light intensity under gear runs once is adjusted less than described second downshift intensity or more than institute described in holding When stating the second upshift intensity, once adjust, by described, the described secondary tune that gear adaptation reduces or rises to correspondence Whole gear, and obtain the indoor light intensity under described secondary adjustment gear runs；When described secondary adjusts shelves When indoor light intensity under the operation of position is less than described 3rd downshift intensity or more than described 3rd upshift intensity, The gear adaptation that described secondary adjusts gear reduces or rises to described three adjustment gears of correspondence, maintains Adjust gear described three times to run, and return the step of described acquisition indoor light intensity, with according to described room Interior light intensity adjusts gear and carries out upshift or the downshift process of correspondence described three times.
Alternatively, described wind speed setting is downshifted adaptedly or upshift processes, also include: set when described The gear of subduing the wind syndrome speed is that the described secondary corresponding with described high tap position or lowest gear adjusts gear and described When indoor light intensity is less than described first downshift intensity or more than described first upshift intensity, maintain described two Secondary adjustment gear runs, and obtains the indoor light intensity maintaining described secondary to adjust under gear runs；Work as dimension Hold the indoor light intensity under described secondary adjustment gear runs less than described second downshift intensity or more than institute When stating the second upshift intensity, continue to described secondary and adjust gear operation, and acquisition continues to described two Indoor light intensity under the operation of secondary adjustment gear；Under the described secondary continued to adjusts gear operation When indoor light intensity is less than described 3rd downshift intensity or more than described 3rd upshift intensity, by described secondary The gear adaptation adjusting gear reduces or rises to described three adjustment gears of correspondence, maintains described three times and adjusts Whole gear runs, and returns the step of described acquisition indoor light intensity, with according to described indoor light intensity Described three times are adjusted gear and carries out upshift or the downshift process of correspondence.
Alternatively, described wind speed setting is downshifted adaptedly or upshift processes, also include: set when described When the gear of subduing the wind syndrome speed is described three the adjustment gear corresponding with described high tap position or lowest gear, maintain Adjust gear described three times to run.
Alternatively, also include: obtain the regulation duration that described air-conditioning is carried out automatic speed regulation；When described regulation When duration reaches to preset regulation duration, exit the operational mode of described automatic speed regulation, and return described setting wind The operational mode of speed.
Matching with said method, another aspect of the present invention provides a kind of arrangements for speed regulation for air-conditioning, including: Temperature acquiring unit, presets the indoor temperature change generated in case information after running duration for obtaining described operation of air conditioner； Light acquiring unit, for when described indoor temperature change generated in case information meets preset temperature change threshold, obtains Indoor light intensity；Wind speed regulation unit, for according to described indoor light intensity, to described operation of air conditioner Wind speed setting automatically adjust, to realize automatic speed regulation to described air-conditioning.
Alternatively, described light acquiring unit obtains indoor light intensity, including: receiver module, it is used for obtaining Take by light sensor, photo-sensitive cell at least one the indoor light intensity that collects.
Alternatively, the wind speed setting of described operation of air conditioner is automatically adjusted by described wind speed regulation unit, bag Include: determine module, for determine number of times that described indoor light intensity is acquired in preset duration and The intensity of described indoor light intensity；Transfer the files module, for meeting preset times and described when described number of times When intensity meets default downshift intensity or upshift intensity, described wind speed setting is downshifted adaptedly or rises Shelves process.
Alternatively, described in transfer the files module described wind speed setting is downshifted adaptedly or upshift process, including: First adjusts submodule, for being high tap position or lowest gear and described when the gear of described wind speed setting When indoor light intensity is less than the first downshift intensity preset or more than the first upshift intensity preset, by described The gear adaptation of wind speed setting reduces or rises a gear and i.e. adjusts to corresponding once adjustment gear, and obtains The indoor light intensity under gear runs once is adjusted described in taking；It is additionally operable to when the described gear that once adjusts runs Under indoor light intensity less than preset second downshift intensity or more than preset second upshift intensity time, will Described once adjustment gear adaptation reduces or rises a gear and i.e. adjusts to corresponding secondary adjustment gear, and Obtain described secondary and adjust the indoor light intensity under gear runs；
It is additionally operable to when described secondary adjusts the indoor light intensity under gear runs less than the 3rd downshift preset Intensity or more than preset the 3rd upshift intensity time, by described secondary adjust gear gear adaptation reduce or on Rise a gear i.e. to adjust to three times corresponding adjustment gears, maintain described three times and adjust gear operation, and return Return the step of described acquisition indoor light intensity, to adjust shelves according to described indoor light intensity to described three times Position carries out upshift or the downshift process of correspondence；Wherein, described second downshift intensity is strong more than described 3rd downshift Degree and less than described first downshift intensity, described second upshift intensity more than described first upshift intensity and Less than described 3rd upshift intensity, described first upshift intensity is more than described 3rd downshift intensity and less than institute State the first downshift intensity, described second upshift intensity less than or equal to described first downshift intensity, described first Downshift intensity is less than described 3rd upshift intensity.
Alternatively, described in transfer the files module described wind speed setting is downshifted adaptedly or upshift process, also wrap Include: second adjusts submodule, for when the gear of described wind speed setting being and described high tap position or deep low gear Described gear and the described indoor light intensity of once adjusting of position correspondence is less than described first downshift intensity or big In described first upshift intensity time, once adjust gear described in maintenance and run, and obtain and once adjust described in maintenance Indoor light intensity under the operation of whole gear；It is additionally operable to when the indoor once adjusted described in maintaining under gear runs When light intensity is less than described second downshift intensity or more than described second upshift intensity, once adjust described Gear adaptation reduces or rises to the described secondary adjustment gear of correspondence, and obtains described secondary adjustment gear fortune Indoor light intensity under Hang；It is additionally operable to the indoor light intensity when described secondary adjusts under gear runs be less than Described 3rd downshift intensity or more than described 3rd upshift intensity time, by described secondary adjust gear gear fit Join described three the adjustment gears reducing or rising to correspondence, maintain described three times and adjust gears operation, and return Return the step of described acquisition indoor light intensity, to adjust shelves according to described indoor light intensity to described three times Position carries out upshift or the downshift process of correspondence.
Alternatively, described in transfer the files module described wind speed setting is downshifted adaptedly or upshift process, also wrap Include: the 3rd adjusts submodule, for when the gear of described wind speed setting being and described high tap position or deep low gear Described secondary adjustment gear and described indoor light intensity that position is corresponding are less than described first downshift intensity or big When described first upshift intensity, maintain described secondary to adjust gear and run, and obtain maintenance described secondary tune Indoor light intensity under the operation of whole gear；It is additionally operable to when maintaining described secondary to adjust the indoor under gear runs When light intensity is less than described second downshift intensity or more than described second upshift intensity, continue to described two Secondary adjustment gear runs, and obtains the indoor light intensity continued under described secondary adjustment gear runs； It is additionally operable to when the described secondary continued to adjusts the indoor light intensity under gear runs less than the described 3rd Downshift intensity or more than described 3rd upshift intensity time, by described secondary adjust gear gear adaptation reduce or Adjust gear described three times that rise to correspondence, maintain described three times and adjust gear operation, and obtain described in return Take the step of indoor light intensity, right described three adjustment gears are carried out according to described indoor light intensity The upshift answered or downshift process.
Alternatively, described in transfer the files module described wind speed setting is downshifted adaptedly or upshift process, also wrap Include: the 4th adjusts submodule, for when the gear of described wind speed setting being and described high tap position or deep low gear When adjusting gear described three times of position correspondence, maintain described three times and adjust gears operation.
Alternatively, also include: wind shelves recovery unit, for obtaining the tune that described air-conditioning is carried out automatic speed regulation Joint duration；It is additionally operable to, when described regulation duration reaches to preset regulation duration, exit the fortune of described automatic speed regulation Row mode, and return the operational mode of described wind speed setting.
