CN105650815A - Linkage control method, device and system for air conditioner and fan - Google Patents

Linkage control method, device and system for air conditioner and fan Download PDF

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Publication number
CN105650815A
CN105650815A CN201610032115.8A CN201610032115A CN105650815A CN 105650815 A CN105650815 A CN 105650815A CN 201610032115 A CN201610032115 A CN 201610032115A CN 105650815 A CN105650815 A CN 105650815A
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CN
China
Prior art keywords
air
conditioning
fan
human body
state
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Granted
Application number
CN201610032115.8A
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Chinese (zh)
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CN105650815B (en
Inventor
郑伟
Current Assignee (The listed assignees may be inaccurate. Google has not performed a legal analysis and makes no representation or warranty as to the accuracy of the list.)
Midea Group Co Ltd
GD Midea Air Conditioning Equipment Co Ltd
Original Assignee
Midea Group Co Ltd
Guangdong Midea Refrigeration Equipment Co Ltd
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Priority to CN201610032115.8A priority Critical patent/CN105650815B/en
Publication of CN105650815A publication Critical patent/CN105650815A/en
Application granted granted Critical
Publication of CN105650815B publication Critical patent/CN105650815B/en
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Classifications

    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/70—Control systems characterised by their outputs; Constructional details thereof
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/01—Measuring temperature of body parts ; Diagnostic temperature sensing, e.g. for malignant or inflamed tissue
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
    • A61B5/0205—Simultaneously evaluating both cardiovascular conditions and different types of body conditions, e.g. heart and respiratory condition
    • A61B5/02055—Simultaneously evaluating both cardiovascular condition and temperature
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/02—Detecting, measuring or recording pulse, heart rate, blood pressure or blood flow; Combined pulse/heart-rate/blood pressure determination; Evaluating a cardiovascular condition not otherwise provided for, e.g. using combinations of techniques provided for in this group with electrocardiography or electroauscultation; Heart catheters for measuring blood pressure
    • A61B5/024—Detecting, measuring or recording pulse rate or heart rate
    • A61B5/0245—Detecting, measuring or recording pulse rate or heart rate by using sensing means generating electric signals, i.e. ECG signals
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/103—Detecting, measuring or recording devices for testing the shape, pattern, colour, size or movement of the body or parts thereof, for diagnostic purposes
    • A61B5/11—Measuring movement of the entire body or parts thereof, e.g. head or hand tremor, mobility of a limb
    • A61B5/1113—Local tracking of patients, e.g. in a hospital or private home
    • A61B5/1114—Tracking parts of the body
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/103—Detecting, measuring or recording devices for testing the shape, pattern, colour, size or movement of the body or parts thereof, for diagnostic purposes
    • A61B5/11—Measuring movement of the entire body or parts thereof, e.g. head or hand tremor, mobility of a limb
    • A61B5/1118—Determining activity level
    • A—HUMAN NECESSITIES
    • A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
    • A61B5/00—Measuring for diagnostic purposes; Identification of persons
    • A61B5/48—Other medical applications
    • A61B5/4806—Sleep evaluation
    • A61B5/4812—Detecting sleep stages or cycles
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
    • F04D—NON-POSITIVE-DISPLACEMENT PUMPS
    • F04D27/00—Control, e.g. regulation, of pumps, pumping installations or pumping systems specially adapted for elastic fluids
    • F04D27/008—Stop safety or alarm devices, e.g. stop-and-go control; Disposition of check-valves
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F11/00—Control or safety arrangements
    • F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
    • F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
    • F24—HEATING; RANGES; VENTILATING
    • F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
    • F24F2120/00—Control inputs relating to users or occupants
    • F24F2120/10—Occupancy
    • G—PHYSICS
    • G05—CONTROLLING; REGULATING
    • G05B—CONTROL OR REGULATING SYSTEMS IN GENERAL; FUNCTIONAL ELEMENTS OF SUCH SYSTEMS; MONITORING OR TESTING ARRANGEMENTS FOR SUCH SYSTEMS OR ELEMENTS
    • G05B19/00—Programme-control systems
    • G05B19/02—Programme-control systems electric
    • G05B19/418—Total factory control, i.e. centrally controlling a plurality of machines, e.g. direct or distributed numerical control [DNC], flexible manufacturing systems [FMS], integrated manufacturing systems [IMS], computer integrated manufacturing [CIM]
    • Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
    • Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
    • Y02B—CLIMATE CHANGE MITIGATION TECHNOLOGIES RELATED TO BUILDINGS, e.g. HOUSING, HOUSE APPLIANCES OR RELATED END-USER APPLICATIONS
    • Y02B30/00—Energy efficient heating, ventilation or air conditioning [HVAC]
    • Y02B30/70—Efficient control or regulation technologies, e.g. for control of refrigerant flow, motor or heating

Abstract

The invention discloses a linkage control method for an air conditioner and a fan. The linkage control method comprises the following steps of acquiring human body information detected by wearable equipment; and controlling the working states of the air conditioner and the fan according to the acquired human body information so that a human body reaches a comfortable state. The invention also discloses a linkage control device and system for an air conditioner and a fan. By using the linkage control method, device and system, not only is the automatic control of the air conditioner and the fan realized, but also the aim of saving energy is achieved.

