CN108332373A - A kind of control method, device, storage medium and the air-conditioning of indoor environment state - Google Patents

A kind of control method, device, storage medium and the air-conditioning of indoor environment state Download PDF

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Publication number
CN108332373A
CN108332373A CN201810078321.1A CN201810078321A CN108332373A CN 108332373 A CN108332373 A CN 108332373A CN 201810078321 A CN201810078321 A CN 201810078321A CN 108332373 A CN108332373 A CN 108332373A
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China
Prior art keywords
mode
user
control
pattern
state
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Granted
Application number
CN201810078321.1A
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Chinese (zh)
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CN108332373B (en
Inventor
周金声
吴俊鸿
廖敏
于博
连彩云
梁之琦
彭光前
车雯
田雅颂
翟振坤
李啸宇
孙晨
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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 CN201810078321.1A priority Critical patent/CN108332373B/en
Publication of CN108332373A publication Critical patent/CN108332373A/en
Application granted granted Critical
Publication of CN108332373B publication Critical patent/CN108332373B/en
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Classifications

    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/62Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F24F11/63Electronic processing
    • F24F11/64Electronic processing using pre-stored data
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/62Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F24F11/63Electronic processing
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/62Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
    • F24F11/63Electronic processing
    • F24F11/65Electronic processing for selecting an operating mode
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/70Control systems characterised by their outputs; Constructional details thereof
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00Control or safety arrangements
    • F24F11/70Control systems characterised by their outputs; Constructional details thereof
    • F24F11/80Control systems characterised by their outputs; Constructional details thereof for controlling the temperature of the supplied air
    • F24F11/86Control systems characterised by their outputs; Constructional details thereof for controlling the temperature of the supplied air by controlling compressors within refrigeration or heat pump circuits
    • FMECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24HEATING; RANGES; VENTILATING
    • F24FAIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2120/00Control inputs relating to users or occupants
    • F24F2120/10Occupancy

Abstract

The invention discloses a kind of control method, device, storage medium and the air-conditioning of indoor environment state, this method includes:Determine whether user has selected present mode from preset different mode;If user has selected the present mode, air-conditioning is made to be run by the first control mode corresponding with the present mode, so that the indoor environment state meets the current demand of user;If the non-selected present mode of user, makes air-conditioning be run by the second control mode corresponding with preset adaptive model, so that the indoor environment state reaches preset comfort level state.The solution of the present invention can solve the problems, such as to fail to indoor environment state control for indoor design condition and user demand in the prior art to lead to poor user experience, achieve the effect that promote user experience.

Description

A kind of control method, device, storage medium and the air-conditioning of indoor environment state
Technical field
The invention belongs to air-conditioning technical fields, and in particular to a kind of control method of indoor environment state, device, storage are situated between Matter and air-conditioning more particularly to a kind of indoor environment condition control method, device corresponding with this method, the sky with the device It adjusts, be stored with the computer readable storage medium of this method instruction and be able to carry out the air-conditioning of this method instruction.
Background technology
Air conditioner is using being all that user sets a fixed temperature value at present, and then air-conditioning is by freezing or heating regulation room Interior temperatures approach is in this temperature value, when indoor temperature reaches set temperature value, compressor shutdown or is in low-frequency operation state, Small part air-conditioning can control indoor humidity and be in OK range.
Often user is only capable of according to subjective judgement set temperature value, and with indoor temperature change generated in case, user's thermal comfort subjectivity is commented Valence can at any time, the Parameters variations such as indoor temperature, user frequently with the method for set temperature value in multiple regulation room come meet from The comfortable sexual experience of body, but indoor temperature change generated in case has retardance, so method is undesirable.
After user was originally judged as from main regulation temperature value to it to comfort higher temperature value itself, cannot still it protect Card reaches the higher effect of the comfortable sexual experience of user after set temperature value, and the quality of effect is adjusted retardance and user by temperature The factors such as subjective judgement uncertainty influence.Therefore, only cannot be guaranteed to use by setting the control method of a fixed temperature value Family can possess preferable comfortable sexual experience in using air-conditioning whole process.At present for user itself comfort demand to working as The method of preceding indoor design condition control is less.Simultaneously by analyzing the control that can also find to set fixed temperature value by operation portion above System, methods of exhibiting, cannot meet user's comfort requirement well.
Publication No. is that the air-conditioning of human comfort is dynamically maintained under CN105698341A, entitled heating mode at present Adjusting method and publication No. are that the sky of human comfort is dynamically maintained under CN105757900A, entitled refrigeration mode Adjust adjusting method application for a patent for invention in, by detect real time environment temperature, real-time indoor humidity, real-time indoor air velocity, Real-time indoor oxygen content and real-time room noise decibel obtain target comfort level using mapping relations, but the above invention is not directed to To indoor design condition (such as:Indoor temperature, humidity, indoor air velocity, cleanliness factor etc.) it controls specific method and is not directed to user Comfort demand develops corresponding methods of exhibiting, leverages user experience.
Invention content
It is an object of the present invention in view of the foregoing drawbacks, a kind of control method of indoor environment state is provided, device, is deposited Storage media and air-conditioning, to solve to fail in the prior art to control indoor environment state for indoor design condition and user demand The problem of leading to poor user experience, achievees the effect that promote user experience.
The present invention provides a kind of control method of indoor environment state, including:Determine user whether from preset difference Present mode is selected in pattern;If user has selected the present mode, make air-conditioning by corresponding with the present mode One control mode is run, so that the indoor environment state meets the current demand of user;If the non-selected current mould of user Formula then makes air-conditioning be run by the second control mode corresponding with preset adaptive model, so that the indoor environment state reaches To preset comfort level state.
Optionally, further include:Establish the corresponding different compressors Controlling model of the different mode;Wherein, the compression Machine Controlling model, including:Stop of the raising frequency or frequency reducing rate and compressor of compressor under the raising frequency or frequency reducing rate Time.
Optionally, the corresponding different compressors Controlling model of the different mode is established, including:Obtain compressor raising frequency or It is fast with the matched best raising frequency of more than two different periods or frequency reducing rate and the best raising frequency or frequency reducing during frequency reducing The corresponding most optimal retention time of rate;Set the operating status coefficient under the different mode;By described two above different periods In the best raising frequency corresponding with the different mode or the operating status coefficient of frequency reducing rate times, be determined as it is described not With the raising frequency or frequency reducing rate under pattern;And by institute corresponding with the different mode in described two above different periods State the operating status coefficient of most optimal retention time reciprocal times, the raising frequency or frequency reducing rate being determined as under the different mode The corresponding residence time.
Optionally, the different mode, including:It is energy saver mode, energy saving comfort mode, comfort mode, cool or warm pattern, cool + or warm+pattern in either mode;Wherein, the energy saver mode, the energy saving comfort mode, the comfort mode, described cool Or warm pattern, it is described it is cool+or warm+pattern under operating status coefficient, be sequentially increased.
Optionally it is determined that user has selected the situation of the present mode, including:User selected the energy saver mode, The energy saving comfort mode, the comfort mode, described cool or warm pattern, it is described it is cool+or either mode in warm+pattern feelings Shape;Alternatively, user has selected the situation of hobby pattern;The hobby pattern, including:User setting indoor and outdoor surroundings state, It sets under at least one of period situation, to the energy saver mode, the energy saving comfort mode, the comfort mode, described Cool or warm pattern, it is described it is cool+or warm+pattern in the frequency of usage of either mode be more than the associative mode of the setting frequency.
Optionally it is determined that user has selected the mode of the present mode, including:It receives by user through cursor described in Present mode is selected in different mode;Wherein, during being selected the different mode by cursor, the hobby The priority of pattern, higher than the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, institute State it is cool+or warm+pattern in other patterns in addition to the hobby pattern priority;And/or it receives and button is passed through by user Or the present mode that client end AP P is finely adjusted the comfort conditions determined by cursor;And/or it receives and is pinned by user By key assignments duration present mode is switched in the different mode.
Optionally, the air-conditioning is made to be run by the first control mode corresponding with the present mode, including:Described in acquisition The current indoor external environment state of the affiliated environment of air-conditioning;It is corresponded to according to the current indoor external environment state and the present mode Compressor control model, control the compressor behavior under the present mode.
Optionally, the compressor behavior under the present mode is controlled, including:Obtain the Human Physiology ginseng of user Number;Wherein, the human body physiological parameter, including:Human body mean temperature;According to the human body physiological parameter, to the current mould The running state parameter of the corresponding compressor control model of formula is modified, and obtains modified state parameter;According to the amendment shape State parameter is modified the corresponding compressor control model of the present mode, compressor correction model is obtained, with according to institute Indoor and outdoor surroundings state and the corresponding compressor correction model of the present mode are stated, the compressor under the present mode is transported Row state is controlled.
Optionally, air-conditioning is made to be run by the second control mode corresponding with preset adaptive model, including:Described in determination Whether air-conditioning is to power on for the first time;If the air-conditioning is to power on for the first time, according to current indoor external environment state and parameter preset, With optimal operating parameter;If the air-conditioning is not to power on for the first time, according to current indoor external environment state, parameter preset and history Indoor temperature change generated in case rate matches optimal operating parameter;The indoor environment state is controlled according to the optimal operating parameter.
Optionally, so that air-conditioning is run by the second control mode corresponding with preset adaptive model, further include:Described After controlling the indoor environment state according to the optimal operating parameter, determine whether the indoor environment state reaches setting It is required that;If so, determining that the indoor environment state reaches the optimal comfort state of setting;Otherwise, then described in redefining most Good operating parameter, until the indoor environment state reaches the optimal comfort state of setting.
Optionally, wherein the optimal operating parameter, including:Compressor frequency, rotation speed of fan, electronic expansion valve opening At least one of;The indoor environment state, including:At least one of temperature, humidity, wind speed, cleanliness factor.
Matching with the above method, another aspect of the present invention provides a kind of control device of indoor environment state, including:Really Order member, for determining whether user has selected present mode from preset different mode;Execution unit, if for user The present mode is selected, then air-conditioning is made to be run by the first control mode corresponding with the present mode, so that the interior Ambient condition meets the current demand of user;The execution unit makes sky if being additionally operable to the non-selected present mode of user It adjusts and is run by the second control mode corresponding with preset adaptive model, relaxed so that the indoor environment state reaches preset Moderate condition.
Optionally, further include:Modeling unit, for establishing the corresponding different compressors Controlling model of the different mode; Wherein, the compressor control model, including:The raising frequency or frequency reducing rate and compressor of compressor are in the raising frequency or drop Residence time under frequency rate.
Optionally, the modeling unit establishes the corresponding different compressors Controlling model of the different mode, including:It obtains During compressor raising frequency or frequency reducing with the matched best raising frequency of more than two different periods or frequency reducing rate and described best Raising frequency or the corresponding most optimal retention time of frequency reducing rate;Set the operating status coefficient under the different mode;It will be described two The best raising frequency corresponding with the different mode or the operating status coefficient of frequency reducing rate times in the above different periods, The raising frequency or frequency reducing rate being determined as under the different mode;And by described two above different periods with the difference Reciprocal times of the operating status coefficient of the corresponding most optimal retention time of pattern, the liter being determined as under the different mode Frequency or frequency reducing rate corresponding residence time.
Optionally, the different mode, including:It is energy saver mode, energy saving comfort mode, comfort mode, cool or warm pattern, cool + or warm+pattern in either mode;Wherein, the energy saver mode, the energy saving comfort mode, the comfort mode, described cool Or warm pattern, it is described it is cool+or warm+pattern under operating status coefficient, be sequentially increased.
Optionally, the determination unit determines that user has selected the situation of the present mode, including:User has selected institute State energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, it is described it is cool+or warm+pattern in The situation of either mode;Alternatively, user has selected the situation of hobby pattern;The hobby pattern, including:User is indoor in setting Under external environment state, setting at least one of period situation, to the energy saver mode, the energy saving comfort mode, described relax Suitable pattern, described cool or warm pattern, it is described it is cool+or warm+pattern in the frequency of usage of either mode be more than the correspondence of the setting frequency Pattern.