Matching with said apparatus, further aspect of the present invention provides a kind of air conditioning system, including: the above The arrangements for speed regulation for air-conditioning.
The solution of the present invention, by record user's air-conditioner operation time, wind speed setting and indoor temperature change generated in case feelings Condition, then automatically adjusts user according to light sensor detection light intensity and sets wind shelves, meet use demand, Reach the effect that economizes on resources.
Further, the solution of the present invention, record air-conditioning boot running time, user's wind speed setting and Indoor Temperature Degree situation of change, automatically adjusts user according to light sensor detection light intensity and sets wind shelves；Solve for When user forgets to adjust wind speed or long-time wind speed setting operation, it is impossible to adjust air-out according to actual environment situation Size, causes noise, the coldest or the hottest uncomfortable, causes the technical problems such as the wasting of resources.
Further, the solution of the present invention, adjust user's wind speed setting by photosensitive mode, more suit use ring Border, can substitute the automatic wind speed only regulated in prior art by environmental change, beneficially health, And energy-conservation, comfortable, Consumer's Experience is good.
Thus, the solution of the present invention, utilize record air-conditioner operation time wind speed setting, user in prior art The problem that can not adjust air-out size when forgetting to adjust wind speed according to actual environment situation, thus, overcome existing In technology, operating process is loaded down with trivial details, easily cause the wasting of resources and the defect of poor user experience, it is achieved operating process letter The beneficial effect that list, the saving energy and Consumer's Experience are good.
Other features and advantages of the present invention will illustrate in the following description, and, partly from explanation Book becomes apparent, or understands by implementing the present invention.
Below by drawings and Examples, technical scheme is described in further detail.
Accompanying drawing explanation
Fig. 1 is the flow chart of an embodiment of the speed regulating method for air-conditioning of the present invention；
Fig. 2 is the flow chart of an embodiment of the method apoplexy velocity modulation joint process of the present invention；
Fig. 3 be the present invention method in transfer the files process in the flow chart of an embodiment that processes of the first adjustment；
Fig. 4 be the present invention method in transfer the files process in the flow chart of an embodiment that processes of the second adjustment；
Fig. 5 be the present invention method in transfer the files process in the flow chart of an embodiment that processes of the 3rd adjustment；
Fig. 6 be the present invention method in transfer the files and process the flow chart of an embodiment that apoplexy shelves recovery processes；
Fig. 7 is the structural representation of an embodiment of the arrangements for speed regulation for air-conditioning of the present invention；
Fig. 8 is the structural representation of an embodiment processed of transferring the files in assembly of the invention；
Fig. 9 is the operation principle schematic diagram of an embodiment of the air conditioning system of the present invention.
In conjunction with accompanying drawing, in the embodiment of the present invention, reference is as follows:
102-temperature acquiring unit；104-light acquiring unit；1042-receiver module；The regulation of 106-wind speed is single Unit；1062-determines module；1064-transfers the files module；10642-first adjusts submodule；10644-second adjusts Whole submodule；10646-the 3rd adjusts submodule；10648-the 4th adjusts submodule；108-wind shelves recover single Unit.
Detailed description of the invention
For making the object, technical solutions and advantages of the present invention clearer, specifically real below in conjunction with the present invention Execute example and technical solution of the present invention is clearly and completely described by corresponding accompanying drawing.Obviously, described Embodiment is only a part of embodiment of the present invention rather than whole embodiments.Based on the enforcement in the present invention Example, the every other enforcement that those of ordinary skill in the art are obtained under not making creative work premise Example, broadly falls into the scope of protection of the invention.
According to embodiments of the invention, it is provided that a kind of speed regulating method for air-conditioning, as shown in Figure 1 this The flow chart of one embodiment of bright method.This speed regulating method being used for air-conditioning includes:
At step S110, obtain described operation of air conditioner and preset the indoor temperature change generated in case information after running duration.
In one example, in step s 110, can by record (such as: can be automatic by air-conditioning Record) the operation duration of operation of air conditioner (such as: continuously run), when described operation duration reaches to preset fortune After row duration, obtain indoor temperature change generated in case information.
Such as: after user opens air-conditioning, user's air-conditioner operation time, wind speed setting and Indoor Temperature can be recorded Degree situation of change (i.e. indoor temperature change generated in case information).
Such as: the wind shelves of wind speed setting, can be superpower wind shelves or high wind shelves or apoplexy shelves or low wind shelves.
Such as: when user is set as superpower wind shelves or high wind shelves or apoplexy shelves or low wind shelves run, air-conditioning is even After reforwarding row M1, indoor temperature reduces or raises N DEG C.Wherein, M1 is air-conditioner operation time (Min).
Thus, by obtaining indoor temperature change generated in case situation after operation of air conditioner preset duration, be conducive to improving sky Adjust stability and the accuracy of wind speed regulation, and the mode of acquisition is simple, safe and reliable.
At step S120, when described indoor temperature change generated in case information meets preset temperature change threshold, obtain Take indoor light intensity.
Such as: this is used for the speed regulating method of air-conditioning, the environment that light is gradually dark or light is the brightest is gone for.
Alternatively, in the step s 120, can obtain by light sensor, photo-sensitive cell (CCD) At least one the indoor light intensity that collects.
Such as: according to indoor temperature change generated in case situation, light sensor or photo-sensitive cell are automatically turned on.
Thus, by when indoor temperature change generated in case situation reaches to preset temperature difference threshold, obtaining indoor light intensity, So that indoor temperature change generated in case situation and indoor light intensity are combined as the foundation regulating air conditioner wind speed, Being conducive to improving the accuracy to air conditioner wind speed regulation and the comfortableness of indoor environment, mode of operation is simple, uses Family is experienced.
At step S130, according to described indoor light intensity, the wind speed setting of described operation of air conditioner is entered Row is automatically adjusted, to realize the automatic speed regulation to described air-conditioning.
Such as: the light intensity that can detect according to light sensor or photo-sensitive cell, user is automatically adjusted Set wind shelves (i.e. the wind shelves of wind speed setting).
Such as: light sensor or photo-sensitive cell, according to the light intensity detected, are automatically adjusted user and set Wind speed.
Thus, by reaching to preset temperature difference threshold with indoor temperature change generated in case situation the indoor light intensity obtained time As the foundation that air conditioner wind speed is regulated, in conjunction with indoor temperature change generated in case situation and indoor light intensity to air-conditioner wind Speed automatically adjusts so that the accuracy regulating air conditioner wind speed is good, reliability is high, also makes indoor ring Comfort level and the Consumer's Experience in border are all greatly promoted；It is additionally, since and combines indoor temperature change generated in case and room Interior light change, will not frequently speed governing, advantageously reduce noise, be also beneficial to saving due to frequent speed governing The resource loss brought.
Alternatively, in step s 130, the wind speed setting of described operation of air conditioner is automatically adjusted, can Wind speed regulation process is carried out with the example seen as shown in Figure 2.
Below in conjunction with the flow chart of the embodiment that the method apoplexy velocity modulation joint of the present invention shown in Fig. 2 processes, enter The detailed process that the wind speed setting to described operation of air conditioner of one step explanation step S130 automatically adjusts.
Step S210, determines number of times, Yi Jisuo that described indoor light intensity is acquired in preset duration State the intensity of indoor light intensity.
Such as: continuous N 2 detects that light intensity is less than A lux (lux, unit of illuminance).Wherein, M2 is light sensor or photo-sensitive cell opening time (Min).
Such as: continuous N 2 detects that light intensity is more than L lux.
Step S220, when described number of times meets preset times and described intensity meets default downshift intensity Or during upshift intensity, described wind speed setting is downshifted adaptedly or upshift processes.
Such as: when continuous N 2 detect light intensity be less than A lux (lux, unit of illuminance) or When continuous N 2, person detects that light intensity is more than L lux, then wind speed setting carries out adaptive adjustment.
