CN105841317A - Intelligent air condition wristband and air condition control method - Google Patents
Intelligent air condition wristband and air condition control method Download PDFInfo
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Abstract
The invention discloses an intelligent air condition wristband and an air condition control method. The intelligent air condition wristband includes: a temperature humidity sensor for acquiring temperature data and humidity data of a wrist of a user in real time; a mode matching module for storing a solar term mode and an ssd model; an intelligent analysis module for determining if an air condition is need to be regulated and controlled or not according to the temperature data, the humidity data, the solar term mode and the ssd model, and then determining a temperature regulation and control parameter and a humidity regulation and control parameter if so, and sending the determined temperature regulation and control parameter and the determined humidity regulation and control parameter to a wireless communication module; the wireless communication module for sending the temperature regulation and control parameter and the humidity regulation and control parameter to an air condition control module; and the air condition control module for regulating and controlling the air condition according to the temperature regulation and control parameter and/or the humidity regulation and control parameter. The temperature humidity sensor, the mode matching module, the intelligent analysis module, the wireless communication module, and the air condition control module are arranged in a wristband housing. The intelligent air condition wristband and air condition control method can regulate the temperature and the humidity of the air condition in real time, and allow the user to be always in the most comfortable state.
Description
Technical field
The present invention relates to wearable device technical field, be specifically related to a kind of intelligent air condition bracelet and air conditioning control method.
Background technology
Intelligent air condition can carry out Based Intelligent Control according to applied environment to air-conditioning, application places ambient temperature is effectively controlled in a zone of reasonableness；Both meet place operating temperature requirements, decreased again compressor of air conditioner frequent starting, play good energy-saving effect.
The Chinese patent application of Application No. 201310697957.1 discloses a kind of air conditioning system, be included in human body the sensor cluster worn and air conditioning unit on receptor and central control system；By the sensor cluster worn with human body and air conditioning unit on receptor and the cooperation of central control system, dynamically regulation air-conditioning internal machine and the distance of user, air-conditioning internal machine can directly be lowered the temperature, it is possible to quickly specific region is lowered the temperature near user.Above-mentioned signal is processed by described central controller, make the first air conditioning unit air outlet and the second air outlet be respectively facing different users and export cold wind or hot blast, and during until the actual temperature value of described temperature sensor detection is equal to the temperature value t1 preset, central controller controls is air conditioning unit to be made described air conditioning unit stopping cooling or heats up.
But in above-mentioned air conditioning system, need to design a set of mechanical mechanism that air-conditioning internal machine can be made to move within the specific limits, not only increase volume and the cost of whole system, and for the bigger air-conditioning of volume, frequently adjusting the distance between air-conditioning internal machine and user, the loss of air-conditioning is accelerated in the frequent athletic meeting of air-conditioning internal machine.Additionally, be based only on the temperature sensed, air-conditioning is regulated and controled, it is impossible to react the level of comfort of human body completely, it is impossible to bring good Consumer's Experience.
Summary of the invention
The present invention is directed in prior art the regulation and control to air-conditioning and can not react the defect such as level of comfort of human body completely, it is proposed that a kind of intelligent air condition bracelet and air conditioning control method.
For achieving the above object, the intelligent air condition bracelet that the present invention provides uses following technical proposals to be achieved:
A kind of intelligent air condition bracelet, including being arranged in bracelet housing:
Temperature Humidity Sensor, for temperature data and the humidity data of Real-time Collection user's wrist；
Pattern Matching Module, is used for storing solar term model and ssd model, and described solar term model provides the solar term time and corresponding to the reference temperature data of described solar term time with reference to humidity data, and described ssd model provides ssd index and the grade corresponding to described ssd index；
Intelligent analysis module, it is connected with described Temperature Humidity Sensor and described Pattern Matching Module, for based on described temperature data and humidity data and described solar term model and described ssd model, judge whether to need air-conditioning, and in the case of being judged as YES, determine temperature adjusting parameter and/or humidity regulation parameter, and determined by handle, temperature adjusting parameter and/or humidity regulation parameter are sent to wireless communication module；
Described wireless communication module, is connected with described intelligent analysis module, for described temperature adjusting parameter and/or humidity regulation parameter are sent to described airconditioning control module；
Described airconditioning control module, is connected with described wireless communication module, for regulating and controlling described air-conditioning based on described temperature adjusting parameter and/or humidity regulation parameter.