Optionally, the determination unit determines that user has selected the mode of the present mode, including:Reception is led to by user It crosses cursor and selects present mode from the different mode;Wherein, in the mistake for carrying out selection to the different mode by cursor Cheng Zhong, the priority of the hobby pattern, higher than the energy saver mode, the energy saving comfort mode, the comfort mode, described Cool or warm pattern, it is described it is cool+or warm+pattern in other patterns in addition to the hobby pattern priority;And/or it receives The present mode that the comfort conditions determined by cursor are finely adjusted by button or client end AP P by user;And/or Receive by user press & hold setting duration be switched to present mode in the different mode.
Optionally, the execution unit makes the air-conditioning be run by the first control mode corresponding with the present mode, Including:Obtain the current indoor external environment state of the affiliated environment of the air-conditioning;According to the current indoor external environment state and institute The corresponding compressor control model of present mode is stated, the compressor behavior under the present mode is controlled.
Optionally, the execution unit controls the compressor behavior under the present mode, including:Obtain user's Human body physiological parameter;Wherein, the human body physiological parameter, including:Human body mean temperature;It is right according to the human body physiological parameter The running state parameter of the corresponding compressor control model of the present mode is modified, and obtains modified state parameter;According to The modified state parameter is modified the corresponding compressor control model of the present mode, obtains compressor and corrects mould Type, with according to the indoor and outdoor surroundings state and the corresponding compressor correction model of the present mode, to the present mode Under compressor behavior controlled.
Optionally, the execution unit makes air-conditioning be run by the second control mode corresponding with preset adaptive model, Including:Determine whether the air-conditioning is to power on for the first time;If the air-conditioning is to power on for the first time, according to current indoor external environment state And parameter preset, match optimal operating parameter;If the air-conditioning is not to power on for the first time, according to current indoor external environment state, Parameter preset and history indoor temperature change generated in case rate match optimal operating parameter;According to optimal operating parameter control Indoor environment state.
Optionally, the execution unit makes air-conditioning be run by the second control mode corresponding with preset adaptive model, Further include:After the indoor environment state according to optimal operating parameter control, the indoor environment shape is determined Whether state reaches sets requirement;If so, determining that the indoor environment state reaches the optimal comfort state of setting;Otherwise, then The optimal operating parameter is redefined, until the indoor environment state reaches the optimal comfort state of setting.
Optionally, wherein the optimal operating parameter, including:Compressor frequency, rotation speed of fan, electronic expansion valve opening At least one of;The indoor environment state, including:At least one of temperature, humidity, wind speed, cleanliness factor.
Matching with above-mentioned apparatus, further aspect of the present invention provides a kind of air-conditioning, including:Above-described indoor environment shape The control device of state.
Matching with the above method, further aspect of the present invention provides a kind of storage medium, including:It is deposited in the storage medium Contain a plurality of instruction;The a plurality of instruction, the control for being loaded by processor and being executed above-described indoor environment state Method.
Matching with the above method, further aspect of the present invention provides a kind of air-conditioning, including:Processor, it is a plurality of for executing Instruction;Memory, for storing a plurality of instruction;Wherein, a plurality of instruction, for being stored by the memory, and by described Processor loads and executes the control method of above-described indoor environment state.
The solution of the present invention by the way that user's different demands are converted to the processing of unlike signal data entry program, and then is controlled Different compressors operating status processed so that compressor behavior can be controlled according to user demand, be conducive to be promoted and be used Family is experienced, and can solve to lead to the comfortable sexual experience different problems of user because of factors such as age, gender, area, ethnic groups.
Further, the solution of the present invention, by order to meet user comfort requirement, root during entire operation of air conditioner According to the type of input signal data, different compressors Controlling model is selected to accurately control compressor operating according to indoor and outdoor state Status adjustment indoor environment state.
Further, the solution of the present invention can improve user couple by controlling compressor behavior according to user demand The controlling extent of indoor environment state reinforces user experience, meets every demand of user, improves user's satisfaction rate.
Further, the solution of the present invention, by establish for example energy saving different mode, energy saving comfortable, comfortable, hobby, it is cool/warm, Cool+/ warm+compressor lifting frequency rate and residence time Controlling model, to meet different indoor comfort degree demands, Ke Yiti Rise user experience.
Further, the solution of the present invention can carry out model selection by user, match can also be arranged as needed Pattern (i.e. adaptive model) can promote user experience to automatically achieve indoor comfortable state.
The solution of the present invention as a result, by establish different mode compressor lifting frequency rate and compressor corresponding The Controlling model of the residence time of lifting frequency rate may be implemented to control compressor behavior according to user demand, solve existing Have fail in technology for indoor design condition and user demand (such as:Energy saving requirement, comfort demand etc.) to indoor environment state The problem of control leads to poor user experience is carried out, to achieve the effect that promote user experience.
Other features and advantages of the present invention will be illustrated in the following description, also, partly becomes from specification It obtains it is clear that understand through the implementation of the invention.
Below by drawings and examples, technical scheme of the present invention will be described in further detail.
Description of the drawings
Fig. 1 is the flow diagram of an embodiment of the control method of the indoor environment state of the present invention;
Fig. 2 establishes the flow diagram of an embodiment of compressor control model in the method for the present invention;
Fig. 3 makes the air-conditioning be run by the first control mode corresponding with the present mode in the method for the present invention The flow diagram of one embodiment;
Fig. 4 controls the flow of an embodiment of the compressor behavior under the present mode in the method for the present invention Schematic diagram;
Fig. 5 makes air-conditioning be run by the second control mode corresponding with preset adaptive model in the method for the present invention The flow diagram of one embodiment of control process;
Fig. 6 makes air-conditioning be run by the second control mode corresponding with preset adaptive model in the method for the present invention The flow diagram of one embodiment of makeover process;
Fig. 7 is the structural schematic diagram of an embodiment of the control device of the indoor environment state of the present invention;
Fig. 8 is the structural schematic diagram of another embodiment of the control device of the indoor environment state of the present invention;
Fig. 9 is control cursor flow under the refrigeration mode of an embodiment of the control method of the indoor environment state of the present invention Scheme (i.e. refrigeration control cursor flow chart);
Figure 10 is control cursor stream under the heating mode of an embodiment of the control method of the indoor environment state of the present invention Journey figure (i.e. heating control cursor flow chart);
Figure 11 is compressor operating under the refrigeration mode of an embodiment of the control method of the indoor environment state of the present invention Frequency curve chart (depending on specific control needs according to circumstances);
Figure 12 is compressor operating under the heating mode of an embodiment of the control method of the indoor environment state of the present invention Frequency curve chart (depending on specific control needs according to circumstances);
Figure 13 is the autonomous regulatory function key (example of user of an embodiment of the control method of the indoor environment state of the present invention Such as:Increasing-and-decreasing key) displaying;
Figure 14 is the flow signal of the self adaptive control of an embodiment of the control method of the indoor environment state of the present invention Figure.
In conjunction with attached drawing, reference numeral is as follows in the embodiment of the present invention:
102- determination units;104- execution units;106- modeling units.
Specific implementation mode
To make the object, technical solutions and advantages of the present invention clearer, below in conjunction with the specific embodiment of the invention and Technical solution of the present invention is clearly and completely described in corresponding attached drawing.Obviously, described embodiment is only the present invention one Section Example, instead of all the embodiments.Based on the embodiments of the present invention, those of ordinary skill in the art are not doing Go out the every other embodiment obtained under the premise of creative work, shall fall within the protection scope of the present invention.
According to an embodiment of the invention, a kind of control method of indoor environment state is provided, the present invention's as shown in Figure 1 The flow diagram of one embodiment of method.The control method of the indoor environment state may include:
At step S110, determine whether user has selected present mode from preset different mode.Such as:It determines and uses Family whether according to current demand (such as:Indoor comfort degree demand) from preset different mode select present mode.
At step S120, if user has selected the present mode, make air-conditioning by corresponding with the present mode First control mode is run, so that the indoor environment state meets the current demand of user.
Optionally, it determines that user has selected the situation of the present mode in step S120, may include:User has selected The energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, it is described it is cool+or warm+pattern in Either mode situation.
Alternatively, determining that user has selected the situation of the present mode, may include:User has selected the feelings of hobby pattern Shape.The hobby pattern may include:User under setting indoor and outdoor surroundings state, setting at least one of period situation, To the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, described cool+or warm+pattern The frequency of usage of middle either mode is more than the associative mode of the setting frequency.
Such as:For hobby cursor, by the interior corresponding to higher (more common) the cursor control state of customer acceptance degree Ambient condition, control operating status are as booting default objects state.Such as:For hobby cursor, user can relax according to itself Suitable sense is customized to belong to itself hobby function.Such as:Detection, record, the storage common pattern of user, as consumer taste Function.
Such as:The specific implementation of user's sets itself, Ke Yishi:User is such as relaxed by remote control portion, by a certain cursor Suitable pattern is set as liking the control model corresponding to cursor.It can be (specific real after locking in comfortable cursor when remote control portion is shown Existing mode can be realized by adding the modes such as button) it is reconverted into hobby cursor, cursor is liked at this time to exist simultaneously with comfortable cursor Remote control portion shows that the modes such as available sounds prompt are transmitted setting to user and completed.
Such as:Make the specific implementation that air conditioner is set automatically, Ke Yishi according to user's custom:If routine use In the process, user is t using the number of the pattern corresponding to a certain cursor, when this number is more than certain upper limit value, air conditioner Give tacit consent to as the mode operation corresponding to hobby cursor.
Such as:For customized function is liked, designing user is according to the customized hobby function of belonging to itself of oneself requirement.It receives Collection, record, the common pattern of storage user (pattern of air-conditioning itself storage), as the function of consumer taste.As opening Machine default objects state, or as control cursor, voluntarily called for user.
Such as;Air-conditioning is collected, record, the storage highest pattern of user's frequency of use, is made during day-to-day operation For pattern used in hobby control cursor.Citing:Summer a certain user uses cursor title frequency in using air-conditioning process It is highest be it is cool, after reaching certain number, it is practical for cool pattern to like cursor when cursor is liked in selection at this time by user.When User's access times are not up to certain number or when larger variation occur in indoor and outdoor surroundings state, select hobby cursor, at this time Running state of air conditioner is matched to adaptive model control operating parameter.
Wherein, user's set environment state is when display unit is shown always or shows one section only after setting as needed Between.The type that air conditioner operation portion includes is such as:Remote controler, manual operator, fuselage button, Display panel screen, projection, cell phone application etc..Tool Body is shown:Individually display or the combination display such as number, letter, symbol, or different brightness are shown.
As a result, by having selection different mode by oneself or automatically generating hobby pattern, the operation of user can be made more square Just, but also to the control of indoor environment state can it is more efficient, more easily meet user demand, control mode is flexible, and controls Reliability height processed.
Optionally, optionally, it determines that user has selected the mode of the present mode in step S120, may include:It connects It receives and present mode is selected from the different mode by cursor by user.Wherein, by cursor to the different mode into Row selection during, the priority of the hobby pattern, higher than the energy saver mode, the energy saving comfort mode, it is described relax Suitable pattern, described cool or warm pattern, it is described it is cool+or warm+pattern in other patterns in addition to the hobby pattern priority.
Such as:User is switched on by remote controler, selects refrigeration mode, and remote controller displays screen will show refrigeration light at this time It marks, air-conditioning will convert refrigeration mode operation at this time.If at this point, user by click mode key (such as:Pattern shown in Figure 13 Button), the refrigeration cursor of display screen will disappear, and display screen display dehumidifying (or other functions), at this moment air-conditioning will be converted and be removed Wet model is run.
Such as:After air-conditioning booting operation, user also voluntarily can control cursor by operation portion and convert setting state.Cursor control It is made as stepless time adjustment, it is as follows that indoor environment state sets scheme:
Indoor environment state cursor control program --- refrigeration mode may refer to following table:
Hobby It is energy saving It is energy saving comfortable Comfortably It is cool Cool+
Indoor environment state cursor control program --- heating mode may refer to following table:
Hobby It is energy saving It is energy saving comfortable Comfortably It is warm Warm+
Wherein, the control method of stepless time adjustment, which is similar to, adjusts scroll bar, if wind speed is 1~100%, if using electrodeless Speed regulating control, then user can be in 1~100% any one gear stop.Equally, cursor can also apply this control method, Hobby, it is energy saving, energy saving it is comfortable, comfortable, cool, cool+etc. between each pattern cursor, user can stop between any two cursor It stays.