Thus, when obtaining, by continuous several times within a certain period of time, the indoor light intensity meeting predetermined threshold value, Just wind speed setting is carried out adaptive adjustment, it is possible to reduce False Rate and carry out wind speed regulation due to erroneous judgement may The series of malpractice brought, is conducive to improving the accuracy to wind speed setting regulation and reliability, is also beneficial to Promote further the comfort level of indoor environment and the experience of user and impression.
Alternatively, in step S220, described wind speed setting is downshifted adaptedly or upshift processes, May refer to the example as shown in Fig. 3, Fig. 4 and Fig. 5 and carry out process of transferring the files.
Method below in conjunction with the present invention shown in Fig. 3 transfers the files the embodiment that in processing, the first adjustment processes Flow chart, further illustrates downshifting described wind speed setting adaptedly or upshift process of step S220 First adjustment process.
Step S310, when the gear of described wind speed setting is high tap position or lowest gear and described indoor When light intensity is less than the first downshift intensity preset or more than the first upshift intensity preset, by described setting The gear adaptation of wind speed reduces or rises a gear and i.e. adjusts to corresponding once adjustment gear, and obtains institute State the indoor light intensity once adjusted under gear runs.
Such as: as user sets superpower wind shelves, detect that light intensity is less than A lux and (strangles when continuous N 2 Ke Si, unit of illuminance), then air rate adjustment is high wind shelves.
Such as: as set low wind shelves, when continuous N 2 detects that light intensity is more than L lux, in being adjusted to Wind shelves.
Step S320, when the described indoor light intensity once adjusted under gear runs is less than second preset Downshift intensity or more than preset second upshift intensity time, will described once adjust gear adaptation reduce or rising One gear i.e. adjusts to corresponding secondary adjustment gear, and obtains the room under described secondary adjustment gear runs Interior light intensity.
Such as: further, when light intensity is less than B lux, and air rate adjustment is apoplexy shelves.
Such as: further, when light intensity is more than X lux, it is adjusted to high wind shelves.
Step S330, when described secondary adjusts the indoor light intensity under gear runs less than the 3rd preset Downshift intensity or more than preset the 3rd upshift intensity time, by described secondary adjust gear gear adaptation reduce Or one gear of rising i.e. adjusts to three times corresponding adjustment gears, maintain described three times and adjust gears operation, And return the step of described acquisition indoor light intensity, to adjust described three times according to described indoor light intensity Whole gear carries out upshift or the downshift process of correspondence.
Such as: further, when light intensity is less than C lux, and air rate adjustment is low wind shelves, maintains afterwards Low wind shelves.
Such as: further, when light intensity is more than H lux, it is adjusted to superpower wind shelves.
In step S310 to step S320, described second downshift intensity more than described 3rd downshift intensity, And less than described first downshift intensity, described second upshift intensity more than described first upshift intensity and is less than Described 3rd upshift intensity, described first upshift intensity is more than described 3rd downshift intensity and less than described the One downshift intensity, described second upshift intensity is less than or equal to described first downshift intensity, described first downshift Intensity is less than described 3rd upshift intensity.
Such as: C lux ＜ B lux ＜ A lux, L lux ＜ X lux ＜ H lux, C lux ＜ L lux ＜ A lux, X≤A lux, A lux ＜ H lux.
Such as: M1 be air-conditioner operation time (Min), M2 be that light sensor or photo-sensitive cell are when opening Between (Min)；A lux, B lux, C lux, L lux, X lux, H lux are luminous sensitivity threshold；Above-mentioned ginseng Number can adjust as the case may be.
Thus, by when the wind shelves of wind speed setting are superpower wind shelves or low wind shelves, change according to indoor light Wind speed setting is downshifted and processes or upshift process step by step by situation the most step by step, can improve wind speed regulation Mild property and the comfortableness of indoor environment change, and noise is little, good energy saving property.
Method below in conjunction with the present invention shown in Fig. 4 transfers the files the embodiment that in processing, the second adjustment processes Flow chart, further illustrates downshifting described wind speed setting adaptedly or upshift process of step S220 Second adjustment process.
Step S410, when the gear of described wind speed setting is corresponding with described high tap position or lowest gear Described gear and the described indoor light intensity of once adjusting is less than described first downshift intensity or more than described the During one upshift intensity, once adjust gear described in maintenance and run, and obtain and described in maintenance, once adjust gear fortune Indoor light intensity under Hang.
Such as: as set high wind shelves, when light intensity is less than A lux, high wind shelves are maintained.
Such as: as set apoplexy shelves, when light intensity is more than L lux, apoplexy shelves are maintained.
Step S420, once adjusts gear described in maintain and runs lower indoor light intensity and be less than described the Two downshift intensity or more than described second upshift intensity time, will described once adjust gear adaptation reduce or rising Adjust gear to corresponding described secondary, and it is strong to obtain the indoor light under described secondary adjustment gear runs Degree.
Such as: further, when light intensity is less than B lux, and air rate adjustment is apoplexy shelves.
Such as: further, when light intensity is more than X lux, it is adjusted to high wind shelves.
Step S430, when described secondary adjusts the indoor light intensity under gear runs less than described 3rd fall Shelves intensity or more than described 3rd upshift intensity time, by described secondary adjust gear gear adaptation reduce or on Adjust gear described three times that rise to correspondence, maintain described three times and adjust gear operation, and return described acquisition The step of indoor light intensity, to carry out correspondence according to described indoor light intensity to described three adjustment gears Upshift or downshift process.
Such as: further, when light intensity is less than C lux, and air rate adjustment is low wind shelves, maintains afterwards Low wind shelves.
Such as: further, when light intensity is more than H lux, it is adjusted to superpower wind shelves.
Thus, by when the wind shelves of wind speed setting are high wind shelves or apoplexy shelves, feelings are changed according to indoor light Wind speed setting is downshifted and processes or upshift process step by step by condition the most step by step, can be according to actual environment shape Condition adjusts air-out size, reduces noise and the coldest or the hottest problem such as uncomfortable, and does not results in resource Waste.
Method below in conjunction with the present invention shown in Fig. 5 transfers the files the embodiment that in processing, the 3rd adjustment processes Flow chart, further illustrates downshifting described wind speed setting adaptedly or upshift process of step S220 The 3rd adjustment process.
Step S510, when the gear of described wind speed setting is corresponding with described high tap position or lowest gear Described secondary adjusts gear and described indoor light intensity less than described first downshift intensity or more than described the During one upshift intensity, maintain described secondary to adjust gear and run, and obtain maintenance described secondary adjustment gear fortune Indoor light intensity under Hang.
Such as: as set apoplexy shelves, when light intensity is less than A lux, apoplexy shelves are maintained.
Such as: as set high wind shelves, when light intensity is more than L lux, high wind shelves are maintained.
Step S520, runs lower indoor light intensity be less than described the when maintaining described secondary to adjust gear Two downshift intensity or more than described second upshift intensity time, continue to described secondary adjust gear run, and Obtain the indoor light intensity continued under described secondary adjustment gear runs.
Such as: further, when light intensity is less than B lux, apoplexy shelves are maintained.
Such as: further, when light intensity is more than X lux, high wind shelves are maintained.
Step S530, the indoor light intensity adjusted under gear runs when the described secondary continued to is less than Described 3rd downshift intensity or more than described 3rd upshift intensity time, by described secondary adjust gear gear fit Join described three the adjustment gears reducing or rising to correspondence, maintain described three times and adjust gears operation, and return Return the step of described acquisition indoor light intensity, to adjust shelves according to described indoor light intensity to described three times Position carries out upshift or the downshift process of correspondence.
Such as: further, when light intensity is less than C lux, it is adjusted to low wind shelves.
Such as: further, when light intensity is more than H lux, it is adjusted to superpower wind shelves.
Thus, by when the wind shelves of wind speed setting are apoplexy shelves or high wind shelves, feelings are changed according to indoor light Wind speed setting is downshifted and processes or upshift process step by step by condition the most step by step, can meet use demand, Reach the effect economized on resources, and hommization is good.