Description

Air-conditioning fan inter-linked controlling method, Apparatus and system
Technical field
The present invention relates to field of air conditioning, relate in particular to air-conditioning fan inter-linked controlling method, Apparatus and system.
Background technology
The normally process of a slow cooling of outdoor temperature at night in summer, in the first half section of falling asleep due to indoorTemperature is higher, conventionally can first move air conditioner refrigerating a period of time. Entering after the time after midnight, due to indoor and outdoorThe reduction of temperature, adds that after falling asleep, human body reduces the susceptibility of temperature, and user can feel cold conventionally, orPerson for energy-conservation consideration timing close air-conditioning, open electric fan simultaneously and lower the temperature, although energy like thisReach certain energy-conservation object, but cannot meet user's comfort level demand.
Summary of the invention
Main purpose of the present invention is to provide a kind of air-conditioning fan inter-linked controlling method, Apparatus and system,Be intended to the human body information detecting based on wearable device, realize the interlock control of air-conditioning fan.
For achieving the above object, a kind of air-conditioning fan inter-linked controlling method provided by the invention, comprises followingStep:
Obtain the human body information that wearable device detects;
According to obtained human body information, control the duty of air-conditioning and fan, so that human body reaches easyproSuitable state.
Preferably, described human body information comprises body temperature or heart rate; Or described human body information comprises body temperatureOr heart rate, and amount of exercise; Described according to obtained human body information, control the work of air-conditioning and fanState, comprises so that human body reaches the step of comfort conditions:
According to described human body information, obtain the cold and hot degree of human body;
When judging that according to the degree of superheat of described human body human body is overheated or crossing when cold, control the work of air-conditioning and fanMake state, so that human body is in comfort conditions.
Preferably, described when judging that according to the degree of superheat of human body human body is overheated or crossing when cold, control air-conditioning andThe step of the duty of fan comprises:
When judging that human body crosses when cold, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, increase the target temperature of air-conditioning or close air-conditioning, return to instituteState the step of obtaining the human body information that wearable device detects;
In the time that only fan is in running status, reduce the wind speed of fan or close fan, described in returning, obtainGet the step of the human body information that wearable device detects;
When air-conditioning and fan are during all in running status, increase the target temperature of air-conditioning and/or reduce fanWind speed, or close air-conditioning, obtains the step of the human body information that wearable device detects described in returning.
Preferably, described when judging that according to the degree of superheat of human body human body is overheated or crossing when cold, control air-conditioning andThe step of the duty of fan comprises:
In the time judging that human body is overheated, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, reduce the target temperature of air-conditioning, or open fan, returnThe described step of obtaining the human body information that wearable device detects;
In the time that only fan is in running status, increases the wind speed of fan, or open air-conditioning, described in returningObtain the step of the human body information that wearable device detects;
When air-conditioning and fan are during all in running status, reduce the target temperature of air-conditioning, and/or increase fanWind speed.
Preferably, described when air-conditioning and fan are during all in running status, reduce the target temperature of air-conditioningAfter step or described when air-conditioning and fan are during all in running status, the target temperature of reduction air-conditioningAfter step, also comprise:
When the target temperature of the air-conditioning after reducing is less than preset temperature threshold value, keep the current operation of air-conditioningState, the wind speed of unlatching fan or increase fan.
Preferably, described according to obtained human body information, the duty of control air-conditioning and fan, withThe step that makes human body reach comfort conditions comprises:
According to described human body information, judge that body temperature or heart rate are whether in stable state and whether be positioned atIn default body temperature or heart rate range value;
When body temperature or heart rate are in stable state, and while being positioned at default body temperature or heart rate range value,Control air-conditioning is closed, and fan is opened.