Intelligent air condition bracelet as above, in a kind of possible implementation, described intelligent analysis module is specifically for calculating a ssd index based on described temperature data and humidity data, the grade belonging to a described ssd index is determined based on described ssd model, if described grade belongs to uncomfortable grade, then based on described solar term model using reference temperature data corresponding for current solar term and/or with reference to humidity data as temperature adjusting parameter and/or humidity regulation parameter.
Intelligent air condition hands ring as above, in a kind of possible implementation, based on described solar term model, described intelligent analysis module is specifically for judging whether described temperature data and humidity data are the reference temperature data corresponding to current solar term and reference humidity data, if the judgment is No, then calculate a ssd index based on described temperature data and humidity data, and determine the grade belonging to a described ssd index based on described ssd model, if described grade belongs to uncomfortable grade, then based on described solar term model using reference temperature data corresponding for current solar term and/or with reference to humidity data as temperature adjusting parameter and/or humidity regulation parameter.
Intelligent air condition hands ring as above, in a kind of possible implementation, when parameter determined by described intelligent analysis module includes temperature adjusting parameter and humidity regulation parameter, described airconditioning control module is specifically for regulating and controlling described air-conditioning based on described humidity regulation parameter, current temperature data and current humidity data that the most described intelligent analysis module gathers based on described Temperature Humidity Sensor calculate the 2nd ssd index, it is judged as that described 2nd ssd index belongs to uncomfortable grade if based on described ssd model, described air-conditioning is regulated and controled by the most described airconditioning control module based on described temperature adjusting parameter.
Intelligent air condition bracelet as above, in a kind of possible implementation, temperature adjusting parameter and/or humidity regulation parameter that described Pattern Matching Module is additionally operable to be manually entered described user store and self study, and result based on described self study adjusts the reference temperature data in described solar term model and/or with reference to humidity data.
Intelligent air condition bracelet as above, in a kind of possible implementation, in described ssd model, grade is 1,0 and-1 to be comfortable grade, and other grade is uncomfortable grade.
For realizing aforementioned invention purpose, the air conditioning control method that the present invention provides uses following technical proposals to be achieved:
A kind of air conditioning control method, including:
Step S11, the temperature data gathering user's wrist and humidity data；
Step S12, calculate a ssd index based on described temperature data and humidity data, and determine the grade belonging to a described ssd index based on ssd model；And
Whether grade determined by step S13, judgement belongs to uncomfortable grade, be then based on solar term model using the reference temperature data corresponding to current solar term and/or with reference to humidity data as temperature adjusting parameter and/or humidity regulation parameter, temperature and/or humidity to air-conditioning are controlled
Wherein, described solar term model provides the solar term time and corresponding to the reference temperature data of described solar term time with reference to humidity data, and described ssd model provides ssd index and the grade corresponding to described ssd index.
Air conditioning control method as above, in a kind of possible implementation, also include between described step S11 and described step S12: judge whether the temperature data gathered and humidity data are the reference temperature data corresponding to current solar term and reference humidity data based on described solar term model, if the judgment is No, then step S12 is performed.
Air conditioning control method as above, in a kind of possible implementation, in described step S13, temperature and/or humidity to air-conditioning are controlled including:
Based on described humidity regulation parameter, the humidity of described air-conditioning is controlled；
Gather current temperature data and the current humidity data of described user's wrist；
The 2nd ssd index is calculated based on the current temperature data gathered and current humidity data, being judged as that described 2nd ssd index belongs to uncomfortable grade if based on described ssd model, described air-conditioning is controlled by the most described airconditioning control module based on described temperature adjusting parameter.
Air conditioning control method as above, in a kind of possible implementation, also includes:
Receive and store temperature adjusting parameter and humidity regulation parameter that user is manually entered；
Self study is carried out based on received described temperature adjusting parameter and/or humidity regulation parameter；
Result based on described self study adjusts the reference temperature data in described solar term model and/or with reference to humidity data.
Compared with prior art, advantages of the present invention and good effect be: by the humiture data in Real-time Collection user's wrist, in real time current comfort level is judged, thus realize the real-time humiture adjusting air-conditioning, it is ensured that under the state that user is in the most comfortable all the time.Secondly, owing to people's body temperature in sleep deeply can decline along with sleep, and in sleep procedure, stand up and may result in the clothing covering on health and split away off, thus cause suffering from cold, thus for the user under sleep pattern, can change according to the humiture of bracelet position, improve the temperature of air-conditioning, prevent because of discomforts such as air-conditioner temperature are too low, the flu caused.