Alternatively, in step S220, described wind speed setting is downshifted adaptedly or upshift processes, Carry out transferring the files in addition to process except may refer to the example as shown in Fig. 3, Fig. 4 and Fig. 5, it is also possible to including: When the gear of described wind speed setting is that described three time corresponding with described high tap position or lowest gear adjust shelves During position, maintain described three times and adjust gear operation.
Such as: when being set as low wind shelves such as user, then by low wind shelves.
Such as: run by superpower wind shelves when being set as superpower wind shelves.
Thus, by when the wind shelves of wind speed setting are low wind shelves or superelevation wind shelves, change according to indoor light Situation maintains operation adaptedly to wind speed setting, can meet use demand, improves indoor environment comfortable Spending and economize on resources, Consumer's Experience is good.
Alternatively, integrating step S110, step S120 and step S130, it is also possible to including: to described When the regulation duration that wind speed setting automatically adjusts arrives, exit and described wind speed setting be automatically adjusted, And return the operational mode of described wind speed setting.
The embodiment that process apoplexy shelves recovery of transferring the files in method below in conjunction with the present invention shown in Fig. 6 processes Flow chart, further illustrates and exits the detailed process being automatically adjusted described wind speed setting.
Step S610, obtains the regulation duration that described air-conditioning carries out automatic speed regulation.
Such as: M3 is photosensitive wind speed regulating time (h), can adjust as the case may be.
Step S620, when described regulation duration reaches to preset regulation duration, exits described automatic speed regulation Operational mode, and return the operational mode of described wind speed setting.
Such as: when enter photosensitive wind speed regulation M3 after, exit photosensitive wind speed regulation, wind shelves recover user it Front setting state.
Thus, after wind speed setting being automatically adjusted default regulation duration according to indoor light intensity, exit Pattern according to light intensity automatic speed regulation, it is possible to achieve photosensitive speed governing and user set automatically cutting of speed governing Changing, practical, hommization is good, and property easy to use is good.
Through substantial amounts of verification experimental verification, use the technical scheme of the present embodiment, adjust user by photosensitive mode and set Subduing the wind syndrome speed, is more suited use environment, can substitute the automatic wind only regulated by environmental change in prior art Speed, beneficially health, and energy-conservation, comfortable, Consumer's Experience is good.
According to embodiments of the invention, additionally provide the one corresponding to the speed regulating method for air-conditioning for sky The arrangements for speed regulation adjusted.The structural representation of one embodiment of assembly of the invention shown in Figure 7.This is used for The arrangements for speed regulation of air-conditioning include: temperature acquiring unit 102, light acquiring unit 104 and wind speed regulation unit 106。
In one embodiment, temperature acquiring unit 102, may be used for obtaining described operation of air conditioner and preset Run the indoor temperature change generated in case information after duration.Concrete function and the process of this temperature acquiring unit 102 see Step S110.
In one example, temperature acquiring unit 102 can by record (such as: can be automatic by air-conditioning Record) the operation duration of operation of air conditioner (such as: continuously run), when described operation duration reaches to preset fortune After row duration, obtain indoor temperature change generated in case information.
Such as: after user opens air-conditioning, user's air-conditioner operation time, wind speed setting and Indoor Temperature can be recorded Degree situation of change (i.e. indoor temperature change generated in case information).
Such as: the wind shelves of wind speed setting, can be superpower wind shelves or high wind shelves or apoplexy shelves or low wind shelves.
Such as: when user is set as superpower wind shelves or high wind shelves or apoplexy shelves or low wind shelves run, air-conditioning is even After reforwarding row M1, indoor temperature reduces or raises N DEG C.Wherein, M1 is air-conditioner operation time (Min).
Thus, by obtaining indoor temperature change generated in case situation after operation of air conditioner preset duration, be conducive to improving sky Adjust stability and the accuracy of wind speed regulation, and the mode of acquisition is simple, safe and reliable.
In one embodiment, light acquiring unit 104, may be used for when described indoor temperature change generated in case is believed When breath meets preset temperature change threshold, obtain indoor light intensity.This light acquiring unit 104 concrete Function and process see step S120.
Such as: this is used for the arrangements for speed regulation of air-conditioning, the environment that light is gradually dark or light is the brightest is gone for.
Alternatively, described light acquiring unit 104 obtains indoor light intensity, may include that receiver module 1042。
In one example, receiver module 1042, may be used for obtaining by light sensor, photo-sensitive cell (CCD) at least one the indoor light intensity that collects.
Such as: according to indoor temperature change generated in case situation, light sensor or photo-sensitive cell are automatically turned on.
Thus, by when indoor temperature change generated in case situation reaches to preset temperature difference threshold, obtaining indoor light intensity, So that indoor temperature change generated in case situation and indoor light intensity are combined as the foundation regulating air conditioner wind speed, Being conducive to improving the accuracy to air conditioner wind speed regulation and the comfortableness of indoor environment, mode of operation is simple, uses Family is experienced.
In one embodiment, wind speed regulation unit 106, may be used for according to described indoor light intensity, The wind speed setting of described operation of air conditioner is automatically adjusted, to realize the automatic speed regulation to described air-conditioning.Should Concrete function and the process of wind speed regulation unit 106 see step S130.
Such as: the light intensity that can detect according to light sensor or photo-sensitive cell, user is automatically adjusted Set wind shelves (i.e. the wind shelves of wind speed setting).
Such as: light sensor or photo-sensitive cell, according to the light intensity detected, are automatically adjusted user and set Wind speed.
Thus, by reaching to preset temperature difference threshold with indoor temperature change generated in case situation the indoor light intensity obtained time As the foundation that air conditioner wind speed is regulated, in conjunction with indoor temperature change generated in case situation and indoor light intensity to air-conditioner wind Speed automatically adjusts so that the accuracy regulating air conditioner wind speed is good, reliability is high, also makes indoor ring Comfort level and the Consumer's Experience in border are all greatly promoted；It is additionally, since and combines indoor temperature change generated in case and room Interior light change, will not frequently speed governing, advantageously reduce noise, be also beneficial to saving due to frequent speed governing The resource loss brought.
Alternatively, the wind speed setting of described operation of air conditioner is automatically adjusted by described wind speed regulation unit 106, May include that and determine module 1062 and module 1064 of transferring the files.
In one example, determine module 1062, be determined for described indoor light intensity when default The number of times being acquired in length and the intensity of described indoor light intensity.This determines the concrete of module 1062 Function and process see step S210.
Such as: continuous N 2 detects that light intensity is less than A lux (lux, unit of illuminance).Wherein, M2 is light sensor or photo-sensitive cell opening time (Min).
Such as: continuous N 2 detects that light intensity is more than L lux.
In one example, module 1064 of transferring the files, may be used for when described number of times meets preset times and institute State intensity meet default downshift intensity or upshift intensity time, described wind speed setting is downshifted adaptedly or Upshift processes.Concrete function and the process of this module 1064 of transferring the files see step S220.
Such as: when continuous N 2 detect light intensity be less than A lux (lux, unit of illuminance) or When continuous N 2, person detects that light intensity is more than L lux, then wind speed setting carries out adaptive adjustment.
Thus, when obtaining, by continuous several times within a certain period of time, the indoor light intensity meeting predetermined threshold value, Just wind speed setting is carried out adaptive adjustment, it is possible to reduce False Rate and carry out wind speed regulation due to erroneous judgement may The series of malpractice brought, is conducive to improving the accuracy to wind speed setting regulation and reliability, is also beneficial to Promote further the comfort level of indoor environment and the experience of user and impression.
Alternatively, described wind speed setting is downshifted by module of transferring the files 1064 adaptedly or upshift processes, can To include: according to the type of the wind shelves of wind speed setting, the adjustment carrying out correspondence processes.
