CN106765963A - The control method of air-conditioner, device and air-conditioner - Google Patents
The control method of air-conditioner, device and air-conditioner Download PDFInfo
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- CN106765963A CN106765963A CN201611230591.7A CN201611230591A CN106765963A CN 106765963 A CN106765963 A CN 106765963A CN 201611230591 A CN201611230591 A CN 201611230591A CN 106765963 A CN106765963 A CN 106765963A
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2120/00—Control inputs relating to users or occupants
- F24F2120/10—Occupancy
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/10—Temperature
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/64—Electronic processing using pre-stored data
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Abstract
The invention discloses a kind of air-conditioner control method, device and air-conditioner, by obtaining the air temperature value near human body, and the Clothing insulation of human body is determined according to the air temperature value near human body, clothing thermal resistance then according to human body determines the comfortableness parameter of human body, finally according to the operation of comfortableness state modulator air-conditioner.The present invention is solved in the pleasant climate of existing air-conditioner due to not accounting for the clothing thermal resistance of human body, is caused according to the inaccurate problem of pleasant climate, so as to improve accuracy of the air-conditioner for user's pleasant climate.
Description
Technical field
The present invention relates to air-conditioning equipment field, more particularly to a kind of air-conditioner control method, device and air-conditioner.
Background technology
In air-conditioning comfortable sexual function newly developed, air-conditioner is by obtaining room temperature and human temperature where air-conditioner
Spend, and combine the PMV warm-cold sensitivity state parameters that air-conditioner current operating conditions obtain human body, accordingly PMV warm-cold sensitivities state parameter
The running status of adjustment air-conditioner is gone, human body is reached and is in comfortable purpose, in specific control, due to the individual difference of people
Than larger, as everyone wear the clothes is how many different, even if same person, wear the clothes under various circumstances how many also different,
So cause the warm-cold sensitivity state parameter according to the human body of foregoing acquisition inaccurate, it is impossible to the comfortableness impression of real people in advance,
Therefore, with this state modulator air-conditioner the people can be caused can not indeed to be in comfort conditions in a room, it is impossible to meet relaxing for human body
Adaptive requirement.
The content of the invention
It is a primary object of the present invention to provide air-conditioner control method, device and air-conditioner, it is intended to solve above-mentioned air-conditioning
The warm-cold sensitivity state parameter that existing control rule obtains human body is accurate, causes to control the air-conditioner can not to meet the comfortable of human body with this
Property require problem.
To achieve the above object, the air-conditioner control method that the present invention is provided, the air-conditioner control method includes：
Obtain the air temperature value near human body；
The Clothing insulation of human body is determined according to the air temperature value near the human body；
Clothing insulation according to the human body determines the comfortableness parameter of human body；
Comfortableness state modulator air-conditioner operation according to the human body.
Preferably, before the Clothing insulation step that the air temperature value according near the human body determines human body also
Including：
Obtain the temperature value of human body surface；
The air temperature value according near the human body determines that the Clothing insulation step of human body is replaced with：
The Clothing insulation of human body is determined according to the air temperature value and the temperature value of human body surface near the human body.
Preferably, the comfortableness parameter of the human body is the warm-cold sensitivity state value of human body, described to be joined according to the comfortableness
Numerical control air-conditioner operating procedure is specifically included：
The adjusted value of design temperature is determined according to the current warm-cold sensitivity state value for obtaining；
The warm-cold sensitivity state of people is determined according to the current warm-cold sensitivity state value for obtaining；
Adjusted value and warm-cold sensitivity state adjustment set temperature value according to the design temperature；
Set temperature value control air-conditioner operation according to after adjustment.
Preferably, it is described that set temperature value step tool is adjusted according to the adjusted value and warm-cold sensitivity state of the design temperature
Body includes：
When the warm-cold sensitivity state is partial heat, the design temperature is subtracted into the adjusted value of the design temperature as tune
Set temperature value after whole；
When the warm-cold sensitivity state is colder, the design temperature is added into the adjusted value of the design temperature as tune
Set temperature value after whole.
Preferably, the comfortableness parameter of the human body is the comfort temperature value of human body, described according to the comfortableness parameter
Control air-conditioner operating procedure is specifically included：
Judge current comfort temperature value whether in the range of pre-set interval；
When the comfort temperature value is not in the range of pre-set interval, adjusted value according to the design temperature and cold and hot
Sense state adjusts set temperature value；
Set temperature value control air-conditioner operation after according to adjustment.
Preferably, the clothing thermal resistance according to the human body also includes before determining the comfortableness parameter step of human body：
Obtain the heat dissipation capacity of human body；
The clothing thermal resistance according to the human body determines that the comfortableness parameter step of human body is replaced with：
The heat dissipation capacity of Clothing insulation and human body according to the human body determines the comfortableness parameter of human body.
Preferably, it is described obtain human body near air temperature value when, the ventilation state of air-conditioner be avoid people air-supply
State.
To achieve the above object, the present invention also provides a kind of air conditioner controlling device, and the air conditioner controlling device includes：
Temperature detecting module, for obtaining the air temperature value near human body；
Clothing thermal resistance determining module, the clothing thermal resistance for determining human body according to the air temperature value near the human body
Value；
Comfortableness parameter determination module, the comfortableness parameter for determining human body according to the Clothing insulation of the human body；
Control module, the comfortableness state modulator air-conditioner operation according to the human body.
Preferably, the clothing thermal resistance determining module is additionally operable to
Obtain the temperature value of human body surface；
The Clothing insulation of human body is determined according to the air temperature value and the temperature value of human body surface near the human body.
Preferably, the comfortableness parameter of the human body is the warm-cold sensitivity state value of human body, the comfortableness parameter of the human body
It is the warm-cold sensitivity state value of human body, the control module is additionally operable to,
The adjusted value of design temperature is determined according to the current warm-cold sensitivity state value for obtaining；
The warm-cold sensitivity state of people is determined according to the current warm-cold sensitivity state value for obtaining；
Adjusted value and warm-cold sensitivity state adjustment set temperature value according to the design temperature；
Set temperature value control air-conditioner operation after according to adjustment.
Preferably, the comfortableness parameter determination module is additionally operable to,
Obtain the heat dissipation capacity of human body；
The heat dissipation capacity of Clothing insulation and human body according to the human body, obtains the comfortableness parameter of human body.