Preferably, describedly tend to be steady when body temperature or heart rate, and be positioned at default body temperature or heart rate modelWhile enclosing in value, control air-conditioning and close, after the step that fan is opened, also comprise:
In the time that body temperature or heart rate are positioned at default body temperature or heart rate range value, judge body temperature orThe variation of heart rate, and according to the variation of body temperature or heart rate, adjust the wind speed of fan; Or,
Judge the variation of body temperature or heart rate, when body temperature or the heart rate of human body are greater than default body temperature or the heartThe maximum of rate value range, again controls air-conditioning and opens; Or,
Judge the variation of body temperature or heart rate, when the body temperature of human body or heart rate and default body temperature threshold value orWhen the difference of heart rate threshold is greater than preset difference value, again controls air-conditioning and open.
Preferably, described human body information also comprises body temperature or heart rate, and amount of exercise; Described according to obtainThe human body information of getting, the duty of control air-conditioning and fan, so that human body reaches the step of comfort conditionsComprise:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
Judge the dormant variation of human body, and in conjunction with body temperature and/or the heart rate of human body, control air-conditioning andThe duty of fan, so that human body is in comfort conditions.
Preferably, the dormant variation of described judgement human body, and in conjunction with body temperature and/or the heart rate of human body,The step of controlling the duty of air-conditioning and fan comprises:
When human body enters the shallow state of sleeping by the state of wakeing up, and body temperature or heart rate be in the time of stable state,Close air-conditioning, open fan;
When human body enters by deep sleep or the shallow state of sleeping the state of wakeing up, or body temperature or heart rate inWhen labile state, reopen air-conditioning.
Preferably, described human body information also comprises body temperature or heart rate, and amount of exercise; Described according to obtainThe human body information of getting, the duty of control air-conditioning and fan, so that human body reaches the step of comfort conditionsComprise:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
When human body enters the shallow state of sleeping by the state of wakeing up, and the time that enters the shallow state of sleeping reach first defaultWhen time t1, close air-conditioning, open fan; When human body enters deep sleep by the shallow state of sleeping, and enterThe time of deep sleep reaches the second preset time t 2, reduces the wind speed of fan; When human body is by deep sleepEnter the shallow state of sleeping, and the time that enters the shallow state of sleeping reach the 3rd preset time t 3, increase the wind of fanSpeed; When human body enters by the shallow state of sleeping the state of wakeing up, and the time that enters the state of wakeing up reach the 4th defaultTime t4, reopens air-conditioning.
In addition, for achieving the above object, a kind of air-conditioning fan linkage control device that the present invention also provides,Comprise:
Communication networking module, with wearable device communication, the human body detecting for receiving wearable deviceInformation; Also for air-conditioning and fan communication;
Signal processing module, is connected with described communication networking module, for according to described communication networking moduleThe human body information receiving, produces control signal, to control the duty of air-conditioning and fan, human body is reachedTo comfort conditions.
Preferably, described human body information comprises body temperature or heart rate; Or described human body information comprises body temperatureOr heart rate, and amount of exercise; Described signal processing module is used for:
According to human body information, obtain the cold and hot degree of human body;
When judging that according to the degree of superheat of human body human body is overheated or crossing when cold, control the work shape of air-conditioning and fanState, so that human body is in comfort conditions.
Preferably, described communication networking module is also for obtaining the work at present state of air-conditioning and fan; InstituteState signal processing module also for:
When judging that human body crosses when cold, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, produce the air-conditioning control signal of the target temperature that increases air-conditioning,Or produce the air-conditioning control signal of closing air-conditioning;
In the time that only fan is in running status, produce the fan control signal of closing fan;
When air-conditioning and fan are during all in running status, produce the fan control signal of closing fan.
Preferably, described communication networking module is also for obtaining the work at present state of air-conditioning and fan; InstituteState signal processing module also for:
In the time judging that human body is overheated, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, produce the air-conditioning control signal of the target temperature that reduces air-conditioning,Or produce the fan control signal of opening fan simultaneously;
In the time that only fan is in running status, produce the fan control signal of the wind speed that increases fan, orProduce the air-conditioning control signal of opening air-conditioning simultaneously;
When air-conditioning and fan are during all in running status, the air-conditioning control that produces the target temperature that reduces air-conditioningSignal, and/or produce the fan control signal that increases fan wind speed.
Preferably, described signal processing module also for: the target temperature of air-conditioning after reducing is less than in advanceIf when temperature threshold, produce the fan control signal of opening fan or increasing fan wind speed.