Such as:The corresponding indoor environmental condition control state of hobby cursor can be also accustomed to by user's sets itself according to user So that air conditioner is set automatically, the hobby control model can be energy saving, energy saving comfortable, comfortable, cool/warm, cool+/ it is warm+in appoint Meaning is a kind of.
Such as:User can meet individual comfort requirement according to itself hobby customized function.Operation of air conditioner process In, when user is higher to the indoor environment state comfort level degree of recognition of certain period or a certain moment by itself comfort Indoor design condition and state of a control (present invention combine comfortable fine adjustment function, user can accurately determine itself comfort level degree of recognition compared with High ambient condition, user, which can store the indoor environment state parameter at this period or this moment to air-conditioning program, to be worked as In) booting default objects state or user are used as by controlling this comfortable setting state of cursor selection to realize that user is comfortable Spend the higher indoor environment state of degree of recognition.
Still optionally further, it determines that user has selected the mode of the present mode in step S120, can also include: Receive the present mode being finely adjusted to the comfort conditions determined by cursor by button or client end AP P by user.
Such as:By comfortable fine adjustment function, the cool warm state in the fine-tuning interior of user, to meet user's actual need.
Such as:After selecting a certain state, indoor cool/warm state can be carried out by two buttons of mode key or so micro- It adjusts.It is exemplified below, is such as converted to comfort conditions by cursor, user can click mode key left side button, can make indoor environment State is adjusted toward cool state, and refrigeration effect enhances.Comfortable key right-hand button is clicked, indoor environment state can be made toward warm state Adjustment, heating effect enhance.Two buttons can be clicked repeatedly, realize the effect enhanced step by step, but have certain limit range.
Still optionally further, receive by user press & hold setting duration current mould is switched in the different mode Formula.
Such as:When converting the state of setting as cool state using operation portion control cursor, pins mode key and continue 5s or more turns It is changed to warm state (conversion regime is not limited only to this one kind), refrigeration control shielding is converted to control thinking and displaying after warm state Mode is given tacit consent to after power-off booting to heat Row control according to flowchart control shown in Fig. 10.If you need to be converted to refrigeration control mould Formula need to pin mode key and continues 5s or more again can convert refrigeration control pattern.
Such as:When converting the state of setting as cool+state using operation portion control cursor, pins mode key and continue 5s or more turns It is changed to warm+state (conversion regime is not limited only to this one kind), refrigeration control shielding is converted to control thinking and exhibition after warm+state Show that mode is given tacit consent to after power-off booting to heat Row control according to Figure 10 flowchart controls.It is needed if you need to be converted to refrigeration control pattern Again refrigeration control pattern can be converted by pinning mode key and continuing 5s or more.
Such as:When indoor environment state comfort level sense of the user by itself comfort to certain period or a certain moment Receiving degree is higher.It can continue 5s by the small button by long-press mode key and mode key, air-conditioning is to parameters such as Current Temperatures, humidity It is collected record, change data, and then store in air-conditioning program and current running state of air conditioner, as later comfortable work( It can initial environment dbjective state.After setting successfully, it can be shown by display unit and the forms such as voice broadcast are fed back to user.
It is finely adjusted as a result, by the present mode to selection, can further be promoted and indoor environment state controlled Accuracy, to more reliably, more accurately reach the comfort conditions of user demand or setting, hommization is more preferably.
In an optional example, make in method that can be of the invention in conjunction with shown in Fig. 3 the air-conditioning by with it is described current The flow diagram of one embodiment of the corresponding first control mode operation of pattern, further illustrating in step S120 makes the sky Adjust the detailed process by the first control mode corresponding with present mode operation.
Step S310 obtains the current indoor external environment state of the affiliated environment of the air-conditioning.
Step S320, according to the current indoor external environment state and the corresponding compressor control mould of the present mode Type controls the compressor behavior under the present mode.
Such as:In order to meet user's comfort requirement during entire operation of air conditioner, according to the class of input signal data Type selects different compressors Controlling model, according to indoor and outdoor state, accurately controls compressor behavior and adjusts indoor environment shape State.Such as:Can+several modes warm according to energy saving, energy saving comfortable, comfortable, hobby, cool/warm, cool+/, according to indoor and outdoor state, Selection corresponds to mathematical formulae model to determine compressor behavior and then control indoor environment state.
Such as:When using different compressor lifting frequency rates and residence time, so that it may to embody energy saver mode, section It can comfort mode, the difference of cool/warm pattern.Such as:Under refrigeration mode, compressor raising frequency rate is very fast, the high band residence time It is longer, it is believed that it is cool pattern or cool+pattern, refrigeration effect is preferable, while alternatively power consumption is more, and energy-saving effect is poor, Simple realization is theoretical as above, but the specific implementation of pattern need to be adjusted as the case may be.Can not light for energy saving and Abandon comfort.It sees depending on the parameters such as indoor and outdoor state.
As a result, by combining the corresponding compressor control model of present mode of indoor and outdoor surroundings state and selection, to room Interior ambient condition is controlled, and can meet the current demand of user, and control mode is easy, the accuracy of control result is good.
It is alternatively possible to control the compressor operating shape under the present mode in method of the invention in conjunction with shown in Fig. 4 The flow diagram of one embodiment of state further illustrates the compressor operating shape controlled in step S320 under the present mode The detailed process of state.
Step S410 obtains the human body physiological parameter of user.Wherein, the human body physiological parameter may include:Human body is flat Equal temperature.
Step S420, according to the human body physiological parameter, to the fortune of the corresponding compressor control model of the present mode Row state parameter is modified, and obtains modified state parameter.
Step S430 carries out the corresponding compressor control model of the present mode according to the modified state parameter It corrects, compressor correction model is obtained, with according to the indoor and outdoor surroundings state and the corresponding compression machine maintenance of the present mode Positive model controls the compressor behavior under the present mode.
Such as:In fig.9, the mode of K values, Ke Yishi are calculated:K1C=Kmin, K6C=Kmax(occurrence can pass through experiment Determine), and pass through differential technique, true defining K value.Six cursors (such as:Like cursor, energy saving cursor, energy saving comfortable cursor, comfortable Cursor, cool or warm light mark, it is cool+or warm+cursor) corresponding to K values be only nodal value one by one.In fig.9, pattern is specifically corrected Mode, Ke Yishi:Converted first by cursor by user, select associative mode, then stepless time adjustment to control determining K initial Value;Then human body physiological parameter is detected again, such as human body mean temperature adjusts K values.
As a result, by being modified to running state parameter in conjunction with human body physiological parameter, and then according to revised operation State parameter controls the compressor behavior under present mode, is conducive to while meeting user demand as far as possible The comfortable sexual experience of user is promoted, hommization is more preferably, more excellent to the control effect of indoor environment state.
At step S130, if the non-selected present mode of user, make air-conditioning by with preset adaptive model pair The the second control mode operation answered, so that the indoor environment state reaches preset comfort level state.Such as:Booting give tacit consent into Enter match adaptive setting patterns, matches optimal operating parameter according to parameters such as indoor environment temperature and outdoor environment temperatures, soon Speed is automatically user configuration comfort conditions, and control flow is as shown in figure 14.
Such as:User can carry out model selection as needed, and match patterns (i.e. adaptive model) can also be arranged, To automatically achieve indoor comfortable state.Such as:Air conditioner matches optimal compression according to state outside current indoor when self adaptive control Machine lifting frequency rate and residence time, to be rapidly achieved comfort conditions.By the control method, user can be improved to indoor ring The controlling extent of border state reinforces user experience, meets every demand of user, improves user's satisfaction rate.
Such as:When opening adaptive model, air-conditioning is according to indoor and outdoor state, Auto-matching optimal compressor lifting frequency rate And the residence time, to be rapidly achieved comfort conditions.Here comfort state is that air-conditioning thinks the comfort conditions for being suitble to human body;Together When this dynamic process can also consider human thermal comfort.Wherein, it for comfortable setting state, develops user and is relaxed according to itself The suitable customized comfortable function for belonging to itself of sense.Detect the higher indoor environment state parameter of record storage customer acceptance degree, matching Optimization control parameter, quickly to reach ownership goal indoor comfortable state.Such as:It is higher that customer acceptance degree is acquired when comfort conditions Indoor environment state parameter, can be whole service process, can also be the state after stablizing, specific implementation is unlimited.
As a result, by being controlled indoor environment state according to user demand or adaptive model, control mode is flexible, And a variety of demands such as can meet the energy saving of user, comfort level, enable user experience significant increase.
In an optional example, can in conjunction with make in method of the invention shown in Fig. 5 air-conditioning by with it is preset adaptive The flow diagram of one embodiment of the control process of the corresponding second control mode operation of pattern, further illustrates step S130 In make the control process that air-conditioning is run by the second control mode corresponding with preset adaptive model.
Step S510 determines whether the air-conditioning is to power on for the first time.
Step S520, if the air-conditioning is to power on for the first time, according to current indoor external environment state and parameter preset, matching Optimal operating parameter.If the air-conditioning is not to power on for the first time, according to current indoor external environment state, parameter preset and history room Interior rate temperature change matches optimal operating parameter.
Optionally, the optimal operating parameter may include:In compressor frequency, rotation speed of fan, electronic expansion valve opening At least one of.
As a result, by the operating parameter of diversified forms, various control can be carried out to indoor environment state, to meet user A variety of demands.
Step S530 controls the indoor environment state according to the optimal operating parameter.
Such as:First adaptive model air conditioner is controlled according to indoor and outdoor surroundings and parameter preset, non-first adaptive The relevant parameters such as indoor temperature change generated in case rate before stored according to air conditioner itself should be controlled, optimization control parameter is matched.
Such as:It is switched on and is run using air conditioner operation portion, default conditions are match adaptive models, may refer to Figure 14 institutes The example shown.First adaptive model air conditioner is controlled according to indoor and outdoor surroundings and parameter preset, non-first self-adaptive controlled The relevant parameters such as indoor temperature change generated in case rate before that system is stored according to air conditioner itself, match optimization control parameter.
As a result, by when the system is first powered on determine optimal operating parameter, it is non-power on for the first time when combine historical operating parameter it is true Determine optimal operating parameter, and then indoor environment state is controlled according to optimal operating parameter, setting can be rapidly achieved Comfort conditions, user experience is good, and good energy-conserving effect.
In an optional example, can in conjunction with make in method of the invention shown in Fig. 6 air-conditioning by with it is preset adaptive The flow diagram of one embodiment of the makeover process of the corresponding second control mode operation of pattern, further illustrates step S130 In make the modification process that air-conditioning is run by the second control mode corresponding with preset adaptive model.
Step S610, after the indoor environment state according to optimal operating parameter control, described in determination Whether indoor environment state reaches sets requirement.
Step S620, if so, determining that the indoor environment state reaches the optimal comfort state of setting.
Otherwise step S630 then redefines the optimal operating parameter, until the indoor environment state reaches setting Optimal comfort state.
As a result, by determining whether indoor environment state reaches sets requirement, and optimal operating parameter is suitably adjusted, in turn The accuracy controlled indoor environment state and reliability can be promoted, is conducive to further promote user experience.
Optionally, the indoor environment state may include:At least one of temperature, humidity, wind speed, cleanliness factor.
It is controlled as a result, by the various states to indoor environment, a variety of demands of user can be met, preferably carried Rise user experience.
In an optional embodiment, can also include:In the determining user whether from preset different mode Before middle selection present mode, the corresponding different compressors Controlling model of the different mode is established.
Wherein, the compressor control model may include:The raising frequency or frequency reducing rate and compressor of compressor exist Residence time under the raising frequency or frequency reducing rate.