To achieve the above object, the present invention also provides a kind of air-conditioner, and the air-conditioner includes：
Air themperature detection means；
Memory；
One or more processors；And
One or more programs, wherein one or more of programs are stored in the memory, and are configured
Into there is one or more processors to perform, described program includes the instruction for performing following steps：
Obtain the air temperature value near human body；
According to the air temperature value near the human body, the Clothing insulation of human body is determined；
According to the clothing thermal resistance of the human body, the comfortableness parameter of human body is determined；
Comfortableness parameter according to the human body, control air-conditioner operation.
The present invention determines human body by obtaining the air temperature value near human body according to the air temperature value near human body
Clothing insulation, the clothing thermal resistance then according to human body determines the comfortableness parameter of human body, finally according to comfortableness parameter control
Air-conditioner operation processed.Because the clothing thermal resistance of human body is an important parameter of the comfortableness for influenceing human body, therefore by human body
Clothing thermal resistance come determine the comfortableness parameter of human body and be finally based on human body comfortableness state modulator air-conditioner operation, solve
Due to not accounting for the clothing thermal resistance of human body in the pleasant climate of existing air-conditioner, cause inaccurate according to pleasant climate
Problem, so as to improve air-conditioner for user's pleasant climate accuracy.
Brief description of the drawings
Fig. 1 is the schematic flow sheet of air-conditioner control method first embodiment of the present invention；
Fig. 2 is the schematic flow sheet of air-conditioner control method second embodiment of the present invention；
Fig. 3 is the thermal image schematic diagram of infrared sensor array scanning object in the present invention；
The schematic flow sheet of Fig. 4 air-conditioner control method 3rd embodiments of the present invention；
Fig. 5 is the functional block diagram of an embodiment of air-conditioner of the invention.
The realization of the object of the invention, functional characteristics and advantage will be described further referring to the drawings in conjunction with the embodiments.
Specific embodiment
It should be appreciated that specific embodiment described herein is only used to explain the present invention, it is not intended to limit the present invention.
Present invention firstly provides a kind of air-conditioner control method.
Fig. 1 is the schematic flow sheet of the air-conditioner control method according to one embodiment of the present of invention.As shown in figure 1, this
The air-conditioner control method of invention first embodiment is comprised the following steps：
Step S10, obtains the air temperature value near human body；
Air temperature value Ta near human body can be obtained by the terminal device of the energy detection temperature near human body in room
Take, such as obtained by wearable device, for example, bracelet is placed on the environment temperature that bedside detects user's near its circumference by user's evening
Value.Referring herein to detection user near ambient temperature value refer to wearable device closer from user, be in together with user
In one environment space, such as wearable device and user be in a room and from user close to such as distance users 1 meter with
Interior scope；Or can also be obtained by mobile terminal device such as mobile phone, temperature detector etc. of energy detection temperature, when same
In one room and apart from human body it is closer when, the temperature value that these equipment are detected is just the air temperature value near human body.
Air temperature value Ta near human body can also detect ambient temperature value T1 based on air-conditioner in room, with reference to sky
The running status and people for adjusting device are obtained with the relative position of air-conditioning.
Further, when the air temperature value near human body is obtained, for the accuracy of detection temperature value, to air-conditioner
Running status have related request, most basic is that the ventilation state of air-conditioner is the state for avoiding people's air-supply, i.e. air supply direction
It is to avoid people to blow, specifically the wind deflector of air-conditioner such as can be got into upward position by adjusting the direction of air conditioner wind deflector
To cause that air supply direction avoids people, further, in addition it is also necessary to control the wind speed of air-conditioner to be in relatively low windscreen, such as control air-conditioning
The operating air velocity of device is in less than the 20% of maximum wind velocity value.By allow air-conditioner air supply direction be in avoid people direction and
Wind speed is avoided that wind speed to blow to influenceed on the person and obtains the air temperature value Ta accuracys near human body in low wind conditions.
Step S20, the Clothing insulation of human body is determined according to the air temperature value near human body；
The evaporation of human skin is influenceed due to the clothes of human body dress, the evaporation capacity of human sweat is have impact on, while
Clothes can also make one to feel cool after absorbing the sweat of human body, therefore clothes have had influence on the thermal sensation of human body and received；It is simultaneously extraneous warm
When degree is reduced, clothes influence human peripheral's cold air to the conduction to skin again, therefore clothes also have influence on the cold sense of human body
Receive.The Clothing insulation of human body is an index of clothes heat-insulating property, is represented with CLO, and human body can be known by experiment
The relation of the neighbouring air temperature value Ta of clothing thermal resistance CLO and human body, specifically can obtain relation therebetween by fitting formula
The Clothing insulation CLO of formula, such as human body and human body nearby air temperature value Ta can with relation can be expressed as follows：
CLO=a0+a1Ta+a2Ta2+a3Ta3+…..+anTan
Wherein a0, a1, a2, a3, an are the different design factor value obtained according to experiment, and n is positive, and its value is big
Formation fitting formula between the small specific CLO and Ta data groups of foundation determines, such as N values be 2, a0=0.2, a1=-0.3,
A2=0.004 forms below equation：
CLO=0.2+-0.3Ta+0.004Ta2
The relation of air temperature value Ta near the Clothing insulation CLO and human body of human body is embodied with this formula.
It should be noted that above-mentioned fitting formula is used merely to illustrate Air Temperature near the Clothing insulation and human body of human body
Be present certain relation in angle value, not delimit the scope of the invention, can also according to CLO and Ta data groups during previous experiments
It is fitted according to other approximating methods, obtains other fitting formulas.Or Air Temperature near the Clothing insulation CLO of human body and human body
The relation of angle value Ta can be obtained based on experimental data by lookup table mode.
Step S30, the clothing thermal resistance according to human body determines the comfortableness parameter of human body；
After obtaining the Clothing insulation of human body, the further comfortableness parameter according to its determination human body, human body it is comfortable
Property parameter value according to control air-conditioning specific rules be segmented into two kinds, a kind of is the warm-cold sensitivity state value M of human body, another
It is the comfort temperature value TSUB of human body.
When the comfortableness parameter value of human body is the warm-cold sensitivity state value M of human body, the Clothing insulation CLO according to human body is obtained
The warm-cold sensitivity state value M of human body is taken, can know the clothing thermal resistance CLO's of the human body and warm-cold sensitivity state value M of human body by experiment
Relation, specifically can obtain relational expression therebetween, the warm-cold sensitivity state value M of such as human body and the clothes of human body by fitting formula
Dress thermal resistance value CLO can with relation can be expressed as follows：
M=b0+b1CLO+b2CLO2+b3CLO3+…....+bnCLOn
Wherein b0, b1, b2, b3 ... bn is the different design factor value obtained according to experiment, and n is positive, its value
Size determines that such as n values are 2 formation below equation according to the formation fitting formula between specific CLO and M data group：
M=b0+b1CLO+b2CLO2
The relation of the warm-cold sensitivity state value M of human body and the Clothing insulation CLO of human body is embodied with this formula.