Preferably, described human body information comprises body temperature or heart rate; Described signal processing module is used for:
According to described human body information, judge that body temperature or heart rate are whether in stable state and whether be positioned atIn default body temperature or heart rate range value;
When body temperature or heart rate are in stable state, and while being positioned at default body temperature or heart rate range value,The air-conditioning control signal of air-conditioning is closed in generation, produces the fan control signal of opening fan.
Preferably, described signal processing module also for: when body temperature or heart rate are positioned at default body temperatureOr in heart rate range value time, judge the variation of body temperature or heart rate, and according to the variation of body temperature or heart rate,Produce the control signal of the wind speed of adjusting fan; Or,
Judge the variation of body temperature or heart rate, when body temperature or the heart rate of human body are greater than default body temperature or the heartThe maximum of rate value range, produces the air-conditioning control signal of opening air-conditioning; Or,
Judge the variation of body temperature or heart rate, when the body temperature of human body or heart rate and default body temperature threshold value orWhen the difference of heart rate threshold is greater than preset difference value, produce the air-conditioning control signal of opening air-conditioning.
Preferably, described human body information also comprises body temperature or heart rate, and amount of exercise; Described signal processingModule is used for:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
Judge the dormant variation of human body, and in conjunction with body temperature and/or the heart rate of human body, produce and control letterNumber, to control the duty of air-conditioning and fan, make human body reach comfort conditions.
Preferably, described signal processing module also for:
When human body enters the shallow state of sleeping by the state of wakeing up, and body temperature or heart rate be in the time of stable state,Produce the air-conditioning control signal of closing air-conditioning, produce the fan control signal of opening fan;
When human body enters by deep sleep or the shallow state of sleeping the state of wakeing up, or body temperature or heart rate inWhen labile state, produce the air-conditioning control signal of opening air-conditioning.
Preferably, described human body information also comprises body temperature or heart rate, and amount of exercise; Described signal processingModule is used for:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
When human body enters the shallow state of sleeping by the state of wakeing up, and the time that enters the shallow state of sleeping reach first defaultWhen time t1, produce the air-conditioning control signal of closing air-conditioning, produce the fan control signal of opening fan;
When human body enters deep sleep by the shallow state of sleeping, and the time that enters deep sleep reach second defaultTime t2, generation reduces the fan control signal of the wind speed of fan;
When human body enters the shallow state of sleeping by deep sleep, and the time that enters the shallow state of sleeping reach the 3rd defaultTime t3, generation increases the fan control signal of the wind speed of fan;
When human body enters by the shallow state of sleeping the state of wakeing up, and the time that enters the state of wakeing up reach the 4th defaultTime, t4 was, produced the air-conditioning control signal of opening air-conditioning.
In addition, for achieving the above object, the present invention also provides a kind of air-conditioning, comprises housing and is arranged onControl device on housing, is characterized in that, the control device that described control device is said structure, instituteState control device respectively with wearable device, fan communication, for the people who detects according to wearable deviceBody information, produces control signal, to control the duty of air-conditioning and fan, so that human body reaches comfortableState.
In addition, for achieving the above object, the present invention also provides a kind of air-conditioning fan coordinated control system,Comprise air-conditioning, fan, control device and wearable device, the control that described control device is said structureDevice, described control device respectively with wearable device, air-conditioning and fan communication, for according to wearableThe human body information that equipment detects, produces control signal, to control the duty of air-conditioning and fan, withMake human body reach comfort conditions.
Preferably, described control device is arranged on air-conditioning.
The human body information that the present invention utilizes wearable device to detect, judges that whether human body is in comfort conditions,And according to judged result, control the duty of air-conditioning and/or fan, not only realize air-conditioning and fanAutomatically control, but also reached energy-conservation object.