Below in conjunction with the structural representation of the embodiment processed of transferring the files in assembly of the invention shown in Fig. 8, enter One step explanation transfer the files module 1064 transfer the files process concrete structure.Transfer the files module 1064, may include that First adjusts submodule 10642, second adjusts submodule 10644, the 3rd adjusts submodule 10646 and the Four adjust submodule 10648.
In an optional embodiment, first adjusts submodule 10642, may be used for when described setting wind The gear of speed is that high tap position or lowest gear and described indoor light intensity downshift strong less than first preset When spending or be more than the first upshift intensity preset, the gear adaptation of described wind speed setting is reduced or rising one Gear i.e. adjusts to corresponding once adjustment gear, and once adjusts the room light under gear runs described in acquisition Line strength.Concrete function and the process of this first adjustment submodule 10642 see step S310.
Such as: as user sets superpower wind shelves, detect that light intensity is less than A lux and (strangles when continuous N 2 Ke Si, unit of illuminance), then air rate adjustment is high wind shelves.
Such as: as set low wind shelves, when continuous N 2 detects that light intensity is more than L lux, in being adjusted to Wind shelves.
Further, first submodule 10642 is adjusted, it is also possible to for running when the described gear that once adjusts Under indoor light intensity less than preset second downshift intensity or more than preset second upshift intensity time, will Described once adjustment gear adaptation reduces or rises a gear and i.e. adjusts to corresponding secondary adjustment gear, and Obtain described secondary and adjust the indoor light intensity under gear runs.The tool of this first adjustment submodule 10642 Body function and process are referring further to step S320.
Such as: further, when light intensity is less than B lux, and air rate adjustment is apoplexy shelves.
Such as: further, when light intensity is more than X lux, it is adjusted to high wind shelves.
Further, first submodule 10642 is adjusted, it is also possible to for running when described secondary adjusts gear Under indoor light intensity less than preset the 3rd downshift intensity or more than preset the 3rd upshift intensity time, will The gear adaptation of described secondary adjustment gear reduces or rises a gear and i.e. adjusts to three times corresponding adjustment Gear, maintains described three times and adjusts gear operation, and returns the step of described acquisition indoor light intensity, with Adjust gear according to described indoor light intensity to described three times and carry out upshift or the downshift process of correspondence.This is years old One concrete function adjusting submodule 10642 and process are referring further to step S330.
Such as: further, when light intensity is less than C lux, and air rate adjustment is low wind shelves, maintains afterwards Low wind shelves.
Such as: further, when light intensity is more than H lux, it is adjusted to superpower wind shelves.
Wherein, adjusting in submodule 10642 first, described second downshift intensity is more than described 3rd downshift Intensity and less than described first downshift intensity, described second upshift intensity more than described first upshift intensity, And less than described 3rd upshift intensity, described first upshift intensity more than described 3rd downshift intensity and is less than Described first downshift intensity, described second upshift intensity less than or equal to described first downshift intensity, described the One downshift intensity is less than described 3rd upshift intensity.
Such as: C lux ＜ B lux ＜ A lux, L lux ＜ X lux ＜ H lux, C lux ＜ L lux ＜ A lux, X≤A lux, A lux ＜ H lux.
Such as: M1 be air-conditioner operation time (Min), M2 be that light sensor or photo-sensitive cell are when opening Between (Min)；A lux, B lux, C lux, L lux, X lux, H lux are luminous sensitivity threshold；Above-mentioned ginseng Number can adjust as the case may be.
Thus, by when the wind shelves of wind speed setting are superpower wind shelves or low wind shelves, change according to indoor light Wind speed setting is downshifted and processes or upshift process step by step by situation the most step by step, can improve wind speed regulation Mild property and the comfortableness of indoor environment change, and noise is little, good energy saving property.
In an optional embodiment, second adjusts submodule 10644, may be used for when described setting wind The gear of speed is corresponding with described high tap position or lowest gear described once to adjust gear and described indoor When light intensity is less than described first downshift intensity or more than described first upshift intensity, once adjust described in maintenance Whole gear runs, and obtains the indoor light intensity once adjusted described in maintenance under gear runs.This second tune Concrete function and the process of whole submodule 10644 see step S410.
Such as: as set high wind shelves, when light intensity is less than A lux, high wind shelves are maintained.
Such as: as set apoplexy shelves, when light intensity is more than L lux, apoplexy shelves are maintained.
Further, second submodule 10644 is adjusted, it is also possible to for once adjusting gear described in maintaining When indoor light intensity under Yun Hanging is less than described second downshift intensity or more than described second upshift intensity, will The described gear adaptation that once adjusts reduces or rises to corresponding described secondary adjustment gear, and obtains described two Indoor light intensity under the operation of secondary adjustment gear.The concrete function of this second adjustment submodule 10644 and place Reason is referring further to step S420.
Such as: further, when light intensity is less than B lux, and air rate adjustment is apoplexy shelves.
Such as: further, when light intensity is more than X lux, it is adjusted to high wind shelves.
Further, second submodule 10644 is adjusted, it is also possible to for running when described secondary adjusts gear Under indoor light intensity less than described 3rd downshift intensity or more than described 3rd upshift intensity time, by described Secondary adjusts the gear adaptation of gear to be reduced or rises to described three adjustment gears of correspondence, maintains described three Secondary adjustment gear runs, and returns the step of described acquisition indoor light intensity, with according to described indoor light Intensity adjusts gear and carries out upshift or the downshift process of correspondence described three times.This second adjustment submodule Concrete function and the process of 10644 see step S430.
Such as: further, when light intensity is less than C lux, and air rate adjustment is low wind shelves, maintains afterwards Low wind shelves.
Such as: further, when light intensity is more than H lux, it is adjusted to superpower wind shelves.
Thus, by when the wind shelves of wind speed setting are high wind shelves or apoplexy shelves, feelings are changed according to indoor light Wind speed setting is downshifted and processes or upshift process step by step by condition the most step by step, can be according to actual environment shape Condition adjusts air-out size, reduces noise and the coldest or the hottest problem such as uncomfortable, and does not results in resource Waste.
In an optional embodiment, the 3rd adjusts submodule 10646, may be used for when described setting wind The gear of speed is that the described secondary corresponding with described high tap position or lowest gear adjusts gear and described indoor When light intensity is less than described first downshift intensity or more than described first upshift intensity, described secondary is maintained to adjust Whole gear runs, and obtains the indoor light intensity maintaining described secondary to adjust under gear runs.3rd adjusts Concrete function and the process of whole submodule 10646 see step S510.
Such as: as set apoplexy shelves, when light intensity is less than A lux, apoplexy shelves are maintained.
Such as: as set high wind shelves, when light intensity is more than L lux, high wind shelves are maintained.
Further, the 3rd submodule 10646 is adjusted, it is also possible to for when maintaining described secondary to adjust gear When indoor light intensity under Yun Hanging is less than described second downshift intensity or more than described second upshift intensity, continue The described secondary of continuous maintenance adjusts gear and runs, and acquisition continues to described secondary and adjusts the room under gear operation Interior light intensity.3rd concrete function adjusting submodule 10646 and process are referring further to step S520.
Such as: further, when light intensity is less than B lux, apoplexy shelves are maintained.
Such as: further, when light intensity is more than X lux, high wind shelves are maintained.
Further, the 3rd submodule 10646 is adjusted, it is also possible to for adjusting when the described secondary continued to Indoor light intensity under whole gear runs less than described 3rd downshift intensity or upshifts strong more than the described 3rd When spending, the gear adaptation that described secondary adjusts gear reduces or rises to described three adjustment shelves of correspondence Position, maintains described three times and adjusts gear operation, and returns the step of described acquisition indoor light intensity, with root Adjust gear according to described indoor light intensity to described three times and carry out upshift or the downshift process of correspondence.3rd Adjust the concrete function of submodule 10646 and process referring further to step S530.