It should be noted that above-mentioned fitting formula is used merely to illustrate the clothes of the warm-cold sensitivity state value M with human body of human body
Be present certain relation in thermal resistance value CLO, not delimit the scope of the invention, according to M and CLO data groups during previous experiments
Can be fitted according to other approximating methods, obtain other fitting formulas.
The size of warm-cold sensitivity state value M is reflected and represents the different thermal comfort sensation of human body, such as by warm-cold sensitivity state value M
Scope -3≤M of last result of calculation<3 points is 8 intervals, the different thermal comfort of human body is represented respectively and is felt, such as following table institute
Show：
In addition, when the comfortableness parameter value of human body is the comfort temperature value TSUB of human body, according to the clothing thermal resistance of human body
Value CLO obtains the comfort temperature value TSUB of human body, and the clothing thermal resistance CLO of human body and the comfort temperature of human body can be known by experiment
The relation of value TSUB, specifically can obtain relational expression therebetween by fitting formula,
TSUB=c0+c1CLO+c2CLO2+c3CLO3+…..+cnCLOn
Wherein c0, c1, c2, c3 ... cn is the different design factor value obtained according to experiment, and n is positive, its value
Size determines that such as N values are 2 formation below equation according to the formation fitting formula between specific CLO and TSUB data groups：
TSUB=c0+c1CLO+c2CLO2
The relation of the comfort temperature value TSUB of human body and the Clothing insulation CLO of human body is embodied with this formula.
It should be noted that above-mentioned fitting formula is used merely to illustrate the clothes of the comfort temperature value TSUB with human body of human body
Be present certain relation in thermal resistance value CLO, not delimit the scope of the invention, according to M and TSUB data groups during previous experiments
Can also be fitted according to other approximating methods, obtain other fitting formulas.
The environment temperature of the corresponding demand when comfort temperature value TSUB of human body reflects human body in different comfort conditions
Angle value, therefore the comfort temperature value TSUB of human body and the comfortableness that the warm-cold sensitivity state value M of human body is different expression human bodies
Parameter, although the two can be obtained by the Clothing insulation CLO formula based on human body, it is different that it obtains formula, as all
During based on above-mentioned fitting formula, its parameter b0, b1, b2, b3 are different with c0, c1, c2, c3 value, therefore based on above-mentioned fitting formula
The result for calculating is different.
Step S40, runs according to comfortableness state modulator air-conditioner.
The warm-cold sensitivity state value M of human body or two kinds of the comfort temperature value TSUB of human body is specifically divided into due to comfortableness parameter
Parameter value, therefore when being run according to comfortableness state modulator air-conditioner, also respectively according to the control that both parameters correspondence is different
Rule.
When the comfortableness parameter value of human body is the warm-cold sensitivity state value M of human body, according to comfortableness state modulator air-conditioner
Operation is specific as follows：
The adjusted value of design temperature is determined according to the current warm-cold sensitivity state value for obtaining；
The warm-cold sensitivity state of people is determined according to the current warm-cold sensitivity state value for obtaining；
Adjusted value and warm-cold sensitivity state value adjustment set temperature value according to design temperature；
Set temperature value control air-conditioner operation after according to adjustment.
The adjusted value A of the design temperature that the warm-cold sensitivity state value M according to the current human body for obtaining determines can be based on following
Formula is obtained：
A=| M |/DelM
Wherein DelM is the experience value parameter obtained according to experiment, from above formula it can be seen that adjusted value A is according to people
The warm-cold sensitivity state value M of body is of different sizes and different.
The different thermal comfort sensation of human body is represented because the size of the warm-cold sensitivity state value M of human body is reflected, including it is inclined
Hot, comfortable, colder these states, therefore when the design temperature to air-conditioner is adjusted, it is thus necessary to determine that it is different according to people
Thermal comfort is felt to be adjusted, and such as needs to reduce current air-conditioner set temperature value when people feels partial heat, when people feels colder
When need to raise current air-conditioner set temperature value, by so adjustment be finally reached people be in comfort conditions.Therefore basis
The adjusted value A of design temperature needs the size of the warm-cold sensitivity state value M for combining current human when being adjusted to set temperature value.
In order to control convenience, can according to the size of warm-cold sensitivity state value M be divided into partial heat, it is comfortable, colder these three
State interval, when M is in partial heat interval, reduces adjusted value A and is set with reducing current air-conditioner to current set temperature value
Temperature value；When M is in it is colder interval when, increase current set temperature value adjusted value A to increase current air-conditioner setting temperature
Angle value；When M is in comfortable interval, current set temperature value is not adjusted.
For example, can be according to the control of the above-mentioned warm-cold sensitivity state value M that human body is obtained according to the Clothing insulation CLO of human body
The size of middle M values is divided into three intervals, specific as follows：
- 0.5≤M≤- 0.5 is judged as comfort conditions；
M>0.5 is judged as partial heat state；
M<- 0.5 is judged as colder state,
The interval of adjusted value A according to design temperature with reference to residing for above-mentioned M is adjusted to set temperature value：
During -0.5≤M≤- 0.5, set temperature value is not adjusted；
M>When 0.5, TS (n)=TS (n-1)-A=TS (n-1)-| M |/DelM；
M<When -0.5, TS (n)=TS (n-1)+A=TS (n-1)+| M |/DelM,
Wherein TS (n) is the set temperature value after adjustment, and TS (n-1) is current set temperature value.
Such as DelM experiments are defined as 2,
When M being calculated as 2 i.e. in partial heat interval, design temperature adjustment formula is as follows：
TS (n)=TS (n-1)-| M |/DelM=TS (n-1) -2/2=TS (n-1) -1；
When being in colder interval when M is calculated as -2, design temperature adjustment formula is as follows：
TS (n)=TS (n-1)+| M |/DelM=TS (n-1)+2/2=TS (n-1)+1.
After the completion of the warm-cold sensitivity state value of adjusted value and current human according to design temperature is adjusted to set temperature value,
Air-conditioner controls the operation of load according to the set temperature value after this adjustment, such as controls the working condition of compressor, or enters one
Step control operating air velocity state, so that most room control, in set temperature value or so, finally makes the warm-cold sensitivity state value M of human body at last
Required so as to meet the comfortableness of human body in comfort standard.