Brief description of the drawings
Fig. 1 is the interactive structure schematic diagram of air-conditioning system one embodiment of the present invention;
Fig. 2 is the high-level schematic functional block diagram of air-conditioning fan linkage control device one embodiment of the present invention;
Fig. 3 is the schematic flow sheet of air-conditioning fan inter-linked controlling method one embodiment of the present invention;
Fig. 4 be in air-conditioning fan inter-linked controlling method of the present invention according to the human body information that obtains, control air-conditioning andThe schematic flow sheet of the first embodiment of the duty of fan;
Fig. 5 judges in air-conditioning fan inter-linked controlling method of the present invention that human body crosses the refinement flow process signal when coldFigure;
Fig. 6 is the refinement flow process signal judging in air-conditioning fan inter-linked controlling method of the present invention when human body is overheatedFigure;
Fig. 7 be in air-conditioning fan inter-linked controlling method of the present invention according to the human body information that obtains, control air-conditioning andThe schematic flow sheet of the second embodiment of the duty of fan;
Fig. 8 be in air-conditioning fan inter-linked controlling method of the present invention according to the human body information that obtains, control air-conditioning andThe schematic flow sheet of the 3rd embodiment of the duty of fan;
Fig. 9 be in air-conditioning fan inter-linked controlling method of the present invention in conjunction with sleep state and time, control air-conditioning andThe exemplary plot of the duty of fan;
Figure 10 is the human body information that in air-conditioning fan inter-linked controlling method of the present invention, basis is obtained, and controls air-conditioningSchematic flow sheet with the 4th embodiment of the duty of fan;
Figure 11 changes in conjunction with sleep state and body temperature in air-conditioning fan inter-linked controlling method of the present invention, controlsThe exemplary plot of the duty of air-conditioning and fan.
Realization, functional characteristics and the advantage of the object of the invention, in connection with embodiment, are done further with reference to accompanying drawingExplanation.
Detailed description of the invention
Should be appreciated that specific embodiment described herein is only in order to explain the present invention, and be not used in limitDetermine the present invention.
The present invention proposes a kind of air-conditioning fan interlock control program, the human body that utilizes wearable device to detectInformation, judges that whether human body is in comfort conditions, and according to judged result, control air-conditioning and/or fanDuty, has not only realized the automatic control of air-conditioning and fan, but also has reached energy-conservation object.
For example, when user in bed, based on the detection of human body information, air-conditioning and fan are controlled in interlock, fromAnd make human body can reach comfort conditions, and the whole night can be interference-free, improve user's sleep quality.Moreover, when user in bed, carry out energy-conservation the running time that no longer needs additionally to arrange air-conditioning, based onThe detection of human body information, closes air-conditioning in the corresponding time, and opens fan, both can maintain Indoor TemperatureDegree, has reached again energy-conservation object.
Owing to can accurately embody the cold and hot situation of human body based on human body information, therefore enter based on human body informationThe interlock control of line space mediation fan, can accurately control indoor temperature, makes human body reach comfort conditions.
As shown in Figure 1, show the functional block diagram of air-conditioning fan coordinated control system one embodiment of the present invention.This air-conditioning fan coordinated control system can comprise air-conditioning 100, fan 200, control device 300 and wearableEquipment 400. Wherein, control device 300 respectively with wearable device 400, air-conditioning 100 and fan 200Communication, for the human body information detecting according to wearable device 400, produces control signal, to controlThe duty of air-conditioning 100 and fan 200, so that human body reaches comfort conditions. Be understandable that,Above-mentioned air-conditioning 100, fan 200, control device 300 and wearable device 400 can pass through wireless WIFI,It is interconnected that the means such as bluetooth, infrared or mobile network realize data interchange. Along with the development of technology of Internet of things,Between above-mentioned air-conditioning 100, fan 200, control device 300 and wearable device 400, also can pass throughInternet terminal communicates with one another. All equipment all carries out data upload to this internet platformShare, the human body information detecting based on wearable device 400 for control device 300, controls air-conditioning100 and fan 200 link so that human body reaches comfort conditions.
Wherein, wearable device 400 can be intelligent bracelet or intelligent watch, for example, have circulusWrist strap, for being worn on the wrist of human body; Or can be and contact with body surface with its of human body informationHis wearing equipment. This wearable device 400 can comprise motion sensor 401, biosensor 402 and logicalNews module 403. This motion sensor 401 can comprise acceleration transducer, gyroscope etc., at any timeMeasure, record the active situation of human body everywhere, such as running step number, swimming the number of turns, by bike distance, energyStanding up etc. when amount consumption, length of one's sleep, user sleep. Biology sensor can comprise body temperature trans,EGC sensor, pre ure tra ducer etc., for the physiological status to human body measure, record. CauseThis, above-mentioned human body information can comprise shell temperature, heart rate, activity etc. Be understandable that, forThe normal operation of wearable device 400, power supply, for example lithium also can be set in this wearable device 400Battery etc.; And storage device, to keep in detected human body information. This communication module 403 canTo carry out communication with external equipment, the mode such as that this communication module can have is infrared, radio frequency, bluetooth, zigbee.For example,, with control device 300 communications, so that detected human body information is sent to control device 300.Or with terminal called is set, with according to the instruction that arranges that terminal is set, adjust wearable device 400Parameter.