Such as: further, when light intensity is less than C lux, it is adjusted to low wind shelves.
Such as: further, when light intensity is more than H lux, it is adjusted to superpower wind shelves.
Thus, by when the wind shelves of wind speed setting are apoplexy shelves or high wind shelves, feelings are changed according to indoor light Wind speed setting is downshifted and processes or upshift process step by step by condition the most step by step, can meet use demand, Reach the effect economized on resources, and hommization is good.
In an optional embodiment, the 4th adjusts submodule 10648, may be used for when described setting wind When the gear of speed is described three the adjustment gear corresponding with described high tap position or lowest gear, remain described Adjust gear three times to run.
Such as: when being set as low wind shelves such as user, then by low wind shelves.
Such as: run by superpower wind shelves when being set as superpower wind shelves.
Thus, by when the wind shelves of wind speed setting are low wind shelves or superelevation wind shelves, change according to indoor light Situation maintains operation adaptedly to wind speed setting, can meet use demand, improves indoor environment comfortable Spending and economize on resources, Consumer's Experience is good.
Alternatively, regulate unit 106 in conjunction with temperature acquiring unit 102, light acquiring unit 104 and wind speed, Can also include: wind shelves recovery unit 108.
In one example, wind shelves recovery unit 108, may be used for obtaining and described air-conditioning is adjusted automatically The regulation duration of speed.Concrete function and the process of this wind shelves recovery unit 108 see step S610.
Such as: M3 is photosensitive wind speed regulating time (h), can adjust as the case may be.
Further, wind shelves recovery unit 108, it is also possible to for reaching to preset regulation when described regulation duration During duration, exit the operational mode of described automatic speed regulation, and return the operational mode of described wind speed setting.Should The concrete function of wind shelves recovery unit 108 and process are referring further to step S620.
Such as: when enter photosensitive wind speed regulation M3 after, exit photosensitive wind speed regulation, wind shelves recover user it Front setting state.
Thus, after wind speed setting being automatically adjusted default regulation duration according to indoor light intensity, exit Pattern according to light intensity automatic speed regulation, it is possible to achieve photosensitive speed governing and user set automatically cutting of speed governing Changing, practical, hommization is good, and property easy to use is good.
The process realized due to the device of the present embodiment and function essentially correspond to shown in earlier figures 1 to Fig. 6 The embodiment of method, principle and example, therefore the most detailed part in the description of the present embodiment, before may refer to State the related description in embodiment, do not repeat at this.
Through substantial amounts of verification experimental verification, use technical scheme, record air-conditioning boot running time, use Family wind speed setting and indoor temperature change generated in case situation, detect light intensity certainly according to light sensor or photo-sensitive cell Dynamic adjustment user sets wind shelves；When solving to forget to adjust wind speed or long-time wind speed setting operation for user, Air-out size can not be adjusted according to actual environment situation, cause noise, the coldest or the hottest uncomfortable, cause money The technical problems such as source waste.
According to embodiments of the invention, additionally provide a kind of air-conditioning system corresponding to the arrangements for speed regulation for air-conditioning System.This air conditioning system includes: the above-described arrangements for speed regulation for air-conditioning.
Such as: example shown in Figure 9, after user opens air-conditioning, record air-conditioning boot running time, Wind speed setting and indoor temperature change generated in case situation, according to indoor temperature change generated in case situation, automatically turn on light sensor Or photo-sensitive cell (such as: according to indoor temperature change generated in case situation, automatically turn on light sensor or photo-sensitive cell, Before air-conditioning runs M1 duration continuously, light sensor or photo-sensitive cell are closed modes.Operation of air conditioner M1 Before duration, air-conditioning by user's wind speed setting or sets the operation of wind shelves, its objective is to ensure that indoor temperature can be quick Reduce or rise.After air-conditioning runs M1 duration continuously and when meeting indoor temperature reduction or the condition of rising, Just allow to open light sensor or photo-sensitive cell).The light detected according to light sensor or photo-sensitive cell Line strength, is automatically adjusted user's wind speed setting (such as: after air-conditioning runs M1 duration continuously, according to photosensitive Sensor or photo-sensitive cell are turned on and off situation, adjust user and set wind shelves.When meet light sensor or During photo-sensitive cell unlocking condition, then the light intensity detected according to light sensor or photo-sensitive cell adjusts User's wind speed setting.When being unsatisfactory for light sensor or photo-sensitive cell unlocking condition, the most do not carry out wind speed tune Joint).Such as: when user is set as superpower wind shelves or high wind shelves or apoplexy shelves or low wind shelves run, air-conditioning After running M1 continuously, indoor temperature reduces or raises N DEG C, then open light sensor or photo-sensitive cell, The light intensity detected according to light sensor or photo-sensitive cell, is automatically adjusted user's wind speed setting, specifically Mode divides following several situation.Wherein, N represents indoor temperature change generated in case situation, the amount reducing or raising.
The first situation is the situation that wind speed reduces:
The situation that wind speed reduces, photosensitive detection mode can be: as user sets superpower wind shelves, works as continuous N 2 detect that light intensity is less than A lux (lux, unit of illuminance), then air rate adjustment is high wind shelves；When Light intensity is less than B lux, and air rate adjustment is apoplexy shelves；When light intensity is less than C lux, and air rate adjustment is Low wind shelves, maintain low wind shelves afterwards；And, proceeding the detection of light intensity, rising bar as long as meeting Part, it is necessary to rise regulation adaptedly.Such as: set wind shelves according to user, meet light sensor Or open during photo-sensitive cell unlocking condition, after running M2 duration (such as: 5min) continuously after unlatching Adjust wind shelves by the strong and weak comparative result with preset value of indoor light again, be mainly possible to prevent light sensor Device or photo-sensitive cell detect inaccurate problem when just starting.Any wind shelves that user is set, if full Foot wind shelves regularization condition, is required for being adjusted.Further, since light intensity change will not in actual environment Too frequent, so need not frequent speed governing, and then can avoid producing noise and waste due to frequent speed governing The problems such as resource.
The situation that wind speed reduces, photosensitive detection mode can also be: as set high wind shelves, when light intensity is little In A lux, maintain high wind shelves；When light intensity is less than B lux, and air rate adjustment is apoplexy shelves；When light is strong Degree is less than C lux, and air rate adjustment is low wind shelves, maintains low wind shelves afterwards；And, proceed light strong Weak detection, as long as meeting rising condition, it is necessary to rise regulation adaptedly.
The situation that wind speed reduces, photosensitive detection mode can also be: as set apoplexy shelves, when light intensity is little In A lux, maintain apoplexy shelves；When light intensity is less than B lux, maintain apoplexy shelves；When light intensity is less than C lux, is adjusted to low wind shelves；Afterwards, proceed the detection of light intensity, as long as meeting rising condition, It is accomplished by rising adaptedly regulation.
In the case of wind speed reduces, photosensitive detection mode can also be: when being set as low wind shelves such as user, Then by low wind shelves；Afterwards, proceed the detection of light intensity, as long as meeting rising condition, it is necessary to enter Row rises regulation adaptedly.Wherein, C lux ＜ B lux ＜ A lux.
The second situation is the situation that wind speed rises:
The situation that wind speed rises, photosensitive detection mode can be: as set low wind shelves, when continuous N 2 detects To light intensity more than L lux, it is adjusted to apoplexy shelves；When light intensity is more than X lux, it is adjusted to high wind shelves； When light intensity is more than H lux, it is adjusted to superpower wind shelves；Afterwards, proceed the detection of light intensity, As long as meeting reduction condition, it is necessary to reduce regulation adaptedly.
The situation that wind speed rises, photosensitive detection mode can also be: as set apoplexy shelves, when light intensity is big In L lux, maintain apoplexy shelves；When light intensity is more than X lux, it is adjusted to high wind shelves；When light intensity is big In H lux, it is adjusted to superpower wind shelves；Afterwards, proceeding the detection of light intensity, reducing as long as meeting Condition, it is necessary to reduce regulation adaptedly.