The embodiment of the present invention is by obtaining the air temperature value near human body and true according to the air temperature value near human body
Determine the Clothing insulation of human body, the clothing thermal resistance then according to human body determines the comfortableness parameter of human body, finally according to comfortableness
State modulator air-conditioner runs.Because the clothing thermal resistance of human body is an important parameter of the comfortableness for influenceing human body, therefore lead to
The clothing thermal resistance of human body is crossed to determine the comfortableness parameter of human body and be finally based on the comfortableness state modulator air-conditioner fortune of human body
OK, solve and cause to be difficult to provide the user due to not accounting for the clothing thermal resistance of human body in the pleasant climate of existing air-conditioner
One suitable a home from home and then influence human body comfort, so as to improve air-conditioner for the accurate of user's pleasant climate
Property.
Further, reference picture 2, Fig. 2 is that the flow of the air-conditioner control method according to the second embodiment of the present invention is shown
It is intended to, the air conditioning control method first embodiment based on the invention described above, in the present embodiment, the air near according to human body
Temperature value obtains the Clothing insulation step of human body, also includes：
Step S21, obtains the temperature value of human body surface；
Step S22, the clothing thermal resistance of human body is determined according to the air temperature value and the temperature value of human body surface near human body
Value.
The temperature TCL of human body surface is the temperature value of body surface, can be by the sensor with measurement thermal image function
Measurement reading is obtained, such as array infrared sensor module, can be obtained during its infrared sensor scanning human body or surrounding environment
To thermal image, as shown in figure 3, thermal image can obtain the i.e. one of pixel in wherein each zonule by array arrangement mode
Temperature value, the height that the shade of each pixel as shown in Figure 3 illustrates its temperature value is different, and can read each pixel
Actual temp value.The thermal image of certain surface area can be equally obtained during thermal infrared sensor scanning human body, because people's body surface
Each local temperature in face is differed, therefore reflection is also differed to corresponding thermal image, therefore measurement human body surface
Temperature when can be obtained by way of measuring the temperature spot of human body correspondence thermal image all pixels and averaging, i.e. people's body surface
The average temperature value in face represents human surface temperature's value TCL.
Temperature value TCL according to the air temperature value Ta near human body and human body surface obtains the Clothing insulation of human body
During CLO, can be obtained based on below equation：
CLO=d1Ta+d2TCL+d3
Wherein d1, d2, d3 are the different design factor value obtained according to experiment.
With respect to the Clothing insulation that basis in first embodiment only obtains human body according to the air temperature value Ta near human body
CLO, due to further contemplating the temperature value TCL of human body surface, and the temperature of human body surface also influences whether clothes heat insulating ability
Can, therefore add the Clothing insulation CLO of the temperature value TCL calculating human bodies of human body surface more accurate.
Further, reference picture 3, Fig. 3 is that the flow of the air-conditioner control method according to the third embodiment of the present invention is shown
It is intended to, the air conditioning control method first or second embodiments based on the invention described above, in the present embodiment, is obtaining relaxing for human body
During adaptive parameter before step, also include：
Step S31, obtains the heat dissipation capacity of human body；
Step S32, the heat dissipation capacity of Clothing insulation and human body according to human body determines the comfortableness parameter of human body.
The heat dissipation capacity H for obtaining human body is prior art, such as can be by obtaining radiation temperature and human body surface in room
Temperature value calculate the difference of the two, the heat dissipation capacity that additional computational constant is calculated human body is combined by this difference, be based on
Below equation：
H=Φ (TCL-TB)
Wherein H is the heat dissipation capacity of human body, and TCL is the temperature value of human body surface, and TB is radiation temperature value, and Φ is additional calculations
Coefficient, the heat dissipation capacity H of human body can be calculated according to this formula.
The heat dissipation capacity that human body is added on the comfortableness parameter basis of human body is obtained according to the clothing thermal resistance of human body in embodiment 1
H parameters obtain the comfortableness parameter of human body, and the comfortableness parameter for so obtaining is more accurate.
Specifically it is divided into the warm-cold sensitivity state value M of human body and the comfort temperature value of human body according to the comfortableness parameter value of human body
The comfortableness parameter value that the heat dissipation capacity H of TSUB, Clothing insulation CLO and human body according to human body obtains human body also has different obtaining
Take mode.
When human body comfortableness parameter value for human body warm-cold sensitivity state value M when, Clothing insulation CLO according to human body and
The warm-cold sensitivity state value M that the heat dissipation capacity H of human body obtains human body is as follows：
Respective relational expression can be built again by the Clothing insulation CLO of the heat dissipation capacity H and human body that are based respectively on human body
Simple superposition, such as relationship below：
M=e0+e1H+e2H2+e3H3+…..+emCLOm+b0+b1CLO+b2CLO2+b3CLO3+…..+bnCLOn
Wherein e0, e1, e2, e3 ... em, b0, b1, b2, b3 ... bn are the different design factor value obtained according to experiment,
M, n are positive, and its value size determines that for example m takes according to the formation fitting formula between specific CLO, H and M data group
It is worth for 3, n values are 2 formation below equation：
M=e0+e1H+e2H2+e3H3+b0+b1CLO+b2CLO2
Further, on the basis of above formula, the interactional relational expressions of CLO and H can also be added, such as following public affairs
Formula：
M=e0+e1H+e2H2+e3H3+b0+b1CLO+b2CLO2+fCLO*H
Wherein fCLO*H is the interactional relational expressions of CLO and H, and f is to obtain design factor value according to experiment.
FCLO*H refers to the work of the Clothing insulation CLO of human body and the heat dissipation capacity H reciprocations of human body to the metabolic rate of people
With, and the metabolic rate of people also has influence on the warm-cold sensitivity state of human body, therefore addition fCLO*H can cause to calculate the warm-cold sensitivity of human body
State value M is more accurate.