Such as:Can establish for example energy saving different mode, energy saving comfortable, comfortable, hobby, cool/warm, cool+/ it is warm+compressor Lifting frequency rate and residence time Controlling model, to meet different indoor comfort degree demands.In this way, user's difference can be needed It asks and is converted to the processing of unlike signal data entry program, and then control different compressors operating status, can solve because of age, property Not, the factors such as area, ethnic group lead to the comfortable sexual experience different problems of user.
As a result, by establishing the corresponding different compressors Controlling model of different mode, the different demands of user can be set It is set to different compressor control patterns, to realize the control for different demands, user experience can be greatly promoted.
In an optional example, the one of compressor control model is established in method that can be of the invention in conjunction with shown in Fig. 2 The flow diagram of embodiment further illustrates the specific mistake for establishing the corresponding different compressors Controlling model of the different mode Journey.
Step S210, obtain during compressor raising frequency or frequency reducing with more than two different periods (such as:A series of differences Period) matched best raising frequency or frequency reducing rate and the best raising frequency or the corresponding most optimal retention time of frequency reducing rate.
Step S220 sets the operating status coefficient under the different mode.
Optionally, the different mode may include:Energy saver mode, energy saving comfort mode, comfort mode, cool or warm mould Formula, it is cool+or warm+pattern in either mode.
Wherein, the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, described cool + or warm+pattern under operating status coefficient, be sequentially increased.
Such as:Referring to Fig. 9 and example shown in Fig. 10,0<K1h<K2h<K3h<K5h<K6h<150%.
As a result, by the pattern of diversified forms, it can accordingly meet a variety of different demands of user, and then can basis The different demands of user control indoor environment state, to further promote user experience.
Step S230, by described two above different periods (such as:A series of different periods) in the different mode The corresponding best raising frequency or the operating status coefficient of frequency reducing rate times, the raising frequency being determined as under the different mode or Frequency reducing rate;And by described two above different periods (such as:A series of different periods) in it is corresponding with the different mode Reciprocal times of the operating status coefficient of the most optimal retention time, be determined as the raising frequency under the different mode or frequency reducing The rate corresponding residence time.
Wherein, during each pattern raising frequency/frequency reducing, target intermediate frequency that compressor is stopped, target maximum frequency, Its value of target minimum frequency is also optimal;This is embodied in Figure 11 and Figure 12, but unobvious, only embodies the frequency of each pattern Dwell point may be different.
When as a result, by according to the best raising frequency or frequency reducing rate of running state parameter and history run with best stop Between, determine the corresponding raising frequency of different mode or frequency reducing rate and residence time, and then establish different mode and compressor control mould The correspondence of type, using as the foundation controlled indoor environment state according to user demand, reliability is high, accuracy It is good.
Through a large amount of verification experimental verification, using the technical solution of the present embodiment, by the way that user's different demands are converted to difference Signal data input program processing, and then control different compressors operating status so that compressor behavior can according to Family demand is controlled, and is conducive to promote user experience, can be solved to lead to user because of factors such as age, gender, area, ethnic groups Comfortable sexual experience different problems.
According to an embodiment of the invention, a kind of indoor environment of the control method corresponding to indoor environment state is additionally provided The control device of state.The structural schematic diagram of one embodiment of the device of the invention shown in Figure 7.The indoor environment state Control device may include:Determination unit 102 and execution unit 104.
In an optional example, determination unit 102 is determined for user whether from preset different mode Select present mode.Such as:Determine user whether according to current demand (such as:Indoor comfort degree demand) from preset difference Present mode is selected in pattern.The concrete function of the determination unit 102 and processing are referring to step S110.
In an optional example, execution unit 104 makes sky if can be used for user has selected the present mode It adjusts and is run by the first control mode corresponding with the present mode, so that the indoor environment state meets the current need of user It asks.The concrete function of the execution unit 104 and processing are referring to step S120.
Optionally, the determination unit 102 determines that user has selected the situation of the present mode, may include:User Selected the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, it is described it is cool+or warm+ The situation of either mode in pattern.
Alternatively, the determination unit 102 determines that user has selected the situation of the present mode, may include:User is Select the situation of hobby pattern.The hobby pattern may include:User is in setting indoor and outdoor surroundings state, in the setting period At least one situation under, to the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, It is described it is cool+or warm+pattern in the frequency of usage of either mode be more than the associative mode of the setting frequency.
Such as:For hobby cursor, by the interior corresponding to higher (more common) the cursor control state of customer acceptance degree Ambient condition, control operating status are as booting default objects state.Such as:For hobby cursor, user can relax according to itself Suitable sense is customized to belong to itself hobby function.Such as:Detection, record, the storage common pattern of user, as consumer taste Function.
Such as:The specific implementation of user's sets itself, Ke Yishi:User is such as relaxed by remote control portion, by a certain cursor Suitable pattern is set as liking the control model corresponding to cursor.It can be (specific real after locking in comfortable cursor when remote control portion is shown Existing mode can be realized by adding the modes such as button) it is reconverted into hobby cursor, cursor is liked at this time to exist simultaneously with comfortable cursor Remote control portion shows that the modes such as available sounds prompt are transmitted setting to user and completed.
Such as:Make the specific implementation that air conditioner is set automatically, Ke Yishi according to user's custom:If routine use In the process, user is t using the number of the pattern corresponding to a certain cursor, when this number is more than certain upper limit value, air conditioner Give tacit consent to as the mode operation corresponding to hobby cursor.
Such as:For customized function is liked, designing user is according to the customized hobby function of belonging to itself of oneself requirement.It receives Collection, record, the common pattern of storage user (pattern of air-conditioning itself storage), as the function of consumer taste.As opening Machine default objects state, or as control cursor, voluntarily called for user.
Such as:Air-conditioning is collected, record, the storage highest pattern of user's frequency of use, is made during day-to-day operation For pattern used in hobby control cursor.Citing:Summer a certain user uses cursor title frequency in using air-conditioning process It is highest be it is cool, after reaching certain number, it is practical for cool pattern to like cursor when cursor is liked in selection at this time by user.When User's access times are not up to certain number or when larger variation occur in indoor and outdoor surroundings state, select hobby cursor, at this time Running state of air conditioner is matched to adaptive model control operating parameter.
Wherein, user's set environment state is when display unit is shown always or shows one section only after setting as needed Between.The type that air conditioner operation portion includes is such as:Remote controler, manual operator, fuselage button, Display panel screen, projection, cell phone application etc..Tool Body is shown:Individually display or the combination display such as number, letter, symbol, or different brightness are shown.
As a result, by having selection different mode by oneself or automatically generating hobby pattern, the operation of user can be made more square Just, but also to the control of indoor environment state can it is more efficient, more easily meet user demand, control mode is flexible, and controls Reliability height processed.
Optionally, the determination unit 102 determines that user has selected the mode of the present mode, may include:It receives Present mode from the different mode is selected by cursor by user.Wherein, the different mode is being carried out by cursor During selection, the priority of the hobby pattern, higher than the energy saver mode, the energy saving comfort mode, described comfortable Pattern, described cool or warm pattern, it is described it is cool+or warm+pattern in other patterns in addition to the hobby pattern priority.
Such as:User is switched on by remote controler, selects refrigeration mode, and remote controller displays screen will show refrigeration light at this time It marks, air-conditioning will convert refrigeration mode operation at this time.If at this point, user by click mode key (such as:Pattern shown in Figure 13 Button), the refrigeration cursor of display screen will disappear, and display screen display dehumidifying (or other functions), at this moment air-conditioning will be converted and be removed Wet model is run.
Such as:After air-conditioning booting operation, user also voluntarily can control cursor by operation portion and convert setting state.Cursor control It is made as stepless time adjustment, it is as follows that indoor environment state sets scheme:
Indoor environment state cursor control program --- refrigeration mode may refer to following table:
Hobby It is energy saving It is energy saving comfortable Comfortably It is cool Cool+
Indoor environment state cursor control program --- heating mode may refer to following table:
Hobby It is energy saving It is energy saving comfortable Comfortably It is warm Warm+
Wherein, the control method of stepless time adjustment, which is similar to, adjusts scroll bar, if wind speed is 1~100%, if using electrodeless Speed regulating control, then user can be in 1~100% any one gear stop.Equally, cursor can also apply this control method, Hobby, it is energy saving, energy saving it is comfortable, comfortable, cool, cool+etc. between each pattern cursor, user can stop between any two cursor It stays.
Such as:The corresponding indoor environmental condition control state of hobby cursor can be also accustomed to by user's sets itself according to user So that air conditioner is set automatically, the hobby control model can be energy saving, energy saving comfortable, comfortable, cool/warm, cool+/ it is warm+in appoint Meaning is a kind of.
Such as:User can meet individual comfort requirement according to itself hobby customized function.Operation of air conditioner process In, when user is higher to the indoor environment state comfort level degree of recognition of certain period or a certain moment by itself comfort Indoor design condition and state of a control (present invention combine comfortable fine adjustment function, user can accurately determine itself comfort level degree of recognition compared with High ambient condition, user, which can store the indoor environment state parameter at this period or this moment to air-conditioning program, to be worked as In) booting default objects state or user are used as by controlling this comfortable setting state of cursor selection to realize that user is comfortable Spend the higher indoor environment state of degree of recognition.
Still optionally further, the determination unit 102 determines that user has selected the mode of the present mode, can be with Including:Receive the current mould being finely adjusted to the comfort conditions determined by cursor by button or client end AP P by user Formula.
Such as:By comfortable fine adjustment function, the cool warm state in the fine-tuning interior of user, to meet user's actual need.
Such as:After selecting a certain state, indoor cool/warm state can be carried out by two buttons of mode key or so micro- It adjusts.It is exemplified below, is such as converted to comfort conditions by cursor, user can click mode key left side button, can make indoor environment State is adjusted toward cool state, and refrigeration effect enhances.Comfortable key right-hand button is clicked, indoor environment state can be made toward warm state Adjustment, heating effect enhance.Two buttons can be clicked repeatedly, realize the effect enhanced step by step, but have certain limit range.
Still optionally further, the determination unit 102 determines that user has selected the mode of the present mode, can also wrap It includes:Receive by user press & hold setting duration be switched to present mode in the different mode.
Such as:When converting the state of setting as cool state using operation portion control cursor, pins mode key and continue 5s or more turns It is changed to warm state (conversion regime is not limited only to this one kind), refrigeration control shielding is converted to control thinking and displaying after warm state Mode is given tacit consent to after power-off booting to heat Row control according to flowchart control shown in Fig. 10.If you need to be converted to refrigeration control mould Formula need to pin mode key and continues 5s or more again can convert refrigeration control pattern.
Such as:When converting the state of setting as cool+state using operation portion control cursor, pins mode key and continue 5s or more turns It is changed to warm+state (conversion regime is not limited only to this one kind), refrigeration control shielding is converted to control thinking and exhibition after warm+state Show that mode is given tacit consent to after power-off booting to heat Row control according to Figure 10 flowchart controls.It is needed if you need to be converted to refrigeration control pattern Again refrigeration control pattern can be converted by pinning mode key and continuing 5s or more.
Such as:When indoor environment state comfort level sense of the user by itself comfort to certain period or a certain moment Receiving degree is higher.It can continue 5s by the small button by long-press mode key and mode key, air-conditioning is to parameters such as Current Temperatures, humidity It is collected record, change data, and then store in air-conditioning program and current running state of air conditioner, as later comfortable work( It can initial environment dbjective state.After setting successfully, it can be shown by display unit and the forms such as voice broadcast are fed back to user.
It is finely adjusted as a result, by the present mode to selection, can further be promoted and indoor environment state controlled Accuracy, to more reliably, more accurately reach the comfort conditions of user demand or setting, hommization is more preferably.
Optionally, the execution unit 104 makes the air-conditioning be transported by the first control mode corresponding with the present mode It goes, may include:Obtain the current indoor external environment state of the affiliated environment of the air-conditioning.The concrete function of the execution unit 104 And processing is referring further to step S310.
Further, the execution unit 104 makes the air-conditioning by the first control mode corresponding with the present mode It runs, may include:According to the current indoor external environment state and the corresponding compressor control model of the present mode, control Make the compressor behavior under the present mode.The concrete function of the execution unit 104 and processing are referring further to step S320.