After reading in conjunction with the accompanying the detailed description of the invention of the present invention, the other features and advantages of the invention will become clearer from.
Accompanying drawing explanation
Fig. 1 is the structural representation of one embodiment of intelligent air condition bracelet of the present invention；
Fig. 2 is the flow chart of one embodiment of air conditioning control method of the present invention.
Detailed description of the invention
In order to make the purpose of the present invention, technical scheme and advantage clearer, below with reference to drawings and Examples, the present invention is described in further detail.
As shown in Figure 1, for the structural representation of one embodiment of intelligent air condition bracelet of the present invention, this intelligent air condition bracelet includes Temperature Humidity Sensor 10, Pattern Matching Module 20, intelligent analysis module 30, wireless communication module 40, airconditioning control module 50 and the energy supply control module 60 being arranged in bracelet housing (not shown).
Wherein, the Temperature Humidity Sensor 10 humiture near sensing user's wrist in real time, gather the temperature data of correspondence, humidity data and the data collected are sent to intelligent analysis module 30.In the present embodiment, owing to this intelligent air condition bracelet is worn in wrist, thus the temperature near the temperature near the user's wrist sensed i.e. wrist, i.e. the most close with the sendible temperature of user parameter, can directly embody the comfort level of user, measured data, are the keys of intelligent control air-conditioner temperature.
In Pattern Matching Module 20, storage has based on the solar term time and corresponding to the solar term model constructed by the reference temperature humidity data of each solar term, and also storage has ssd model, i.e. Body Comfort Index hierarchy model, and this model is universal standard model.
Specifically, due to change throughout the year, 24 solar term can be divided into, by every 15 days solar term, the substantially situation of change of weather can well be measured, according to humiture empirical value or the statistical value of each solar term, the substantially model of a set of variations in temperature can be set up, to each solar term, all set up the substantially curve of time and humiture change, totally 24 width curve model.And as background, the comfort level of user is weighed, according to statistical data, draw out user under each solar term, conditions of demand and the grade of correspondence to comfort level, set up a set of according to the comfort level model that solar term are background, i.e. ssd model.
Due to the sendible temperature of user, relevant with the wind speed of the temperature of indoor environment, humidity and air-conditioning, same at a temperature of, humidity is the biggest, and demeanour is the biggest, and user can feel the coldest.Thus in ssd model, calculate Body Comfort Index by formula (1):
ssd=(1.818t+ 18.18)(0.88 + 0.002f)+(t- 32)/(45 -t)-
3.2v+ 18.2 (1)
Wherein, ssd is Body Comfort Index, and t is temperature on average, and f is relative humidity, and v is wind speed.
In the middle of the regulation of room conditioning, wind speed can carry out human oriented design, user does not carry out blow-through, thus increases the comfort level of user.Therefore, under current solar term, analyze the most comfortable ssd that active user is felt, can inversely release the mean temperature of indoor and most widely suited humidity.
In ssd model, the Body Comfort Index classification of storage includes:
During ssd index=86-88, grade is 4 grades；
Under this grade, human body sensory is awfully hot, the most inadaptable, it should be noted that preventing heatstroke, in case heatstroke；
During ssd index=80-85, grade is 3 grades;
Under this grade, human body sensory is hot, the most uncomfortable, it should be noted that preventing heatstroke；
During ssd index=76-79, grade is 2 grades；
Under this grade, human body sensory partial heat, uncomfortable, can suitably lower the temperature；
During ssd index=71-75, grade is 1 grade；
Under this grade, human body sensory is the warmest, the most comfortable；
During ssd index=59-70, grade is 0 grade；
Under this grade, human body sensory is the most comfortable, the most acceptable；
During ssd index=51-58, grade is-1 grade；
Under this grade, human body sensory is slightly biased cool, the most comfortable；
During ssd index=39-50, grade is-2 grades；
Under this grade, human body sensory colder (refrigerant), uncomfortable, it is noted that warming；
During ssd index=26-38, grade is-3 grades；
Under this grade, human body sensory is terribly cold, the most uncomfortable, it should be noted that thermal insulation；
< 25, grade is-4 grades to ssd index；
Under this grade, human body sensory is cold, the most inadaptable, it should be noted that thermal insulation, prevents cold injury.
Its middle grade is 1,0 ,-1 to belong to comfortable grade, and other grades belong to uncomfortable grade.