When the comfortableness parameter value of human body is the comfort temperature value TSUB of human body, the Clothing insulation CLO according to human body
It is as follows with the comfort temperature value TSUB that the heat dissipation capacity H of human body obtains human body：
TSUB=g0+g1CLO+g2H+g3CLO*H
Wherein g0, g1, g2, g3 are the different design factor value obtained according to experiment, and its size is according to specific CLO, H
And the formation fitting formula between TSUB data groups determines, for example, can be obtained after testing acquisition g0, g1, g2, g3 occurrence
To equation below：
TSUB=25-0.8CLO-0.04H-0.07CLO*H
Here g0=25, g1=-0.8, g2=-0.04, g3=-0.07
TSUB is that user's subjective comfortable feeling feels temperature, and this formula is to represent that clothing thermal resistance and heat dissipation capacity are comfortable to the subjectivity of people
The influence of sensible temperature, above-mentioned formula can meet the accuracy requirement for obtaining TSUB in general temperature environment；And for one
A little extreme environment such as high temperature and low temperature environment, then needing the formula of higher order could meet demand, can now be based on
Lower formula calculates the comfort temperature value TSUB of human body：
TSUB=j0+j1CLO+j2CLO2+j3H+j4H2+j5CLO*H
The present invention also provides a kind of air conditioner controlling device.
Reference picture 5, Fig. 5 is the high-level schematic functional block diagram of the air conditioner controlling device first embodiment of apparatus of the present invention.
In the present embodiment, the air conditioner controlling device includes：
Temperature detecting module 10, for obtaining the air temperature value near human body；
Clothing thermal resistance determining module 20, the Clothing insulation for determining human body according to the air temperature value near human body；
Comfortableness parameter determination module 30, the comfortableness parameter for determining human body according to the Clothing insulation of human body；
Control module 40, the comfortableness state modulator air-conditioner operation according to human body.
Air temperature value Ta near human body can be obtained by the terminal device of the energy detection temperature near human body in room
Take, such as obtained by wearable device, for example, bracelet is placed on the environment temperature that bedside detects user's near its circumference by user's evening
Value.Referring herein to detection user near ambient temperature value refer to wearable device closer from user, be in together with user
In one environment space, such as wearable device and user be in a room and from user close to such as distance users 1 meter with
Interior scope；Or can also be obtained by mobile terminal device such as mobile phone, temperature detector etc. of energy detection temperature, when same
In one room and apart from human body it is closer when, the temperature value that these equipment are detected is just the air temperature value near human body.
Air temperature value Ta near human body can also detect ambient temperature value T1 based on air-conditioner in room, with reference to sky
The running status and people for adjusting device are obtained with the relative position of air-conditioning.
Further, when the air temperature value near human body is obtained, for the accuracy of detection temperature value, to air-conditioner
Running status have related request, most basic is that the ventilation state of air-conditioner is the state for avoiding people's air-supply, i.e. air supply direction
It is to avoid people to blow, specifically the wind deflector of air-conditioner such as can be got into upward position by adjusting the direction of air conditioner wind deflector
To cause that air supply direction avoids people, further, in addition it is also necessary to control the wind speed of air-conditioner to be in relatively low windscreen, such as control air-conditioning
The operating air velocity of device is in less than the 20% of maximum wind velocity value.By allow air-conditioner air supply direction be in avoid people direction and
Wind speed is avoided that wind speed to blow to influenceed on the person and obtains the air temperature value Ta accuracys near human body in low wind conditions.
The evaporation of human skin is influenceed due to the clothes of human body dress, the evaporation capacity of human sweat is have impact on, while
Clothes can also make one to feel cool after absorbing the sweat of human body, therefore clothes have had influence on the thermal sensation of human body and received；It is simultaneously extraneous warm
When degree is reduced, clothes influence human peripheral's cold air to the conduction to skin again, therefore clothes also have influence on the cold sense of human body
Receive.The Clothing insulation of human body is an index of clothes heat-insulating property, is represented with CLO, and human body can be known by experiment
The relation of the neighbouring air temperature value Ta of clothing thermal resistance CLO and human body, specifically can obtain relation therebetween by fitting formula
The Clothing insulation CLO of formula, such as human body and human body nearby air temperature value Ta can with relation can be expressed as follows：
CLO=a0+a1Ta+a2Ta2+a3Ta3+…..+anTan
Wherein a0, a1, a2, a3, an are the different design factor value obtained according to experiment, and n is positive, and its value is big
Formation fitting formula between the small specific CLO and Ta data groups of foundation determines, such as N values be 2, a0=0.2, a1=-0.3,
A2=0.004 forms below equation：
CLO=0.2+-0.3Ta+0.004Ta2
The relation of air temperature value Ta near the Clothing insulation CLO and human body of human body is embodied with this formula.
It should be noted that above-mentioned fitting formula is used merely to illustrate Air Temperature near the Clothing insulation and human body of human body
Be present certain relation in angle value, not delimit the scope of the invention, can also according to CLO and Ta data groups during previous experiments
It is fitted according to other approximating methods, obtains other fitting formulas.Or Air Temperature near the Clothing insulation CLO of human body and human body
The relation of angle value Ta can be obtained based on experimental data by lookup table mode.
After obtaining the Clothing insulation of human body, further according to its obtain human body comfortableness parameter, human body it is comfortable
Property parameter value according to control air-conditioning specific rules be segmented into two kinds, a kind of is the warm-cold sensitivity state value M of human body, another
It is the comfort temperature value TSUB of human body.
When the comfortableness parameter value of human body is the warm-cold sensitivity state value M of human body, the Clothing insulation CLO according to human body is obtained
The warm-cold sensitivity state value M of human body is taken, can know the clothing thermal resistance CLO's of the human body and warm-cold sensitivity state value M of human body by experiment
Relation, specifically can obtain relational expression therebetween, the warm-cold sensitivity state value M of such as human body and the clothes of human body by fitting formula
Dress thermal resistance value CLO can with relation can be expressed as follows：
M=b0+b1CLO+b2CLO2+b3CLO3+.....+bnCLOn
Wherein b0, b1, b2, b3 ... bn is the different design factor value obtained according to experiment, and n is positive, its value
Size determines that such as n values are 2 formation below equation according to the formation fitting formula between specific CLO and M data group：
M=b0+b1CLO+b2CLO2
The relation of the warm-cold sensitivity state value M of human body and the Clothing insulation CLO of human body is embodied with this formula.
It should be noted that above-mentioned fitting formula is used merely to illustrate the clothes of the warm-cold sensitivity state value M with human body of human body
Be present certain relation in thermal resistance value CLO, not delimit the scope of the invention, according to M and CLO data groups during previous experiments
Can be fitted according to other approximating methods, obtain other fitting formulas.