Such as:In order to meet user's comfort requirement during entire operation of air conditioner, according to the class of input signal data Type selects different compressors Controlling model, according to indoor and outdoor state, accurately controls compressor behavior and adjusts indoor environment shape State.Such as:Can+several modes warm according to energy saving, energy saving comfortable, comfortable, hobby, cool/warm, cool+/, according to indoor and outdoor state, Selection corresponds to mathematical formulae model to determine compressor behavior and then control indoor environment state.
Such as:When using different compressor lifting frequency rates and residence time, so that it may to embody energy saver mode, section It can comfort mode, the difference of cool/warm pattern.Such as:Under refrigeration mode, compressor raising frequency rate is very fast, the high band residence time It is longer, it is believed that it is cool pattern or cool+pattern, refrigeration effect is preferable, while alternatively power consumption is more, and energy-saving effect is poor, Simple realization is theoretical as above, but the specific implementation of pattern need to be adjusted as the case may be.Can not light for energy saving and Abandon comfort.It sees depending on the parameters such as indoor and outdoor state.
As a result, by combining the corresponding compressor control model of present mode of indoor and outdoor surroundings state and selection, to room Interior ambient condition is controlled, and can meet the current demand of user, and control mode is easy, the accuracy of control result is good.
More optionally, the execution unit 104 controls the compressor behavior under the present mode, may include: Obtain the human body physiological parameter of user.Wherein, the human body physiological parameter may include:Human body mean temperature.The execution unit 104 concrete function and processing are referring further to step S410.
Further, the execution unit 104 controls the compressor behavior under the present mode, can also wrap It includes:According to the human body physiological parameter, the running state parameter of the corresponding compressor control model of the present mode is carried out It corrects, obtains modified state parameter.The concrete function of the execution unit 104 and processing are referring further to step S430.
Further, the execution unit 104 controls the compressor behavior under the present mode, can also wrap It includes:According to the modified state parameter, the corresponding compressor control model of the present mode is modified, compressor is obtained Correction model, according to the indoor and outdoor surroundings state and the corresponding compressor correction model of the present mode, to work as to described Compressor behavior under premode is controlled.The concrete function of the execution unit 104 and processing are referring further to step S440.
Such as:In fig.9, the mode of K values, Ke Yishi are calculated:K1C=Kmin, K6C=Kmax(occurrence can pass through experiment Determine), and pass through differential technique, true defining K value.Six cursors (such as:Like cursor, energy saving cursor, energy saving comfortable cursor, comfortable Cursor, cool or warm light mark, it is cool+or warm+cursor) corresponding to K values be only nodal value one by one.In fig.9, pattern is specifically corrected Mode, Ke Yishi:Converted first by cursor by user, select associative mode, then stepless time adjustment to control determining K initial Value;Then human body physiological parameter is detected again, such as human body mean temperature adjusts K values.
As a result, by being modified to running state parameter in conjunction with human body physiological parameter, and then according to revised operation State parameter controls the compressor behavior under present mode, is conducive to while meeting user demand as far as possible The comfortable sexual experience of user is promoted, hommization is more preferably, more excellent to the control effect of indoor environment state.
In an optional example, the execution unit 104, if can be also used for the non-selected present mode of user, Air-conditioning is then set to be run by the second control mode corresponding with preset adaptive model, so that the indoor environment state reaches pre- If comfort level state.The concrete function of the execution unit 104 and processing are referring further to step S130.
Such as:Booting acquiescence enters match adaptive setting patterns, according to indoor environment temperature and outdoor environment temperature etc. Parameter matches optimal operating parameter, is user configuration comfort conditions fast automaticly, and control flow is as shown in figure 14.
Such as:User can carry out model selection as needed, and match patterns (i.e. adaptive model) can also be arranged, To automatically achieve indoor comfortable state.Such as:Air conditioner matches optimal compression according to state outside current indoor when self adaptive control Machine lifting frequency rate and residence time, to be rapidly achieved comfort conditions.By the control method, user can be improved to indoor ring The controlling extent of border state reinforces user experience, meets every demand of user, improves user's satisfaction rate.
Such as:When opening adaptive model, air-conditioning is according to indoor and outdoor state, Auto-matching optimal compressor lifting frequency rate And the residence time, to be rapidly achieved comfort conditions.Here comfort state is that air-conditioning thinks the comfort conditions for being suitble to human body;Together When this dynamic process can also consider human thermal comfort.Wherein, it for comfortable setting state, develops user and is relaxed according to itself The suitable customized comfortable function for belonging to itself of sense.Detect the higher indoor environment state parameter of record storage customer acceptance degree, matching Optimization control parameter, quickly to reach ownership goal indoor comfortable state.Such as:It is higher that customer acceptance degree is acquired when comfort conditions Indoor environment state parameter, can be whole service process, can also be the state after stablizing, specific implementation is unlimited.
As a result, by being controlled indoor environment state according to user demand or adaptive model, control mode is flexible, And a variety of demands such as can meet the energy saving of user, comfort level, enable user experience significant increase.
Optionally, the execution unit 104 makes air-conditioning be transported by the second control mode corresponding with preset adaptive model It goes, may include:Determine whether the air-conditioning is to power on for the first time.The concrete function of the execution unit 104 and processing are referring further to step Rapid S510.
Further, the execution unit 104 makes air-conditioning by the second control mode corresponding with preset adaptive model It runs, can also include:If the air-conditioning is to power on for the first time, according to current indoor external environment state and parameter preset, matching Optimal operating parameter.If the air-conditioning is not to power on for the first time, according to current indoor external environment state, parameter preset and history room Interior rate temperature change matches optimal operating parameter.The concrete function of the execution unit 104 and processing are referring further to step S520.
Further, the execution unit 104 makes air-conditioning by the second control mode corresponding with preset adaptive model It runs, can also include:The indoor environment state is controlled according to the optimal operating parameter.The execution unit 104 it is specific Function and processing are referring further to step S530.
Such as:First adaptive model air conditioner is controlled according to indoor and outdoor surroundings and parameter preset, non-first adaptive The relevant parameters such as indoor temperature change generated in case rate before stored according to air conditioner itself should be controlled, optimization control parameter is matched.
Such as:It is switched on and is run using air conditioner operation portion, default conditions are match adaptive models, may refer to Figure 14 institutes The example shown.First adaptive model air conditioner is controlled according to indoor and outdoor surroundings and parameter preset, non-first self-adaptive controlled The relevant parameters such as indoor temperature change generated in case rate before that system is stored according to air conditioner itself, match optimization control parameter.
As a result, by when the system is first powered on determine optimal operating parameter, it is non-power on for the first time when combine historical operating parameter it is true Determine optimal operating parameter, and then indoor environment state is controlled according to optimal operating parameter, setting can be rapidly achieved Comfort conditions, user experience is good, and good energy-conserving effect.
Optionally, the execution unit 104 makes air-conditioning be transported by the second control mode corresponding with preset adaptive model It goes, can also include:After the indoor environment state according to optimal operating parameter control, the interior is determined Whether ambient condition reaches sets requirement.The concrete function of the execution unit 104 and processing are referring further to step S610.
Further, the execution unit 104 makes air-conditioning by the second control mode corresponding with preset adaptive model It runs, can also include:If so, determining that the indoor environment state reaches the optimal comfort state of setting.The execution unit 104 concrete function and processing are referring further to step S620.
Wherein, the optimal operating parameter may include:In compressor frequency, rotation speed of fan, electronic expansion valve opening At least one.
As a result, by the operating parameter of diversified forms, various control can be carried out to indoor environment state, to meet user A variety of demands.
Further, the execution unit 104 makes air-conditioning by the second control mode corresponding with preset adaptive model It runs, can also include:Otherwise, then the optimal operating parameter is redefined, until the indoor environment state reaches setting Optimal comfort state.The concrete function of the execution unit 104 and processing are referring further to step S630.
As a result, by determining whether indoor environment state reaches sets requirement, and optimal operating parameter is suitably adjusted, in turn The accuracy controlled indoor environment state and reliability can be promoted, is conducive to further promote user experience.
Wherein, the indoor environment state may include:At least one of temperature, humidity, wind speed, cleanliness factor.
It is controlled as a result, by the various states to indoor environment, a variety of demands of user can be met, preferably carried Rise user experience.
In an optional embodiment, example shown in Figure 8 can also include:Modeling unit 106.
In an optional example, whether modeling unit 106 can be used in the determining user from preset difference Before selecting present mode in pattern, the corresponding different compressors Controlling model of the different mode is established.
Wherein, the compressor control model may include:The raising frequency or frequency reducing rate and compressor of compressor exist Residence time under the raising frequency or frequency reducing rate.
Such as:Can establish for example energy saving different mode, energy saving comfortable, comfortable, hobby, cool/warm, cool+/ it is warm+compressor Lifting frequency rate and residence time Controlling model, to meet different indoor comfort degree demands.In this way, user's difference can be needed It asks and is converted to the processing of unlike signal data entry program, and then control different compressors operating status, can solve because of age, property Not, the factors such as area, ethnic group lead to the comfortable sexual experience different problems of user.
As a result, by establishing the corresponding different compressors Controlling model of different mode, the different demands of user can be set It is set to different compressor control patterns, to realize the control for different demands, user experience can be greatly promoted.
In an optional example, the modeling unit 106 establishes the corresponding different compressors control of the different mode Model may include:Obtain during compressor raising frequency or frequency reducing with more than two different periods (such as:When a series of different Section) matched best raising frequency or frequency reducing rate and the best raising frequency or the corresponding most optimal retention time of frequency reducing rate.This is built The concrete function of form unit 106 and processing are referring to step S210.
Further, the modeling unit 106 establishes the corresponding different compressors Controlling model of the different mode, may be used also To include:Set the operating status coefficient under the different mode.The concrete function of the modeling unit 106 and processing are referring further to step Rapid S220.
Optionally, the different mode may include:Energy saver mode, energy saving comfort mode, comfort mode, cool or warm mould Formula, it is cool+or warm+pattern in either mode.
Wherein, the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, described cool + or warm+pattern under operating status coefficient, be sequentially increased.
Such as:Referring to Fig. 9 and example shown in Fig. 10,0<K1h<K2h<K3h<K5h<K6h<150%.
As a result, by the pattern of diversified forms, it can accordingly meet a variety of different demands of user, and then can basis The different demands of user control indoor environment state, to further promote user experience.
Further, the modeling unit 106 establishes the corresponding different compressors Controlling model of the different mode, may be used also To include:By described two above different periods (such as:A series of different periods) in it is corresponding with the different mode described The operating status coefficient times of best raising frequency or frequency reducing rate, the raising frequency or frequency reducing rate being determined as under the different mode; And by described two above different periods (such as:A series of different periods) in it is corresponding with the different mode it is described most Reciprocal times of the operating status coefficient of good residence time, the raising frequency or frequency reducing rate being determined as under the different mode correspond to Residence time.The concrete function of the modeling unit 106 and processing are referring further to step S230.
When as a result, by according to the best raising frequency or frequency reducing rate of running state parameter and history run with best stop Between, determine the corresponding raising frequency of different mode or frequency reducing rate and residence time, and then establish different mode and compressor control mould The correspondence of type, using as the foundation controlled indoor environment state according to user demand, reliability is high, accuracy It is good.
The processing and function realized by the device of the present embodiment essentially correspond to earlier figures 1 to method shown in fig. 6 Embodiment, principle and example, therefore not detailed place in the description of the present embodiment may refer to mutually speaking on somebody's behalf in previous embodiment Bright, this will not be repeated here.
Through a large amount of verification experimental verification, technical solution using the present invention, by order to meet user in entire operation of air conditioner Comfort requirement in the process selects different compressors Controlling model, according to indoor and outdoor shape according to the type of input signal data State accurately controls compressor behavior and adjusts indoor environment state.
According to an embodiment of the invention, a kind of air-conditioning of the control device corresponding to indoor environment state is additionally provided.It should Air-conditioning includes at least:The control device of above-described indoor environment state.