The situation that wind speed rises, photosensitive detection mode can also be: as set high wind shelves, when light intensity is big In L lux, maintain high wind shelves；When light intensity is more than X lux, maintain high wind shelves；When light intensity is more than H lux, is adjusted to superpower wind shelves；Afterwards, proceed the detection of light intensity, as long as meeting reduction condition, It is accomplished by reducing adaptedly regulation.
The situation that wind speed rises, photosensitive detection mode can also be: when being set as superpower wind shelves by superpower wind Shelves run；Afterwards, proceed the detection of light intensity, as long as meeting reduction condition, it is necessary to adaptedly Reduce regulation.Wherein, L lux ＜ X lux ＜ H lux, C lux ＜ L lux ＜ A lux, X≤A lux, A lux ＜ H lux.
In one example, wind speed decreased or rising, it is not necessary to distinguish the time period, depend primarily on interior room light Line situation of change.
In one example, A, B, C, L, X, H, all represent light sensor or photo-sensitive cell detection Threshold value (such as: can be the AD value of 8 figure places), design parameter can adjust according to practical situation.Example As: A lux:18；B lux:10；C lux:5；L lux:12；X lux:15；H lux:22.
Or, when enter photosensitive wind speed regulation M3 after, exit photosensitive wind speed regulation, wind shelves recover user it Front setting state.Such as: by setting photosensitive longest run time M3, it is possible to prevent photosensitive detection abnormal Or the problem such as light sensor or photo-sensitive cell fault, sleep evening furthermore it is also possible to be easy to air-conditioning user Period carries out photosensitive speed governing and the photosensitive speed governing of backed off after random of wakeing up in the morning.
Regulate wind speed by the way, solve user evening in bed because of the too high generation of wind speed noise, Uncomfortable problem.Reach to need not user and manually adjust wind shelves again.User can be combined according to indoor environment situation Wind speed setting adjusts automatically, provides the user more a home from home, economizes on resources.
Wherein, M1 is after air-conditioner operation time (Min), M2 are light sensor or photo-sensitive cell unlatching The operation time (Min), M3 is photosensitive wind speed regulating time (h)；A lux、B lux、C lux、L Lux, X lux, H lux is luminous sensitivity threshold；Above-mentioned parameter can adjust as the case may be.
In one example, M3 ＞ M1 ＞ M2 can be set.Such as, M1 be 30min, M2 be 5min, M3 is 8h.
In one example, air-conditioning is opened after running M1 duration, when meeting light sensor or photo-sensitive cell During unlocking condition, it is current that light sensor or photo-sensitive cell start detection after running M2 duration continuously after opening Indoor light is strong and weak, and regulates user's wind speed setting according to indoor light power.Wherein, light sensor or Photo-sensitive cell starts light intensity in sensing chamber after running M2 duration continuously after opening, and is possible to prevent photosensitive biography Sensor or photo-sensitive cell detect the problems such as inaccurate when just starting, and then ensure detection accuracy.
Thus, adjust user's wind speed setting by this kind of mode, more suit use environment, substitute and only pass through ring The automatic wind speed of border change regulation.
The process realized due to the air conditioning system of the present embodiment and function essentially correspond to earlier figures 7 and Fig. 8 The embodiment of shown device, principle and example, therefore the most detailed part, Ke Yican in the description of the present embodiment See the related description in previous embodiment, do not repeat at this.
Through substantial amounts of verification experimental verification, use technical scheme, adjust user by photosensitive mode and set Wind speed, more suits use environment, can substitute the automatic wind speed only regulated in prior art by environmental change, Be conducive to health, and energy-conservation, comfortable, Consumer's Experience is good.
To sum up, skilled addressee readily understands that, on the premise of not conflicting, above-mentioned each favourable side Formula can freely combine, superposition.
The foregoing is only embodiments of the invention, be not limited to the present invention, for this area For technical staff, the present invention can have various modifications and variations.All within the spirit and principles in the present invention, Any modification, equivalent substitution and improvement etc. made, within should be included in scope of the presently claimed invention.

Claims (17)

1. the speed regulating method for air-conditioning, it is characterised in that including:
Obtain described operation of air conditioner and preset the indoor temperature change generated in case information after running duration；
When described indoor temperature change generated in case information meets preset temperature change threshold, obtain indoor light intensity；
According to described indoor light intensity, the wind speed setting of described operation of air conditioner is automatically adjusted, with reality The now automatic speed regulation to described air-conditioning.
Method the most according to claim 1, it is characterised in that obtain indoor light intensity, including:
Obtain by light sensor, photo-sensitive cell at least one the indoor light intensity that collects.
Method the most according to claim 1 and 2, it is characterised in that described operation of air conditioner is set Subduing the wind syndrome speed automatically adjusts, including:
Determine that number of times that described indoor light intensity is acquired in preset duration and described indoor light are strong The intensity of degree；
When described number of times meets preset times and described intensity meets default downshift intensity or upshift intensity Time, described wind speed setting is downshifted adaptedly or upshift processes.
Method the most according to claim 3, it is characterised in that described wind speed setting is carried out adaptation Ground downshift or upshift process, including:
When the gear of described wind speed setting is less than for high tap position or lowest gear and described indoor light intensity Preset first downshift intensity or more than preset first upshift intensity time, the gear of described wind speed setting is fitted Join reduction or one gear of rising i.e. adjusts to corresponding once adjustment gear, and once adjust shelves described in acquisition Indoor light intensity under the operation of position；
When described once adjust gear run lower indoor light intensity less than second preset downshift intensity or During more than the second upshift intensity preset, the described gear adaptation that once adjusts is reduced or rises a gear i.e. Adjust to corresponding secondary adjustment gear, and it is strong to obtain the indoor light under described secondary adjustment gear runs Degree；
When described secondary adjust gear run lower indoor light intensity less than the 3rd preset downshift intensity or During more than the 3rd upshift intensity preset, the gear adaptation that described secondary adjusts gear reduces or rises one Gear i.e. adjusts to three times corresponding adjustment gears, maintains described three times and adjusts gear operation, and returns described Obtain the step of indoor light intensity, described three adjustment gears to be carried out according to described indoor light intensity Corresponding upshift or downshift process；
Wherein, described second downshift intensity more than described 3rd downshift intensity and downshifts strong less than described first Degree, described second upshift intensity is more than described first upshift intensity and less than described 3rd upshift intensity, institute State the first upshift intensity and more than described 3rd downshift intensity and be less than described first downshift intensity, described second Upshift intensity is less than or equal to described first downshift intensity, and described first downshift intensity is less than described 3rd upshift Intensity.
Method the most according to claim 4, it is characterised in that described wind speed setting is carried out adaptation Ground downshift or upshift process, and also include:
When the gear of described wind speed setting be corresponding with described high tap position or lowest gear described in once adjust Whole gear and described indoor light intensity are less than described first downshift intensity or more than described first upshift intensity Time, once adjust gear described in maintenance and run, and obtain the indoor once adjusted described in maintenance under gear runs Light intensity；
When the indoor light intensity once adjusted described in maintaining under gear runs is less than described second downshift intensity Or during more than described second upshift intensity, once adjust, by described, the institute that gear adaptation reduces or rises to correspondence State secondary and adjust gear, and obtain the indoor light intensity under described secondary adjustment gear runs；
When described secondary adjusts the indoor light intensity under gear runs less than described 3rd downshift intensity or big When described 3rd upshift intensity, the gear adaptation that described secondary adjusts gear reduces or rises to correspondence Adjust gear described three times, maintain described three times and adjust gear operation, and it is strong to return described acquisition indoor light The step of degree, to carry out upshift or the fall of correspondence according to described indoor light intensity to described three adjustment gears Shelves process.