The size of warm-cold sensitivity state value M is reflected and represents the different thermal comfort sensation of human body, such as by warm-cold sensitivity state value M
Scope -3≤M of last result of calculation<3 points is 8 intervals, the different thermal comfort of human body is represented respectively and is felt, such as following table institute
Show：
| Warm-cold sensitivity state value | Warm-cold sensitivity is interval | Thermal comfort |
| -3≤M<-2 | Interval 8 | It is cold |
| -2<M≤-1 | Interval 7 | It is somewhat cold |
| -1<M≤0.5 | Interval 6 | It is cool |
| -0.5≤M<0 | Interval 5 | Comfortably |
| 0≤M≤0.5 | Interval 4 | Comfortably |
| 0.5<M≤1 | Interval 3 | It is warm |
| 1<M≤2 | Interval 2 | It is somewhat hot |
| 2<M≤3 | Interval 1 | Heat |
In addition, when the comfortableness parameter value of human body is the comfort temperature value TSUB of human body, according to the clothing thermal resistance of human body
Value CLO obtains the comfort temperature value TSUB of human body, and the clothing thermal resistance CLO of human body and the comfort temperature of human body can be known by experiment
The relation of value TSUB, specifically can obtain relational expression therebetween by fitting formula,
TSUB=c0+c1CLO+c2CLO2+c3CLO3+…..+cnCLOn
Wherein c0, c1, c2, c3 ... cn is the different design factor value obtained according to experiment, and n is positive, its value
Size determines that such as N values are 2 formation below equation according to the formation fitting formula between specific CLO and TSUB data groups：
TSUB=c0+c1CLO+c2CLO2
The relation of the comfort temperature value TSUB of human body and the Clothing insulation CLO of human body is embodied with this formula.
It should be noted that above-mentioned fitting formula is used merely to illustrate the clothes of the comfort temperature value TSUB with human body of human body
Be present certain relation in thermal resistance value CLO, not delimit the scope of the invention, according to M and TSUB data groups during previous experiments
Can also be fitted according to other approximating methods, obtain other fitting formulas.
The environment temperature of the corresponding demand when comfort temperature value TSUB of human body reflects human body in different comfort conditions
Angle value, therefore the comfort temperature value TSUB of human body and the comfortableness that the warm-cold sensitivity state value M of human body is different expression human bodies
Parameter, although the two can be obtained by the Clothing insulation CLO formula based on human body, it is different that it obtains formula, as all
During based on above-mentioned fitting formula, its parameter b0, b1, b2, b3 are different with c0, c1, c2, c3 value, therefore based on above-mentioned fitting formula
The result for calculating is different.
The warm-cold sensitivity state value M of human body or two kinds of the comfort temperature value TSUB of human body is specifically divided into due to comfortableness parameter
Parameter value, therefore when being run according to comfortableness state modulator air-conditioner, also respectively according to the control that both parameters correspondence is different
Rule.
When the comfortableness parameter value of human body is the warm-cold sensitivity state value M of human body, according to comfortableness state modulator air-conditioner
Operation is specific as follows：
Warm-cold sensitivity state value according to the current human body for obtaining determines the adjusted value of design temperature；
The warm-cold sensitivity state value adjustment set temperature value of adjusted value and current human according to the design temperature；
Air-conditioner operation is controlled according to set temperature value.
The adjusted value A of the design temperature that the warm-cold sensitivity state value M according to the current human body for obtaining determines can be based on following
Formula is obtained：
A=| M |/DelM
Wherein DelM is the experience value parameter obtained according to experiment, from above formula it can be seen that adjusted value A is according to people
The warm-cold sensitivity state value M of body is of different sizes and different.
The different thermal comfort sensation of human body is represented because the size of the warm-cold sensitivity state value M of human body is reflected, including it is inclined
Hot, comfortable, colder these states, therefore when the design temperature to air-conditioner is adjusted, it is thus necessary to determine that it is different according to people
Thermal comfort is felt to be adjusted, and such as needs to reduce current air-conditioner set temperature value when people feels partial heat, when people feels colder
When need to raise current air-conditioner set temperature value, by so adjustment be finally reached people be in comfort conditions.Therefore basis
The adjusted value A of design temperature needs the size of the warm-cold sensitivity state value M for combining current human when being adjusted to set temperature value.
In order to control convenience, can according to the size of warm-cold sensitivity state value M be divided into partial heat, it is comfortable, colder these three
State interval, when M is in partial heat interval, reduces adjusted value A and is set with reducing current air-conditioner to current set temperature value
Temperature value；When M is in it is colder interval when, increase current set temperature value adjusted value A to increase current air-conditioner setting temperature
Angle value；When M is in comfortable interval, current set temperature value is not adjusted.
For example, can be according to the control of the above-mentioned warm-cold sensitivity state value M that human body is obtained according to the Clothing insulation CLO of human body
The size of middle M values is divided into three intervals, specific as follows：
- 0.5≤M≤- 0.5 is judged as comfort conditions；
M>0.5 is judged as partial heat state；
M<- 0.5 is judged as colder state,
The interval of adjusted value A according to design temperature with reference to residing for above-mentioned M is adjusted to set temperature value：
During -0.5≤M≤- 0.5, set temperature value is not adjusted；
M>When 0.5, TS (n)=TS (n-1)-A=TS (n-1)-| M |/DelM；
M<When -0.5, TS (n)=TS (n-1)+A=TS (n-1)+| M |/DelM,
Wherein TS (n) is the set temperature value after adjustment, and TS (n-1) is current set temperature value.
Such as DelM experiments are defined as 2,
When M being calculated as 2 i.e. in partial heat interval, design temperature adjustment formula is as follows：
TS (n)=TS (n-1)-| M |/DelM=TS (n-1) -2/2=TS (n-1) -1；
When being in colder interval when M is calculated as -2, design temperature adjustment formula is as follows：
TS (n)=TS (n-1)+| M |/DelM=TS (n-1)+2/2=TS (n-1)+1.
After the completion of the warm-cold sensitivity state value of adjusted value and current human according to design temperature is adjusted to set temperature value,
Air-conditioner controls the operation of load according to the set temperature value after this adjustment, such as controls the working condition of compressor, or enters one
Step control operating air velocity state, so that most room is controlled in set temperature value or so at last, the warm-cold sensitivity state value M of human body when final
Required so as to meet the comfortableness of human body in comfort standard.
The embodiment of the present invention is by obtaining the air temperature value near human body and true according to the air temperature value near human body
Determine the Clothing insulation of human body, the clothing thermal resistance then according to human body determines the comfortableness parameter of human body, finally according to comfortableness
State modulator air-conditioner runs.Because the clothing thermal resistance of human body is an important parameter of the comfortableness for influenceing human body, therefore lead to
The clothing thermal resistance of human body is crossed to determine the comfortableness parameter of human body and be finally based on the comfortableness state modulator air-conditioner fortune of human body
OK, solve and cause to be difficult to provide the user due to not accounting for the clothing thermal resistance of human body in the pleasant climate of existing air-conditioner
One suitable a home from home and then influence human body comfort, so as to improve air-conditioner for the accurate of user's pleasant climate
Property.