In an optional embodiment, it is for example energy saving, energy saving comfortable, easypro can to establish different mode for the solution of the present invention Suitable, hobby, cool/warm, cool+/ be warm+compressor lifting frequency rate and residence time Controlling model, relaxed with meeting different interiors Moderate demand.In this way, user's different demands can be converted to the processing of unlike signal data entry program, and then control different pressures Contracting machine operating status can solve to lead to the comfortable sexual experience different problems of user because of factors such as age, gender, area, ethnic groups.
In an optional example, user can carry out model selection as needed, and match patterns can also be arranged (i.e. Adaptive model), to automatically achieve indoor comfortable state.
Optionally, air conditioner matches optimal compressor lifting frequency rate according to state outside current indoor when self adaptive control And the residence time, to be rapidly achieved comfort conditions.Such as:When opening adaptive model, air-conditioning is according to indoor and outdoor state, automatic With optimal compressor lifting frequency rate and residence time, to be rapidly achieved comfort conditions.Here comfort state is that air-conditioning is recognized To be suitble to the comfort conditions of human body;This dynamic process can also consider human thermal comfort simultaneously.
Such as:Indoor and outdoor state can be:Temperature, humidity etc..
Such as:When opening adaptive model, detection module detects 35 DEG C of outdoor environment temperature, and humidity is 24 DEG C, indoor 27 DEG C of temperature, humidity be 19 DEG C, airconditioning control module according to detection module detection parameters transfer in storage module with current indoor Control program 1 corresponding to the outer higher indoor and outdoor surroundings parameter of state phase recency is to the progress such as actuator such as compressor, inner blower Control.To be rapidly achieved comfort conditions, when indoor and outdoor surroundings variation is more than certain limit value, after air-conditioning is again according to variation Indoor and outdoor surroundings parameter, which carries out transferring applicable control program 2 in storage module, controls actuator.
Wherein, for comfortable setting state, user is developed according to the customized comfortable function for belonging to itself of itself comfort. The higher indoor environment state parameter of record storage customer acceptance degree is detected, optimization control parameter is matched, quickly to reach user Comfort conditions in target chamber.Such as:Customer acceptance degree higher indoor environment state parameter is acquired when comfort conditions, can be whole A operational process, can also be the state after stablizing, and specific implementation is unlimited.
Optionally, first adaptive model air conditioner is controlled according to indoor and outdoor surroundings and parameter preset, it is non-it is first from The relevant parameters such as indoor temperature change generated in case rate before that suitable solution is stored according to air conditioner itself, match optimization control parameter.
In an optional example, by comfortable fine adjustment function, the cool warm state in the fine-tuning interior of user, to meet user's reality Border demand.
In an optional example, in order to meet user's comfort requirement during entire operation of air conditioner, according to input The type of signal data selects different compressors Controlling model to accurately control compressor behavior tune according to indoor and outdoor state Save indoor environment state.
It is alternatively possible to according to energy saving, energy saving comfortable, comfortable, hobby, cool/warm, cool+/ warm+several modes, according to interior Outer state selects corresponding mathematical formulae model to determine compressor behavior and then control indoor environment state.
Such as:When using different compressor lifting frequency rates and residence time, so that it may to embody energy saver mode, section It can comfort mode, the difference of cool/warm pattern.Such as:Under refrigeration mode, compressor raising frequency rate is very fast, the high band residence time It is longer, it is believed that it is cool pattern or cool+pattern, refrigeration effect is preferable, while alternatively power consumption is more, and energy-saving effect is poor, Simple realization is theoretical as above, but the specific implementation of pattern need to be adjusted as the case may be.Can not light for energy saving and Abandon comfort.It sees depending on the parameters such as indoor and outdoor state.
In an optional example, for hobby cursor, by higher (more common) the cursor control state of customer acceptance degree Corresponding indoor environment state, control operating status are as booting default objects state.
Such as:For hobby cursor, user can belong to itself hobby function according to itself comfort is customized.Such as:Detection, Record, the storage common pattern of user, as the function of consumer taste.
Wherein, cursor can be the symbol being shown in specific air conditioner display screen by remote controler or other air conditioner operations Number.Such as:User is switched on by remote controler, selects refrigeration mode, and remote controller displays screen will show refrigeration cursor at this time, at this time Air-conditioning will convert refrigeration mode operation.If at this point, user by click mode key (such as:Mode key shown in Figure 13), The refrigeration cursor of display screen will disappear, and display screen display dehumidifying (or other functions), at this moment air-conditioning will convert dehumidification mode Operation.
As it can be seen that by the control method, controlling extent of the user to indoor environment state can be improved, reinforces user's body It tests, meets every demand of user, improve user's satisfaction rate.
In an optional embodiment, the specific implementation mode of the present invention program can be as follows:
1, be switched on default setting and setting scheme:
1) be switched on default setting
It is switched on and is run using air conditioner operation portion, default conditions are match adaptive models, may refer to example shown in Figure 14 Son.First adaptive model air conditioner is controlled according to indoor and outdoor surroundings and parameter preset, non-first self adaptive control according to The relevant parameters such as indoor temperature change generated in case rate, match optimization control parameter before air conditioner itself storage.
Such as:When first unlatching adaptive model, detection module detects that 35 DEG C of outdoor environment temperature, humidity are 24 DEG C, 27 DEG C of indoor temperature, humidity are 19 DEG C, and airconditioning control module is transferred in storage module and current according to detection module detection parameters Control program 1 corresponding to the higher indoor and outdoor surroundings parameter of indoor and outdoor state phase recency is to actuator such as compressor, inner blower etc. It is controlled.If 43 DEG C of outdoor environment temperature, humidity is 24 DEG C, and 30 DEG C of indoor temperature, humidity is 19 DEG C, then transfers memory module Middle control program 2, and so on.
2) scheme is set
After air-conditioning booting operation, user also voluntarily can control cursor by operation portion and convert setting state.Cursor control is Stepless time adjustment, it is as follows that indoor environment state sets scheme:
Indoor environment state cursor control program --- refrigeration mode may refer to following table:
Hobby It is energy saving It is energy saving comfortable Comfortably It is cool Cool+
Indoor environment state cursor control program --- heating mode may refer to following table:
Hobby It is energy saving It is energy saving comfortable Comfortably It is warm Warm+
Wherein, the control method of stepless time adjustment, which is similar to, adjusts scroll bar, if wind speed is 1~100%, if using electrodeless Speed regulating control, then user can be in 1~100% any one gear stop.Equally, cursor can also apply this control method, Hobby, it is energy saving, energy saving it is comfortable, comfortable, cool, cool+etc. between each pattern cursor, user can stop between any two cursor It stays.
It should be noted that the setting sequence of each pattern can be expressed as cursor change over order in above-mentioned two table.Its In, cursor change over order can be converted successively.Wherein, the corresponding indoor environmental condition control state of hobby cursor can be by user voluntarily Setting can also be accustomed to that air conditioner is made to be set automatically according to user, which can be energy saving, energy saving comfortable, easypro Suitable, cool/warm, cool+/ warm+in any one.
Such as:The specific implementation of user's sets itself, Ke Yishi:User is such as relaxed by remote control portion, by a certain cursor Suitable pattern is set as liking the control model corresponding to cursor.It can be (specific real after locking in comfortable cursor when remote control portion is shown Existing mode can be realized by adding the modes such as button) it is reconverted into hobby cursor, cursor is liked at this time to exist simultaneously with comfortable cursor Remote control portion shows that the modes such as available sounds prompt are transmitted setting to user and completed.
Such as:Make the specific implementation that air conditioner is set automatically, Ke Yishi according to user's custom:If routine use In the process, user is t using the number of the pattern corresponding to a certain cursor, when this number is more than certain upper limit value, air conditioner Give tacit consent to as the mode operation corresponding to hobby cursor.
2, self-adaptation control method:
1) automatic:
Booting acquiescence enters match adaptive setting patterns, according to parameters such as indoor environment temperature and outdoor environment temperatures Optimal operating parameter is matched, is user configuration comfort conditions fast automaticly, control flow is as shown in figure 14.
Raising frequency rate presses Cbestup1、Cbestup2……CbestupnSetting in real time, residence time press tbestup1、tbestup2…… tbestupnSetting in real time.Frequency reducing rate presses Cbestdown1、Cbestdown2……CbestdownnSetting, residence time press in real time tbestdown1……tbestdownnSetting in real time.Setting control compressor raising frequency rate and residence time.
Wherein, Cbestup1、Cbestup2……CbestupnFor more than two different periods during compressor raising frequency (such as:One Serial different periods) the best raising frequency rate value of matching;tbestup1、tbestup2……tbestupnIt is more than two different for raising frequency process Period (such as:A series of different periods) the corresponding most optimal retention time of the best raising frequency rate of matching;Cbestdown1、 Cbestdown2……CbestdownnFor frequency reducing process two or more different periods (such as:A series of different periods) the best frequency reducing of matching Rate;tbestdown1……tbestdownnFor frequency reducing process two or more different periods (such as:A series of different periods) matching is most The corresponding most optimal retention time of good frequency reducing rate.
This control flow is being further described and remarking additionally for Fig. 9, Figure 10 cooling and warming match patterns.
In fig.9, the mode of K values, Ke Yishi are calculated:K1C=Kmin, K6C=Kmax(occurrence can be true by testing It is fixed), and pass through differential technique, true defining K value.Six cursors (such as:Like cursor, energy saving cursor, energy saving comfortable cursor, comfortable light Mark, cool or warm light mark, it is cool+or warm+cursor) corresponding to K values be only nodal value one by one.
In fig.9, the specific modified mode of pattern, Ke Yishi:It is converted first by cursor by user, selects corresponding mould Formula, then stepless time adjustment control determining K initial values;Then human body physiological parameter is detected again, such as human body mean temperature adjusts K Value.
3, each scheme of freezing controls thinking:
It is the control stream of the part ascending frequency curve (referring to example shown in Figure 11 and Figure 12) simplified under refrigeration mode in Fig. 9 Journey schematic diagram.In fig.9, A1c~Anc, a1c~anc;B1c~Bnc, b1c~bnc;D1c~Dnc, d1c~dnc;C1~Cn, C1mc~ Cnmc;L1~Ln, l1~ln;Y1~Yn, m1~mn;It is positive dimensionless number.C1~Cn, C1mc~CnmcUnit be Hz/s;t1c~ tnc, t1mc~tnmcUnit be s.A1c~Anc, a1c~anc;B1c~Bnc, b1c~bnc;D1c~Dnc, d1c~dnc;C1~Cn, C1mc ~Cnmc;L1~Ln, l1~ln;Y1~Yn, m1~mnValue selection, can pass through as the case may be and select different mathematical formulae Model determines.It is the simple mathematical model of one of which below:A1c=...=Anc=K1C, a1c=...=anc=1/K1C;B1c =...=Bnc=K2C, b1c=...=bnc=1/K2C;D1c=...=Dnc=K3C, d1c=...=dnc=1/K3C;L1=...=Ln= K5C, l1=...=ln=1/K5C;(L1+Y1)=...=(Ln+Yn)=K6C, (m1+l1)=...=(mn+ln)=1/K6C;Or KOperating status coefficientWith lifting frequency rate and residence time without particular kind of relationship, judgement effect is only served.What Fig. 9 was shown is only a kind of control Thinking, specific control need to be finely divided according to different compressors type, heat exchanger size, low-and high-frequency section etc..
Example shown in Figure 9, it is as follows that each setting state controls thinking:
1) energy saving
When converting cursor using operation portion and setting state as power save mode, as seen from Figure 9, K at this timeOperating status coefficient= K1C< 70% selects corresponding mathematical formulae model, raising frequency rate to press A according to user demand1c*C1、A2c*C2……Anc*Cn, stop Stay time a1c*t1c、a2c*t2c……anc*tncSetting.It is the simple mathematical model of one of which below:Raising frequency rate presses K1c* C1、K1c*C2……K1c*Cn, the residence time is by (1/K1c)*t1c、(1/K1c)1*t2c……(1/K1c)*tncSetting control compressor Raising frequency rate and residence time.Frequency reducing setting is similar, and details are not described herein again.