Intelligent analysis module 30 is connected with Temperature Humidity Sensor 10 and Pattern Matching Module 20, solar term model in the temperature humidity data collected based on Temperature Humidity Sensor 10 and Pattern Matching Module 20 and ssd model, judge whether to need air-conditioning is regulated and controled, and temperature adjusting parameter and/or humidity regulation parameter are calculated or determined in the case of needs regulate and control, the temperature adjusting parameter calculated and/or humidity regulation parameter are sent to wireless communication module 40.
Wireless communication module 40 is connected with intelligent analysis module 30, for the temperature adjusting parameter that intelligent analysis module 30 is calculated and/or humidity regulation parameter, wirelessly passes to airconditioning control module 50.This wireless communication module 40 can use bluetooth or infrared mode to communicate.
Airconditioning control module 50 is connected with wireless communication module 40, is used for receiving temperature adjusting parameter and/or humidity regulation parameter, regulates and controls air-conditioning based on the regulation and control parameter received.Airconditioning control module 50 can be the receiver module that air-conditioning carries, it is also possible to for receiver modules such as built-in bluetooths.
Energy supply control module 60 is for providing electric power for Temperature Humidity Sensor 10, Pattern Matching Module 20, intelligent analysis module 30, wireless communication module 40 and airconditioning control module 50, and optimizes electricity use, improves flying power.
nullFor above-mentioned intelligent analysis module 30，In a kind of possible implementation，It is primarily based on the temperature data collected and humidity data calculates current ssd index，For ease of distinguishing, this calculated ssd index is referred to as a ssd index，Then by a ssd index is contrasted with the data in ssd model，Draw the grade belonging to a ssd index，If a ssd index belongs to comfortable grade，Illustrate that current humiture meets Consumer's Experience，Then need not air-conditioning is controlled，If a ssd index belongs to uncomfortable grade，In solar term model, then search the reference temperature data corresponding to current solar term and with reference to humidity data，And using the data that find as target temperature and target humidity，I.e. temperature adjusting parameter and humidity regulation parameter，By wireless communication module 40 by this parameter passing to airconditioning control module 50，Air-conditioning is regulated and controled by airconditioning control module 50 based on the parameter received.Owing to showing according to statistical data, winter is easily dried, and summer is easy to be vexed wet, therefore season in summer in winter two humidity be easier to affect the impression of user.It is preferred that first the humidity of air-conditioning is regulated and controled according to humidity regulation parameter so that current humidity is stabilized to target humidity.Such as: if current humidity humidity ratio regulation and control parameter is big, then open dehumidification function；If current humidity humidity ratio regulation and control parameter is little, then open humidification function etc..After current humidity reaches humidity regulation parameter, the current temperature data gathered further according to Temperature Humidity Sensor 10 and current humidity data, current temperature data and current humidity data are substituted into formula (1) and calculates the 2nd ssd index, and the 2nd ssd index calculated is contrasted with the data in ssd model again, if the 2nd ssd index belongs to comfortable grade, air-conditioning is not controlled；Otherwise, the reference temperature data corresponding to current solar term being controlled air-conditioning as temperature adjusting parameter, control method can use PID control etc..
In alternatively possible implementation, intelligent analysis module 30 first determines whether whether the temperature data currently collected and humidity data are the reference temperature data corresponding to current solar term in solar term model and reference humidity data, air-conditioning is not controlled, if not the control then performed as said process.nullI.e. calculate current ssd index based on the temperature data collected and humidity data，For ease of distinguishing, this calculated ssd index is referred to as a ssd index，Then by a ssd index is contrasted with the data in ssd model，Draw the grade belonging to a ssd index，If a ssd index belongs to comfortable grade，Illustrate that current humiture meets Consumer's Experience，Then need not air-conditioning is controlled，If a ssd index belongs to uncomfortable grade，In solar term model, then search the reference temperature data corresponding to current solar term and with reference to humidity data，And using the data that find as target temperature and target humidity，I.e. temperature adjusting parameter and humidity regulation parameter，By wireless communication module 40 by this parameter passing to airconditioning control module 50，Air-conditioning is regulated and controled by airconditioning control module 50 based on the parameter received，Regulation and control method is ibid.