Further, the second embodiment of the air conditioner controlling device based on apparatus of the present invention, based on the invention described above dress
The air conditioner controlling device first embodiment put, in the present embodiment,
Clothing thermal resistance determining module 20 is additionally operable to
Obtain the temperature value of human body surface；
The Clothing insulation of human body is determined according to the air temperature value and the temperature value of human body surface near human body.
The temperature TCL of human body surface is the temperature value of body surface, can be by the sensor with measurement thermal image function
Measurement reading is obtained, such as array infrared sensor module, can be obtained during its infrared sensor scanning human body or surrounding environment
To thermal image, as shown in figure 3, thermal image can obtain the i.e. one of pixel in wherein each zonule by array arrangement mode
Temperature value, the height that the shade of each pixel as shown in Figure 3 illustrates its temperature value is different, and can read each pixel
Actual temp value.The thermal image of certain surface area can be equally obtained during thermal infrared sensor scanning human body, because people's body surface
Each local temperature in face is differed, therefore reflection is also differed to corresponding thermal image, therefore measurement human body surface
Temperature when can be obtained by way of measuring the temperature spot of human body correspondence thermal image all pixels and averaging, i.e. people's body surface
The average temperature value in face represents human surface temperature's value TCL.
Temperature value TCL according to the air temperature value Ta near human body and human body surface obtains the Clothing insulation of human body
During CLO, can be obtained based on below equation：
CLO=d1Ta+d2TCL+d3
Wherein d1, d2, d3 are the different design factor value obtained according to experiment.
With respect to the Clothing insulation that basis in first embodiment only obtains human body according to the air temperature value Ta near human body
CLO, due to further contemplating the temperature value TCL of human body surface, and the temperature of human body surface also influences whether clothes heat insulating ability
Can, therefore add the Clothing insulation CLO of the temperature value TCL calculating human bodies of human body surface more accurate.
Further, the 3rd embodiment of the air conditioner controlling device based on apparatus of the present invention, based on the invention described above dress
The air conditioner controlling device first or second embodiments put, in the present embodiment,
Comfortableness parameter determination module 30 is additionally operable to,
Obtain the heat dissipation capacity of human body；
The heat dissipation capacity of Clothing insulation and human body according to human body determines the comfortableness parameter of human body.
The heat dissipation capacity H for obtaining human body is prior art, such as can be by obtaining radiation temperature and human body surface in room
Temperature value calculate the difference of the two, the heat dissipation capacity that additional computational constant is calculated human body is combined by this difference, be based on
Below equation：
H=Φ (TCL-TB)
Wherein H is the heat dissipation capacity of human body, and TCL is the temperature value of human body surface, and TB is radiation temperature value, and Φ is additional calculations
Coefficient, the heat dissipation capacity H of human body can be calculated according to this formula.
The heat dissipation capacity that human body is added on the comfortableness parameter basis of human body is obtained according to the clothing thermal resistance of human body in embodiment 1
H parameters obtain the comfortableness parameter of human body, and the comfortableness parameter for so obtaining is more accurate.
Specifically it is divided into the warm-cold sensitivity state value M of human body and the comfort temperature value of human body according to the comfortableness parameter value of human body
The comfortableness parameter value that the heat dissipation capacity H of TSUB, Clothing insulation CLO and human body according to human body obtains human body also has different obtaining
Take mode.
When human body comfortableness parameter value for human body warm-cold sensitivity state value M when, Clothing insulation CLO according to human body and
The warm-cold sensitivity state value M that the heat dissipation capacity H of human body obtains human body is as follows：
Respective relational expression can be built again by the Clothing insulation CLO of the heat dissipation capacity H and human body that are based respectively on human body
Simple superposition, such as relationship below：
M=e0+e1H+e2H2+e3H3+…..+emCLOm+b0+b1CLO+b2CLO2+b3CLO3+…..+bnCLOn
Wherein e0, e1, e2, e3 ... em, b0, b1, b2, b3 ... bn are the different design factor value obtained according to experiment,
M, n are positive, and its value size determines that for example m takes according to the formation fitting formula between specific CLO, H and M data group
It is worth for 3, n values are 2 formation below equation：
M=e0+e1H+e2H2+e3H3+b0+b1CLO+b2CLO2
Further, on the basis of above formula, the interactional relational expressions of CLO and H can also be added, such as following public affairs
Formula：
M=e0+e1H+e2H2+e3H3+b0+b1CLO+b2CLO2+fCLO*H
Wherein fCLO*H is the interactional relational expressions of CLO and H, and f is to obtain design factor value according to experiment.
FCLO*H refers to the work of the Clothing insulation CLO of human body and the heat dissipation capacity H reciprocations of human body to the metabolic rate of people
With, and the metabolic rate of people also has influence on the warm-cold sensitivity state of human body, therefore addition fCLO*H can cause to calculate the warm-cold sensitivity of human body
State value M is more accurate.
When the comfortableness parameter value of human body is the comfort temperature value TSUB of human body, the Clothing insulation CLO according to human body
It is as follows with the comfort temperature value TSUB that the heat dissipation capacity H of human body obtains human body：
TSUB=g0+g1CLO+g2H+g3CLO*H
Wherein g0, g1, g2, g3 are the different design factor value obtained according to experiment, and its size is according to specific CLO, H
And the formation fitting formula between TSUB data groups determines, for example, can be obtained after testing acquisition g0, g1, g2, g3 occurrence
To equation below：
TSUB=25-0.8CLO-0.04H-0.07CLO*H
Here g0=25, g1=-0.8, g2=-0.04, g3=-0.07
TSUB is that user's subjective comfortable feeling feels temperature, and this formula is to represent that clothing thermal resistance and heat dissipation capacity are comfortable to the subjectivity of people
The influence of sensible temperature, above-mentioned formula can meet the accuracy requirement for obtaining TSUB in general temperature environment；And for one
A little extreme environment such as high temperature and low temperature environment, then needing the formula of higher order could meet demand, can now be based on
Lower formula calculates the comfort temperature value TSUB of human body：
TSUB=j0+j1CLO+j2CLO2+j3H+j4H2+j5CLO*H
The present invention also proposes a kind of air-conditioner.