2) energy saving comfortable:
When converting the state of setting as energy saving comfort conditions using operation portion control cursor, 70%≤K at this timeOperating status coefficient= K2C< 80% selects corresponding mathematical formulae model, raising frequency rate to press B according to user demand1c*C1、B2c*C2……Bnc*Cn, stop Stay time b1c*t1c、b2c*t2c……bnc*tncSetting, is below the simple mathematical model of one of which:Raising frequency rate presses K2c* C1、K2c*C2……K2c*Cn, the residence time is by (1/K2c)*t1c、(1/K2c)*t2c……(1/K2c)*tncSetting control compressor Raising frequency rate and residence time.
3) comfortable:
When converting the state of setting as comfort conditions using operation portion control cursor, at this point, and 80%≤KOperating status coefficient=K3c <100%.Raising frequency rate presses D1c*C1、D2c*C2……Dnc*CnResidence time d1c*t1c、d2c*t2c……dnc*tncSetting.Below For the simple mathematical model of one of which:Raising frequency rate presses K3c*C1、K3c*C2……K3c*Cn, the residence time is by (1/K3c)*t1c、 (1/K3c)*t2c……(1/K3c)*tncSetting control compressor raising frequency rate and residence time.
4) cool/warm:
When using operation portion control cursor convert the state of setting as cool state, pin mode key continue 5s or more be converted to it is warm State (conversion regime be not limited only to this one kind), refrigeration control shielding, be converted to after warm state control thinking and exhibition method according to Flowchart control shown in Fig. 10 is given tacit consent to after power-off booting to heat Row control.Weight is needed if you need to be converted to refrigeration control pattern It is new pin mode key and continue 5s or more can convert refrigeration control pattern.
Cool state:KOperating status coefficient=K5c> 100%, raising frequency rate press L1*C1、L2*C2……Ln*CnSetting, residence time press l1*t1c、l2*t2c……ln*tncSetting.It is the simple mathematical model of one of which below:Raising frequency rate presses K5c*C1、K5c* C2……K5c*Cn, the residence time is by (1/K5c)*t1c、(1/K5c)*t2c……(1/K5c)*tncSetting control compressor raising frequency speed Rate and residence time.
Warm state:KOperating status coefficient=K5h> 100%, raising frequency rate press R1*H1、R2*H2……Rn*HnSetting, residence time press r1*t1h、rl*t2h……rn*tnhSetting.It is the simple mathematical model of one of which below:Raising frequency rate presses K5h*`C1、K5h* C2……K5h*Cn, the residence time is by (1/K5h)*t1h、(1/K5h)*t2h……(1/K5h)*tnhSetting control compressor raising frequency speed Rate and residence time.
5) cool+:
When converting the state of setting as cool+state using operation portion control cursor, pins mode key and continue 5s or more and be converted to Warm+state (conversion regime is not limited only to this one kind), refrigeration control shielding are converted to control thinking and displaying side after warm+state Formula is given tacit consent to after power-off booting to heat Row control according to Figure 10 flowchart controls.It is needed again if you need to be converted to refrigeration control pattern Refrigeration control pattern can be converted by pinning mode key and continuing 5s or more.
Cool+:Raising frequency rate presses (L1+Y1)*H1、(L2+Y2)*C2……(Ln+Yn)*CnSetting, residence time press (m1+l1)* tlc、(m2+l2)*t2c……(mn+ln)*tncSetting.It is the simple mathematical model of one of which below:Lifting frequency rate presses K6c* C1、K6c*C2……K6c*Cn, the residence time is by (1/K6c)*tlc、(1/K6c)*t2c……(1/K6c)*tncSetting control compressor Raising frequency rate and residence time;
Warm+:Lifting frequency rate presses (R1+Q1)*H1、(R2+Q2)*H2……(Rn+Qn)*HnSetting, residence time press (n1+ r1)*t1h、(n2+r2)*t2h……(nn+rn)*tnhSetting.It is the simple mathematical model of one of which below:Lifting frequency rate is pressed K6h*C1、K6h*C2……K6h*Cn, the residence time is by (1/K6h)*t1h、(1/K6h)*t2h……(1/K6h)*tnhSetting control compression Machine raising frequency rate and residence time;
Wherein, frequency reducing control method is similar with raising frequency control method, and details are not described herein again;
It is required according to specific operating mode and user, KOperating status coefficientSelected according to corresponding mathematical formulae model, in addition there is also Following mathematical model:
KOperating status coefficientWith lifting frequency rate and residence time without particular kind of relationship, judgement effect is only served.
In above each parameter, 0<K1h<K2h<K3h<K5h<K6h<150%.H1~HnUnit be Hz/s;t1h~tnhUnit For s (only listing partial parameters herein, specifically please refer to Fig. 9, Figure 10).
4, it heats each scheme and controls thinking:
It is the control flow schematic diagram of the part ascending frequency curve simplified under heating mode in Figure 10.In Fig. 10, A1h~ Anh, a1h~anh;B1h~Bnh, b1h~bnh;D1h~Dnh, d1h~dnh;H1~Hn, H1mh~Hnmh;R1~Rn, r1~rn;Q1~Qn, n1~nn;It is positive dimensionless number.H1~Hn, H1mh~HnmhUnit be Hz/s;t1h~tnh, t1mh~tnmhUnit be s.A1h ~Anh, a1h~anh;B1h~Bnh, b1h~bnh;D1h~Dnh, d1h~dnh;H1~Hn, H1mh~Hnmh;R1~Rn, r1~rn;Q1~ Qn, n1~nnValue selection, can be determined as the case may be by selecting different mathematical formulae model.It is wherein below A kind of simple mathematical model:A1h=...=Anh=K1h, a1h=...=anh=1/K1h;B1h=...=Bnh=K2h, b1h=...= bnh=1/K2h;D1h=...=Dnh=K3h, d1h=...=dnh=1/K3h;R1=...=Rn=R5C, r1=...=rn=1/K5h; (R1+Q1)=...=(Rn+Qn)=K6h, (n1+r1)=...=(nn+rn)=1/K6h;Or KOperating status coefficientWith lifting frequency rate and Residence time without particular kind of relationship, only serves judgement effect.What Figure 10 was shown is only a kind of control thinking, and specific control is needed according to not Same type of compressor, heat exchanger size, low-and high-frequency section etc. are finely divided.
Example shown in Figure 10, each setting state control thinking please refer to Fig.1 0 and each scheme control thinking of refrigeration. Details are not described herein again.
5, comfortable fine adjustment function:
When user's cursor is in free position, user can be finely adjusted indoor cool/warm state according to oneself requirement at this time, Adjustment degree is smaller, and has certain limit range.As shown in Figure 13.
After selecting a certain state, indoor cool/warm state can be finely adjusted by two buttons of mode key or so.Citing It is as follows, it is such as converted to comfort conditions by cursor, user can click mode key left side button, and indoor environment state can be made toward cool State adjusts, and refrigeration effect enhances.Comfortable key right-hand button is clicked, indoor environment state can be made to be adjusted toward warm state, system Thermal effect enhances.Two buttons can be clicked repeatedly, realize the effect enhanced step by step, but have certain limit range.
6, user's comfort customizes function:
User can meet individual comfort requirement according to itself hobby customized function.During operation of air conditioner, when Room of the user by itself comfort when higher to the indoor environment state comfort level degree of recognition of certain period or a certain moment (present invention combines comfortable fine adjustment function, user that can accurately determine that itself comfort level degree of recognition is higher for interior state and state of a control Ambient condition, user can store the indoor environment state parameter at this period or this moment in air-conditioning program) make Realize that users'comfort is approved by controlling this comfortable setting state of cursor selection for booting default objects state or user Spend higher indoor environment state.
Concrete operations of the present invention can be realized by following scheme:
When user receives the indoor environment state comfort level sense of certain period or a certain moment by itself comfort Degree is higher.It can continue 5s by the small button by long-press mode key and mode key, air-conditioning carries out the parameters such as Current Temperatures, humidity It collects and records, change data, and then storage is arrived in air-conditioning program and current running state of air conditioner, as at the beginning of later comfortable function Beginning environmental goals state.After setting successfully, it can be shown by display unit and the forms such as voice broadcast are fed back to user.
7, consumer taste customizes function:
For customized function is liked, designing user is according to the customized hobby function of belonging to itself of oneself requirement.It collects, note Record, the common pattern of storage user (pattern of air-conditioning itself storage), as the function of consumer taste.Give tacit consent to as booting Dbjective state, or as control cursor, voluntarily called for user.
Concrete operations of the present invention can be realized by following scheme:
Air-conditioning is collected, record, the storage highest pattern of user's frequency of use, during day-to-day operation as love Pattern used in cursor is controlled well.Citing:Summer a certain user uses cursor title frequency highest in using air-conditioning process Be it is cool, after reaching certain number, it is practical for cool pattern to like cursor when cursor is liked in selection at this time by user.Work as user Access times are not up to certain number or when larger variation occur in indoor and outdoor surroundings state, select hobby cursor, at this time air-conditioning Operating status is matched to adaptive model control operating parameter.
Wherein, user's set environment state is when display unit is shown always or shows one section only after setting as needed Between.The type that air conditioner operation portion includes is such as:Remote controler, manual operator, fuselage button, Display panel screen, projection, cell phone application etc..Tool Body is shown:Individually display or the combination display such as number, letter, symbol, or different brightness are shown.
The processing and function realized by the air-conditioning of the present embodiment essentially correspond to earlier figures 7 to device shown in Fig. 8 Embodiment, principle and example, therefore not detailed place in the description of the present embodiment may refer to mutually speaking on somebody's behalf in previous embodiment Bright, this will not be repeated here.
Through a large amount of verification experimental verification, technical solution using the present invention, by controlling compressor operating according to user demand State can improve controlling extent of the user to indoor environment state, reinforce user experience, meet every demand of user, carry High user's satisfaction rate.
According to an embodiment of the invention, a kind of storage Jie corresponding to the control method of indoor environment state is additionally provided Matter.The storage medium may include:A plurality of instruction is stored in the storage medium;The a plurality of instruction, for by processor Load and execute the control method of above-described indoor environment state.
The processing and function realized by the storage medium of the present embodiment essentially correspond to earlier figures 1 to shown in fig. 6 Embodiment, principle and the example of method, therefore not detailed place in the description of the present embodiment, may refer to the phase in previous embodiment It speaks on somebody's behalf bright, this will not be repeated here.
Through a large amount of verification experimental verification, technical solution using the present invention is for example energy saving, energy saving easypro by establishing different mode Suitable, comfortable, hobby, cool/warm, cool+/ be warm+compressor lifting frequency rate and residence time Controlling model, to meet different rooms Comfort inside demand can promote user experience.
According to an embodiment of the invention, a kind of air-conditioning of the control method corresponding to indoor environment state is additionally provided.It should Air-conditioning may include:Processor, for executing a plurality of instruction;Memory, for storing a plurality of instruction;Wherein, a plurality of finger It enables, for being stored by the memory, and is loaded by the processor and executed the control of above-described indoor environment state Method.
The processing and function realized by the air-conditioning of the present embodiment essentially correspond to earlier figures 1 to method shown in fig. 6 Embodiment, principle and example, therefore not detailed place in the description of the present embodiment may refer to mutually speaking on somebody's behalf in previous embodiment Bright, this will not be repeated here.
Through a large amount of verification experimental verification, technical solution using the present invention can carry out pattern choosing as needed by user It selects, match patterns (i.e. adaptive model) can also be set, to automatically achieve indoor comfortable state, user experience can be promoted.
To sum up, it will be readily appreciated by those skilled in the art that under the premise of not conflicting, above-mentioned each advantageous manner can be certainly It combined, be superimposed by ground.
Example the above is only the implementation of the present invention is not intended to restrict the invention, for those skilled in the art For member, the invention may be variously modified and varied.Any modification made by all within the spirits and principles of the present invention, Equivalent replacement, improvement etc., should be included within scope of the presently claimed invention.

Claims (25)

1. a kind of control method of indoor environment state, which is characterized in that including:
Determine whether user has selected present mode from preset different mode;
If user has selected the present mode, air-conditioning is made to be run by the first control mode corresponding with the present mode, So that the indoor environment state meets the current demand of user;
If the non-selected present mode of user, makes air-conditioning be transported by the second control mode corresponding with preset adaptive model Row, so that the indoor environment state reaches preset comfort level state.