In the present embodiment, based on two models, Current Temperatures humidity being analyzed and is controlled air-conditioning, reason is: solar term model probably due to the problem of statistical data collection and the most accurate；Ssd universal model is the model of comparative maturity, and data are more professional, but also can there is individual variation.Thus, use two models to combine and judge, more can take into account and meet the comfort level demand of different crowd.
Owing to solar term model and ssd model are statistical model, not being the specific comfort model for each user, therefore when still cannot meet the requirement of user through above-mentioned regulation, user can manually carry out the regulation of temperature.The temperature adjusting parameter of user's input and/or humidity regulation parameter can be stored and self study by Pattern Matching Module 20, and according to self study result, the reference temperature data in solar term model and/or reference humidity data are carried out suitable correction, to meet the demand of user individual.
The intelligent air condition bracelet provided according to the present invention, by the humiture data in Real-time Collection user's wrist, judges current comfort level in real time, thus realizes the real-time humiture adjusting air-conditioning, it is ensured that under the state that user is in the most comfortable all the time.Secondly, owing to people's body temperature in sleep deeply can decline along with sleep, and in sleep procedure, stand up and may result in the clothing covering on health and split away off, thus cause suffering from cold, thus for the user under sleep pattern, can change according to the humiture of bracelet position, improve the temperature of air-conditioning, prevent because of discomforts such as air-conditioner temperature are too low, the flu caused.
As in figure 2 it is shown, be the flow chart of one embodiment of air conditioning control method of the present invention, the method comprises the following steps:
Step S21, the temperature data gathering user's wrist and humidity data；
Step S22, calculate a ssd index based on temperature data and humidity data, and determine the grade belonging to a ssd index based on ssd model；
Step S23, judge whether the grade belonging to a ssd index belongs to comfortable grade, be to need not air-conditioning is controlled, otherwise perform step S24；
Step S24, based on solar term model using the reference temperature data corresponding to current solar term and/or with reference to humidity data as temperature adjusting parameter and/or humidity regulation parameter；
Step S25, according to humidity regulation parameter, the humidity of air-conditioning is controlled；
Step S26, current temperature data and humidity data according to the user's wrist of Real-time Collection calculate the 2nd ssd index；
Step S27, judge whether the 2nd ssd index belongs to comfortable grade, be, without air-conditioning is controlled, otherwise perform step S28；
Step S28, the temperature of air-conditioning is controlled by reference temperature data corresponding for current solar term as temperature adjusting parameter.
Additionally, in the case of user has been manually entered temperature adjusting parameter and/or humidity regulation parameter, the method is further comprising the steps of:
Step S29, receive and store temperature adjusting parameter and/or humidity regulation parameter that user is manually entered；
Step S30, carry out self study based on received described temperature adjusting parameter and/or humidity regulation parameter；
Step S31, result based on described self study adjust the reference temperature data in described solar term model and/or with reference to humidity data.
Above example is only in order to illustrate technical scheme, rather than is limited；Although the present invention being described in detail with reference to previous embodiment, for the person of ordinary skill of the art, still the technical scheme described in previous embodiment can be modified, or wherein portion of techniques feature is carried out equivalent；And these amendments or replacement, do not make the essence of appropriate technical solution depart from the spirit and scope of claimed technical solution of the invention.
Claims (10)
1. an intelligent air condition bracelet, it is characterised in that include being arranged in bracelet housing:
Temperature Humidity Sensor, for temperature data and the humidity data of Real-time Collection user's wrist；
Pattern Matching Module, is used for storing solar term model and ssd model, and described solar term model provides the solar term time and corresponding to the reference temperature data of described solar term time with reference to humidity data, and described ssd model provides ssd index and the grade corresponding to described ssd index；
Intelligent analysis module, it is connected with described Temperature Humidity Sensor and described Pattern Matching Module, for based on described temperature data and humidity data and described solar term model and described ssd model, judge whether to need air-conditioning, and in the case of being judged as YES, determine temperature adjusting parameter and/or humidity regulation parameter, and determined by handle, temperature adjusting parameter and/or humidity regulation parameter are sent to wireless communication module；
Described wireless communication module, is connected with described intelligent analysis module, for described temperature adjusting parameter and/or humidity regulation parameter are sent to described airconditioning control module；
Described airconditioning control module, is connected with described wireless communication module, for regulating and controlling described air-conditioning based on described temperature adjusting parameter and/or humidity regulation parameter.