6. according to the method described in claim 4 or 5, it is characterised in that described wind speed setting is carried out Downshift adaptedly or upshift process, also include:
When the gear of described wind speed setting is that the described secondary corresponding with described high tap position or lowest gear is adjusted Whole gear and described indoor light intensity are less than described first downshift intensity or more than described first upshift intensity Time, maintain described secondary to adjust gear and run, and obtain the indoor maintaining described secondary to adjust under gear runs Light intensity；
When the indoor light intensity maintaining described secondary to adjust under gear runs is less than described second downshift intensity Or during more than described second upshift intensity, continue to described secondary and adjust gear operation, and obtain continuation dimension Hold described secondary and adjust the indoor light intensity under gear runs；
When the described secondary continued to adjusts the indoor light intensity under gear runs less than described 3rd fall Shelves intensity or more than described 3rd upshift intensity time, by described secondary adjust gear gear adaptation reduce or on Adjust gear described three times that rise to correspondence, maintain described three times and adjust gear operation, and return described acquisition The step of indoor light intensity, to carry out correspondence according to described indoor light intensity to described three adjustment gears Upshift or downshift process.
7. according to the method one of claim 4-6 Suo Shu, it is characterised in that described wind speed setting is entered Row downshifts adaptedly or upshift processes, and also includes:
When the gear of described wind speed setting is that described three time corresponding with described high tap position or lowest gear are adjusted During whole gear, maintain described three times and adjust gear operation.
8. according to the method one of claim 1-7 Suo Shu, it is characterised in that also include:
Obtain the regulation duration that described air-conditioning is carried out automatic speed regulation；
When described regulation duration reaches to preset regulation duration, exit the operational mode of described automatic speed regulation, and Return the operational mode of described wind speed setting.
9. the arrangements for speed regulation for air-conditioning, it is characterised in that including:
Temperature acquiring unit, presets the indoor temperature change generated in case letter after running duration for obtaining described operation of air conditioner Breath；
Light acquiring unit, is used for when described indoor temperature change generated in case information meets preset temperature change threshold, Obtain indoor light intensity；
Wind speed regulation unit, for according to described indoor light intensity, the wind speed setting to described operation of air conditioner Automatically adjust, to realize the automatic speed regulation to described air-conditioning.
Device the most according to claim 9, it is characterised in that described light acquiring unit obtains room Interior light intensity, including:
Receiver module, for obtain by light sensor, photo-sensitive cell at least one the room light that collects Line strength.
11. according to the device described in claim 9 or 10, it is characterised in that described wind speed regulation unit The wind speed setting of described operation of air conditioner is automatically adjusted, including:
Determine module, for determine number of times that described indoor light intensity is acquired in preset duration and The intensity of described indoor light intensity；
Transfer the files module, for when described number of times meet preset times and described intensity to meet default downshift strong When degree or upshift intensity, described wind speed setting is downshifted adaptedly or upshift processes.
12. devices according to claim 11, it is characterised in that described in module of transferring the files set described Subduing the wind syndrome speed downshifts adaptedly or upshift processes, including:
First adjusts submodule, for when the gear of described wind speed setting be high tap position or lowest gear and When described indoor light intensity is less than the first downshift intensity preset or more than the first upshift intensity preset, will The gear adaptation of described wind speed setting reduces or rises a gear and i.e. adjusts to corresponding once adjustment gear, And described in obtaining, once adjust the indoor light intensity under gear runs；
It is additionally operable to when the described indoor light intensity once adjusted under gear runs is less than the second downshift preset Intensity or more than preset second upshift intensity time, will described once adjust gear adaptation reduce or rising one Gear i.e. adjusts to corresponding secondary adjustment gear, and obtains the room light under described secondary adjustment gear runs Line strength；
It is additionally operable to when described secondary adjusts the indoor light intensity under gear runs less than the 3rd downshift preset Intensity or more than preset the 3rd upshift intensity time, by described secondary adjust gear gear adaptation reduce or on Rise a gear i.e. to adjust to three times corresponding adjustment gears, maintain described three times and adjust gear operation, and return Return the step of described acquisition indoor light intensity, to adjust shelves according to described indoor light intensity to described three times Position carries out upshift or the downshift process of correspondence；
Wherein, described second downshift intensity more than described 3rd downshift intensity and downshifts strong less than described first Degree, described second upshift intensity is more than described first upshift intensity and less than described 3rd upshift intensity, institute State the first upshift intensity and more than described 3rd downshift intensity and be less than described first downshift intensity, described second Upshift intensity is less than or equal to described first downshift intensity, and described first downshift intensity is less than described 3rd upshift Intensity.
13. devices according to claim 12, it is characterised in that described in module of transferring the files set described Subduing the wind syndrome speed downshifts adaptedly or upshift processes, and also includes:
Second adjusts submodule, for when the gear of described wind speed setting being and described high tap position or deep low gear Described gear and the described indoor light intensity of once adjusting of position correspondence is less than described first downshift intensity or big In described first upshift intensity time, once adjust gear described in maintenance and run, and obtain and once adjust described in maintenance Indoor light intensity under the operation of whole gear；
It is additionally operable to when the indoor light intensity once adjusted described in maintaining under gear runs is less than described second fall Shelves intensity or more than described second upshift intensity time, by described once adjust gear adaptation reduce or rise to right The described secondary answered adjusts gear, and obtains the indoor light intensity under described secondary adjustment gear runs；
The indoor light intensity being additionally operable to adjust under gear runs when described secondary is strong less than described 3rd downshift When spending or be more than described 3rd upshift intensity, the gear adaptation that described secondary adjusts gear reduces or rises to Adjust gear corresponding described three times, maintain described three times and adjust gear operation, and return to described acquisition indoor The step of light intensity, to carry out the liter of correspondence according to described indoor light intensity to described three adjustment gears Shelves or downshift process.
14. according to the device described in claim 12 or 13, it is characterised in that described in transfer the files module to institute State wind speed setting to downshift adaptedly or upshift process, also include:
3rd adjusts submodule, for when the gear of described wind speed setting being and described high tap position or deep low gear Described secondary adjustment gear and described indoor light intensity that position is corresponding are less than described first downshift intensity or big When described first upshift intensity, maintain described secondary to adjust gear and run, and obtain maintenance described secondary tune Indoor light intensity under the operation of whole gear；
It is additionally operable to when the indoor light intensity maintaining described secondary to adjust under gear runs is less than described second fall Shelves intensity or during more than described second upshift intensity, continues to described secondary and adjusts gear and run, and obtain Continue to described secondary and adjust the indoor light intensity under gear runs；
It is additionally operable to when the described secondary continued to adjusts the indoor light intensity under gear runs less than described 3rd downshift intensity or more than described 3rd upshift intensity time, by described secondary adjust gear gear adaptation fall Low or rise to correspondence adjust gears described three times, maintain described three times and adjust gears and run, and return institute State the step obtaining indoor light intensity, described three adjustment gears to be entered according to described indoor light intensity Upshift or downshift that row is corresponding process.
15. according to the device one of claim 12-14 Suo Shu, it is characterised in that described in transfer the files module pair Described wind speed setting downshifts adaptedly or upshift processes, and also includes:
4th adjusts submodule, for when the gear of described wind speed setting being and described high tap position or deep low gear When adjusting gear described three times of position correspondence, maintain described three times and adjust gears operation.
16. according to the device one of claim 9-15 Suo Shu, it is characterised in that also include:
Wind shelves recovery unit, for obtaining the regulation duration that described air-conditioning carries out automatic speed regulation；
It is additionally operable to, when described regulation duration reaches to preset regulation duration, exit the operation mould of described automatic speed regulation Formula, and return the operational mode of described wind speed setting.
17. 1 kinds of air conditioning systems, it is characterised in that including: the use as described in claim 9-16 is arbitrary Arrangements for speed regulation in air-conditioning.
CN201610254652.7A 2016-04-21 2016-04-21 A kind of speed regulating method, device and air-conditioning system for air-conditioning Active CN105928137B (en)

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