2. according to the method described in claim 1, it is characterized in that, further including:
Establish the corresponding different compressors Controlling model of the different mode;
Wherein, the compressor control model, including:The raising frequency or frequency reducing rate and compressor of compressor are in the raising frequency Or the residence time under frequency reducing rate.
3. according to the method described in claim 2, it is characterized in that, establishing the corresponding different compressors control of the different mode Model, including:
Obtain during compressor raising frequency or frequency reducing with the matched best raising frequency of more than two different periods or frequency reducing rate and The best raising frequency or the corresponding most optimal retention time of frequency reducing rate;
Set the operating status coefficient under the different mode;
Described in the best raising frequency corresponding with the different mode in described two above different periods or frequency reducing rate Operating status coefficient times, the raising frequency or frequency reducing rate being determined as under the different mode;And
By the operation shape of the most optimal retention time corresponding with the different mode in described two above different periods Reciprocal times of state coefficient, the raising frequency being determined as under the different mode or frequency reducing rate corresponding residence time.
4. according to the method described in claim 3, it is characterized in that, the different mode, including:It is energy saver mode, energy saving comfortable Pattern, comfort mode, cool or warm pattern, it is cool+or warm+pattern in either mode;
Wherein, the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, it is described it is cool+or Operating status coefficient under warm+pattern, is sequentially increased.
5. according to the method described in claim 4, it is characterized in that, determining that user has selected the situation of the present mode, packet It includes:
User has selected the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, described It is cool+or either mode in warm+pattern situation;Alternatively,
User has selected the situation of hobby pattern;The hobby pattern, including:User is in setting indoor and outdoor surroundings state, setting Under at least one of period situation, to the energy saver mode, the energy saving comfort mode, the comfort mode, it is described cool or Warm pattern, it is described it is cool+or warm+pattern in the frequency of usage of either mode be more than the associative mode of the setting frequency.
6. according to the method described in claim 5, it is characterized in that, determining that user has selected the mode of the present mode, packet It includes:
It receives and present mode is selected from the different mode by cursor by user;Wherein, by cursor to the difference During pattern is selected, the priority of the hobby pattern, higher than the energy saver mode, the energy saving comfort mode, The comfort mode, described cool or warm pattern, it is described it is cool+or warm+pattern in other patterns in addition to the hobby pattern Priority;
And/or
Receive the current mould being finely adjusted to the comfort conditions determined by cursor by button or client end AP P by user Formula;
And/or
Receive by user press & hold setting duration be switched to present mode in the different mode.
7. according to the method described in one of claim 2-6, which is characterized in that make the air-conditioning by corresponding with the present mode The first control mode operation, including:
Obtain the current indoor external environment state of the affiliated environment of the air-conditioning;
According to the current indoor external environment state and the corresponding compressor control model of the present mode, control described current Compressor behavior under pattern.
8. the method according to the description of claim 7 is characterized in that control the compressor behavior under the present mode, Including:
Obtain the human body physiological parameter of user;Wherein, the human body physiological parameter, including:Human body mean temperature;
According to the human body physiological parameter, the running state parameter of the corresponding compressor control model of the present mode is carried out It corrects, obtains modified state parameter;
According to the modified state parameter, the corresponding compressor control model of the present mode is modified, is compressed Machine maintenance positive model, with according to the indoor and outdoor surroundings state and the corresponding compressor correction model of the present mode, to described Compressor behavior under present mode is controlled.
9. according to the method described in one of claim 1-8, which is characterized in that make air-conditioning by corresponding with preset adaptive model The second control mode operation, including:
Determine whether the air-conditioning is to power on for the first time;
If the air-conditioning is to power on for the first time, according to current indoor external environment state and parameter preset, optimal operating parameter is matched; If the air-conditioning is not to power on for the first time, according to current indoor external environment state, parameter preset and history indoor temperature change generated in case speed Rate matches optimal operating parameter;
The indoor environment state is controlled according to the optimal operating parameter.
10. according to the method described in claim 9, it is characterized in that, making air-conditioning by corresponding with preset adaptive model Two control modes are run, and further include:
Determine whether the indoor environment state reaches sets requirement;
If so, determining that the indoor environment state reaches the optimal comfort state of setting;
Otherwise, then the optimal operating parameter is redefined, until the indoor environment state reaches the optimal comfort shape of setting State.
11. method according to claim 9 or 10, which is characterized in that wherein,
The optimal operating parameter, including:At least one of compressor frequency, rotation speed of fan, electronic expansion valve opening;
The indoor environment state, including:At least one of temperature, humidity, wind speed, cleanliness factor.
12. a kind of control device of indoor environment state, which is characterized in that including:
Determination unit, for determining whether user has selected present mode from preset different mode;
Execution unit makes air-conditioning by corresponding with the present mode first if having selected the present mode for user Control mode is run, so that the indoor environment state meets the current demand of user;
The execution unit, if being additionally operable to the non-selected present mode of user, make air-conditioning by with preset adaptive model Corresponding second control mode operation, so that the indoor environment state reaches preset comfort level state.
13. device according to claim 12, which is characterized in that further include:
Modeling unit, for establishing the corresponding different compressors Controlling model of the different mode;
Wherein, the compressor control model, including:The raising frequency or frequency reducing rate and compressor of compressor are in the raising frequency Or the residence time under frequency reducing rate.
14. device according to claim 13, which is characterized in that it is corresponding that the modeling unit establishes the different mode Different compressors Controlling model, including:
Obtain during compressor raising frequency or frequency reducing with the matched best raising frequency of more than two different periods or frequency reducing rate and The best raising frequency or the corresponding most optimal retention time of frequency reducing rate;
Set the operating status coefficient under the different mode;
Described in the best raising frequency corresponding with the different mode in described two above different periods or frequency reducing rate Operating status coefficient times, the raising frequency or frequency reducing rate being determined as under the different mode;And
By the operation shape of the most optimal retention time corresponding with the different mode in described two above different periods Reciprocal times of state coefficient, the raising frequency being determined as under the different mode or frequency reducing rate corresponding residence time.
15. device according to claim 14, which is characterized in that the different mode, including:Energy saver mode, it is energy saving relax Suitable pattern, comfort mode, cool or warm pattern, it is cool+or warm+pattern in either mode;
Wherein, the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, it is described it is cool+or Operating status coefficient under warm+pattern, is sequentially increased.
16. device according to claim 15, which is characterized in that it is described current that the determination unit determines that user has selected The situation of pattern, including:
User has selected the energy saver mode, the energy saving comfort mode, the comfort mode, described cool or warm pattern, described It is cool+or either mode in warm+pattern situation;Alternatively,
User has selected the situation of hobby pattern;The hobby pattern, including:User is in setting indoor and outdoor surroundings state, setting Under at least one of period situation, to the energy saver mode, the energy saving comfort mode, the comfort mode, it is described cool or Warm pattern, it is described it is cool+or warm+pattern in the frequency of usage of either mode be more than the associative mode of the setting frequency.
17. device according to claim 16, which is characterized in that it is described current that the determination unit determines that user has selected The mode of pattern, including:
It receives and present mode is selected from the different mode by cursor by user;Wherein, by cursor to the difference During pattern is selected, the priority of the hobby pattern, higher than the energy saver mode, the energy saving comfort mode, The comfort mode, described cool or warm pattern, it is described it is cool+or warm+pattern in other patterns in addition to the hobby pattern Priority;
And/or
Receive the current mould being finely adjusted to the comfort conditions determined by cursor by button or client end AP P by user Formula;
And/or
Receive by user press & hold setting duration be switched to present mode in the different mode.
18. according to the device described in one of claim 13-17, which is characterized in that the execution unit make the air-conditioning by with The corresponding first control mode operation of the present mode, including:
Obtain the current indoor external environment state of the affiliated environment of the air-conditioning;
According to the current indoor external environment state and the corresponding compressor control model of the present mode, control described current Compressor behavior under pattern.
19. device according to claim 18, which is characterized in that the execution unit controls the pressure under the present mode Contracting machine operating status, including:
Obtain the human body physiological parameter of user;Wherein, the human body physiological parameter, including:Human body mean temperature;
According to the human body physiological parameter, the running state parameter of the corresponding compressor control model of the present mode is carried out It corrects, obtains modified state parameter;
According to the modified state parameter, the corresponding compressor control model of the present mode is modified, is compressed Machine maintenance positive model, with according to the indoor and outdoor surroundings state and the corresponding compressor correction model of the present mode, to described Compressor behavior under present mode is controlled.
20. according to the device described in one of claim 12-19, which is characterized in that the execution unit make air-conditioning by with it is default Adaptive model corresponding second control mode operation, including:
Determine whether the air-conditioning is to power on for the first time;
If the air-conditioning is to power on for the first time, according to current indoor external environment state and parameter preset, optimal operating parameter is matched; If the air-conditioning is not to power on for the first time, according to current indoor external environment state, parameter preset and history indoor temperature change generated in case speed Rate matches optimal operating parameter;
The indoor environment state is controlled according to the optimal operating parameter.
21. device according to claim 20, which is characterized in that the execution unit make air-conditioning by with it is preset adaptive Corresponding second control mode of pattern is run, and further includes:
After the indoor environment state according to optimal operating parameter control, determine that the indoor environment state is It is no to reach sets requirement;
If so, determining that the indoor environment state reaches the optimal comfort state of setting;
Otherwise, then the optimal operating parameter is redefined, until the indoor environment state reaches the optimal comfort shape of setting State.
22. the device according to claim 20 or 21, which is characterized in that wherein,
The optimal operating parameter, including:At least one of compressor frequency, rotation speed of fan, electronic expansion valve opening;
The indoor environment state, including:At least one of temperature, humidity, wind speed, cleanliness factor.
23. a kind of air-conditioning, which is characterized in that including:The control of indoor environment state as described in any one of claim 12-22 Device processed.
24. a kind of computer-reader form storage medium, which is characterized in that be stored with a plurality of instruction in the storage medium;Institute A plurality of instruction is stated, for being loaded by processor and executing the controlling party of the indoor environment state as described in claim 1-11 is any Method.
25. a kind of air-conditioning, which is characterized in that including:
Processor, for executing a plurality of instruction;
Memory, for storing a plurality of instruction;
Wherein, a plurality of instruction for being stored by the memory, and is loaded by the processor and is executed such as claim The control method of any indoor environment states of 1-11.
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Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN109458710A (en) * 2018-11-05 2019-03-12 珠海格力电器股份有限公司 A kind of control method of air-conditioning, device, storage medium and air-conditioning
CN110057054A (en) * 2019-04-24 2019-07-26 珠海格力电器股份有限公司 A kind of control method of air-conditioning, device, storage medium and air-conditioning
CN110736231A (en) * 2019-10-29 2020-01-31 珠海格力电器股份有限公司 Air conditioner control method and device, air conditioner, storage medium and processor
WO2020082666A1 (en) * 2018-10-24 2020-04-30 青岛海尔空调器有限总公司 Smart home system
CN112432316A (en) * 2020-11-23 2021-03-02 珠海格力电器股份有限公司 Air conditioner control method and device, electronic equipment and storage medium

Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
WO2020082666A1 (en) * 2018-10-24 2020-04-30 青岛海尔空调器有限总公司 Smart home system
CN109458710A (en) * 2018-11-05 2019-03-12 珠海格力电器股份有限公司 A kind of control method of air-conditioning, device, storage medium and air-conditioning
CN109458710B (en) * 2018-11-05 2020-02-07 珠海格力电器股份有限公司 Control method and device of air conditioner, storage medium and air conditioner
CN110057054A (en) * 2019-04-24 2019-07-26 珠海格力电器股份有限公司 A kind of control method of air-conditioning, device, storage medium and air-conditioning
CN110736231A (en) * 2019-10-29 2020-01-31 珠海格力电器股份有限公司 Air conditioner control method and device, air conditioner, storage medium and processor
CN112432316A (en) * 2020-11-23 2021-03-02 珠海格力电器股份有限公司 Air conditioner control method and device, electronic equipment and storage medium

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