Intelligent air condition bracelet the most according to claim 1, it is characterized in that, described intelligent analysis module is specifically for calculating a ssd index based on described temperature data and humidity data, the grade belonging to a described ssd index is determined based on described ssd model, if described grade belongs to uncomfortable grade, then based on described solar term model using reference temperature data corresponding for current solar term and/or with reference to humidity data as temperature adjusting parameter and/or humidity regulation parameter.
Intelligent air condition hands ring the most according to claim 1, it is characterized in that, based on described solar term model, described intelligent analysis module is specifically for judging whether described temperature data and humidity data are the reference temperature data corresponding to current solar term and reference humidity data, if the judgment is No, then calculate a ssd index based on described temperature data and humidity data, and determine the grade belonging to a described ssd index based on described ssd model, if described grade belongs to uncomfortable grade, then based on described solar term model using reference temperature data corresponding for current solar term and/or with reference to humidity data as temperature adjusting parameter and/or humidity regulation parameter.
4. according to the intelligent air condition hands ring described in Claims 2 or 3, it is characterized in that, when parameter determined by described intelligent analysis module includes temperature adjusting parameter and humidity regulation parameter, described airconditioning control module is specifically for regulating and controlling described air-conditioning based on described humidity regulation parameter, current temperature data and current humidity data that the most described intelligent analysis module gathers based on described Temperature Humidity Sensor calculate the 2nd ssd index, it is judged as that described 2nd ssd index belongs to uncomfortable grade if based on described ssd model, described air-conditioning is regulated and controled by the most described airconditioning control module based on described temperature adjusting parameter.
Intelligent air condition bracelet the most according to claim 1, it is characterized in that, temperature adjusting parameter and/or humidity regulation parameter that described Pattern Matching Module is additionally operable to be manually entered described user store and self study, and result based on described self study adjusts the reference temperature data in described solar term model and/or with reference to humidity data.
Intelligent air condition bracelet the most according to claim 1, it is characterised in that in described ssd model, grade is 1,0 and-1 for comfortable grade, and other grade is uncomfortable grade.
7. an air conditioning control method, it is characterised in that including:
Step S11, the temperature data gathering user's wrist and humidity data；
Step S12, calculate a ssd index based on described temperature data and humidity data, and determine the grade belonging to a described ssd index based on ssd model；And
Whether grade determined by step S13, judgement belongs to uncomfortable grade, be then based on solar term model using the reference temperature data corresponding to current solar term and/or with reference to humidity data as temperature adjusting parameter and/or humidity regulation parameter, temperature and/or humidity to air-conditioning are controlled
Wherein, described solar term model provides the solar term time and corresponding to the reference temperature data of described solar term time with reference to humidity data, and described ssd model provides ssd index and the grade corresponding to described ssd index.
Air conditioning control method the most according to claim 7, it is characterized in that, also include between described step S11 and described step S12: judge whether the temperature data gathered and humidity data are the reference temperature data corresponding to current solar term and reference humidity data based on described solar term model, if the judgment is No, then step S12 is performed.
9. according to the air conditioning control method described in claim 7 or 8, it is characterised in that in described step S13, temperature and/or humidity to air-conditioning are controlled including:
Based on described humidity regulation parameter, the humidity of described air-conditioning is controlled；
Gather current temperature data and the current humidity data of described user's wrist；
The 2nd ssd index is calculated based on the current temperature data gathered and current humidity data, being judged as that described 2nd ssd index belongs to uncomfortable grade if based on described ssd model, described air-conditioning is controlled by the most described airconditioning control module based on described temperature adjusting parameter.
Air conditioning control method the most according to claim 7, it is characterised in that also include:
Receive and store temperature adjusting parameter and/or humidity regulation parameter that user is manually entered；
Self study is carried out based on received described temperature adjusting parameter and/or humidity regulation parameter；
Result based on described self study adjusts the reference temperature data in described solar term model and/or with reference to humidity data.
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| CN106524444A (en) * | 2016-12-30 | 2017-03-22 | 广东美的制冷设备有限公司 | Body feeling control method and device for air conditioner |
| CN106524443A (en) * | 2016-12-30 | 2017-03-22 | 广东美的制冷设备有限公司 | Air conditioner control method and device |
| CN109442692A (en) * | 2018-11-02 | 2019-03-08 | 奥克斯空调股份有限公司 | A kind of air conditioning control method based on Intelligent bracelet, system and air conditioner |
| WO2019095281A1 (en) * | 2017-11-17 | 2019-05-23 | 盐城天顺机械科技有限公司 | Air conditioner control system |
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