Air-conditioner of the invention includes：
Air themperature detection means；
Memory；
One or more processors；And
One or more programs, wherein one or more programs are stored in the memory, and have been configured to
One or more processors are performed, and program includes the instruction for performing following steps：
Obtain the air temperature value near human body；
According to the air temperature value near human body, the Clothing insulation of human body is determined；
According to the clothing thermal resistance of human body, the comfortableness parameter of human body is determined；
Comfortableness parameter according to human body, control air-conditioner operation.
It is the temperature sensor on air conditioner room unit that wherein air-conditioner air temperature-detecting device is used for, and is used for
Ambient temperature value in detection room, processor is passed by performing program of the storage on the memory of air-conditioner according to room temperature
The ambient temperature value in room that sensor is detected, obtain human body near air temperature value, computing device program other
Control, with the first embodiment of air-conditioner control method of the invention, to will not be repeated here.
The preferred embodiments of the present invention are these are only, the scope of the claims of the invention is not thereby limited, it is every to utilize this hair
Equivalent structure or equivalent flow conversion that bright specification and accompanying drawing content are made, or directly or indirectly it is used in other related skills
Art field, is included within the scope of the present invention.
Claims (12)
1. a kind of air-conditioner control method, it is characterised in that the air-conditioner control method includes：
Obtain the air temperature value near human body；
The Clothing insulation of human body is determined according to the air temperature value near the human body；
Clothing insulation according to the human body determines the comfortableness parameter of human body；
Comfortableness state modulator air-conditioner operation according to the human body.
2. air-conditioner control method as claimed in claim 1, it is characterised in that the Air Temperature according near the human body
Also include before the Clothing insulation step that angle value determines human body：
Obtain the temperature value of human body surface；
The air temperature value according near the human body determines that the Clothing insulation step of human body is replaced with：
The Clothing insulation of human body is determined according to the air temperature value and the temperature value of human body surface near the human body.
3. air-conditioner control method as claimed in claim 1, it is characterised in that the comfortableness parameter of the human body is human body
Warm-cold sensitivity state value, it is described to be specifically included according to the comfortableness state modulator air-conditioner operating procedure：
The adjusted value of design temperature is determined according to the current warm-cold sensitivity state value for obtaining；
The warm-cold sensitivity state of people is determined according to the current warm-cold sensitivity state value for obtaining；
Adjusted value and warm-cold sensitivity state adjustment set temperature value according to the design temperature；
Set temperature value control air-conditioner operation according to after adjustment.
4. air-conditioner control method as claimed in claim 3, it is characterised in that the adjusted value according to the design temperature
And warm-cold sensitivity state adjustment set temperature value step is specifically included：
When the warm-cold sensitivity state is partial heat, after the design temperature is subtracted into the adjusted value of the design temperature as adjustment
Set temperature value；
When the warm-cold sensitivity state for it is colder when, by the design temperature plus the design temperature adjusted value as adjustment after
Set temperature value.
5. air-conditioner control method as claimed in claim 1, it is characterised in that the comfortableness parameter of the human body is human body
Comfort temperature value, it is described to be specifically included according to the comfortableness state modulator air-conditioner operating procedure：
Judge current comfort temperature value whether in the range of pre-set interval；
When the comfort temperature value is not in the range of pre-set interval, adjusted value and warm-cold sensitivity shape according to the design temperature
State adjusts set temperature value；
Set temperature value control air-conditioner operation after according to adjustment.
6. the air-conditioner control method as described in any one of claim 1 to 5, it is characterised in that described according to the human body
Clothing thermal resistance also includes before determining the comfortableness parameter step of human body：
Obtain the heat dissipation capacity of human body；
The clothing thermal resistance according to the human body determines that the comfortableness parameter step of human body is replaced with：
The heat dissipation capacity of Clothing insulation and human body according to the human body determines the comfortableness parameter of the human body.
7. the air-conditioner control method as described in any one of claim 1 to 5, it is characterised in that near the acquisition human body
During air temperature value, the ventilation state of air-conditioner is the state for avoiding people's air-supply.
8. a kind of air conditioner controlling device, its spy is that the air conditioner controlling device includes：
Temperature detecting module, for obtaining the air temperature value near human body；
Clothing thermal resistance determining module, the Clothing insulation for determining human body according to the air temperature value near the human body；
Comfortableness parameter determination module, the comfortableness parameter for determining human body according to the Clothing insulation of the human body；
Control module, the comfortableness state modulator air-conditioner operation according to the human body.
9. air conditioner controlling device as claimed in claim 8, it is characterised in that the clothing thermal resistance determining module is additionally operable to,
Obtain the temperature value of human body surface；
The Clothing insulation of human body is determined according to the air temperature value and the temperature value of human body surface near the human body.
10. air conditioner controlling device as claimed in claim 8, it is characterised in that the comfortableness parameter of the human body is human body
Warm-cold sensitivity state value, the control module is additionally operable to,
The adjusted value of design temperature is determined according to the current warm-cold sensitivity state value for obtaining；
The warm-cold sensitivity state of people is determined according to the current warm-cold sensitivity state value for obtaining；
Adjusted value and warm-cold sensitivity state adjustment set temperature value according to the design temperature；
Set temperature value control air-conditioner operation after according to adjustment.
11. air conditioner controlling device as described in claim any one of 8-10, it is characterised in that the comfortableness parameter determination
Module is additionally operable to,
Obtain the heat dissipation capacity of human body；
The heat dissipation capacity of Clothing insulation and human body according to the human body determines the comfortableness parameter of the human body.
A kind of 12. air-conditioners, including：
Air themperature detection means；
Memory；
One or more processors；And
One or more programs, wherein one or more of programs are stored in the memory, and have been configured to
One or more processors are performed, and described program includes the instruction for performing following steps：
Obtain the air temperature value near human body；
According to the air temperature value near the human body, the Clothing insulation of human body is determined；
According to the clothing thermal resistance of the human body, the comfortableness parameter of human body is determined；
Comfortableness parameter according to the human body, control air-conditioner operation.
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| PCT/CN2017/086198 WO2018120625A1 (en) | 2016-12-27 | 2017-05-26 | Method and device for controlling air conditioner, and air conditioner |
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| WO2018120626A1 (en) * | 2016-12-27 | 2018-07-05 | 美的集团武汉制冷设备有限公司 | Method and device for controlling air conditioner, and air conditioner |
| CN108317691A (en) * | 2018-01-26 | 2018-07-24 | 青岛海尔空调器有限总公司 | Warm creeping chill air-conditioner control method and air conditioner based on gender compensation |
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| WO2018120625A1 (en) | 2018-07-05 |
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