The human body information that above-mentioned control device 300 detects according to wearable device 400, produces and controls letterNumber, to control the duty of air-conditioning and fan, so that human body reaches comfort conditions. This control signal canComprise air-conditioning control signal and fan control signal. Due to both control principle differences, therefore produce controlWhen signal processed, need to produce corresponding control signal for air-conditioning 100 and fan 200 respectively. Certainly,Do not get rid of the control signal that air-conditioning is identical with fan, for example starting-up signal or off signal etc. yet. ForDistinguish two control signals, can on this signal, carry corresponding mark, for example, identify 0 expression air-conditioningControl signal, mark 1 represents fan control signal. Or, both control signals are arranged accordinglyControl code, for example 0～6 for air-conditioning control signal, and 7-9 is for fan control signal.
Above-mentioned air-conditioning can comprise polytype, can comprise on-hook, cabinet-type air conditioner, ceiling machine, window by mounting meansMachine, movable air conditioner, embedded type air conditioner; Can comprise frequency changer and fixed machine frequently by operation principle; By usingEnvironment can comprise domestic air conditioning and business air conditioner. Said fans can comprise stand fan, wall fan, ceiling fan, nothingBlade fan etc., and this fan has communication module, that this communication module can have is infrared, radio frequency, indigo plantThe mode such as tooth, zigbee.
Above-mentioned control device 300 can independently exist, and also can be arranged in air-conditioning 100, to realize skyTune 100 and fan 200 link. Below will describe in detail as unit taking control device 300. As Fig. 2Shown in, this control device 300 can comprise:
Communication networking module 310, with wearable device 400 communications, for receiving 400 of wearable devicesThe human body information detecting; Also for air-conditioning 100 and fan 200 communications;
Signal processing module 320, is connected with described communication networking module 310, for joining according to described communicationThe human body information that net module 100 receives, produces control signal, to control air-conditioning 100 and fan 200Duty, makes human body reach comfort conditions.
Above-mentioned human body information can comprise shell temperature or heart rate, and amount of exercise. Wearable device 400 is establishedThere are corresponding sensor or checkout gear, with human body information, and detected human body information sent outDeliver to control device 300. Be understandable that, for the ease of the Obtaining Accurate of human body information, this control dressPutting 300 first needs to match with wearable device 400, to obtain the equipment of wearable device 400Mark, is not only convenient to control device 300 and wearable device 400 communications, but also can realizes multipleThe human body information management of wearable device 400. In the time that multiple wearable devices 400 use simultaneously, canAccording to control device 300 (if control device 300 is arranged in air-conditioning 100, referring to air-conditioning 100) with canDistance between wearing equipment 400 is determined the human body based on from the nearest wearable device 400 of control deviceInformation is controlled; Can also determine based on priority level according to the priority level of wearable device 400The human body information of high wearable device 400 is controlled; Can also be according to multiple wearable devices 400Human body information weighting process determine.
Determine that, after the human body information of wearable device 400, signal processing module 200 is according to determined peopleBody information, produces control signal. This control signal comprises the control signal of air-conditioning and the control signal of fan.Communication networking module 310 is by the control signal producing, and correspondence is issued air-conditioning 100 and fan 200. By windFan control signal sends to fan 200, and air-conditioning control signal is sent to air-conditioning 100.
The human body information that the embodiment of the present invention detects based on wearable device 400, controls air-conditioning 100 HesFan 200 coordinated operations, have not only realized the automatic control of air-conditioning and fan, but also can be by emptyThe interlock of mediation fan, had both met the comfort requirement of human body, but also had reached energy-conservation object.
Further, whenever the interlock control of above-mentioned air-conditioning and fan goes for, and user existsWhen sleep or when clear-headed. In the embodiment of the present invention, the comfort standard of a human body will be set in advance. Due toThe body temperature of human body, heart rate can embody human body cross cold or overheated, and the amount of exercise of human body mainly for detection ofHuman body is in waking state or sleep state; If human body often stands up in sleep procedure, thinkHuman body sleeping obtains uncomfortable. Signal processing module 320 is according to the received human body of communication networking module 310Information, i.e. body temperature or heart rate, and amount of exercise, determine the cold and hot degree of human body. Signal processing module 320Also judge that according to the cold and hot degree of human body whether human body is in comfort conditions, and according to judged result control air-conditioningAnd/or the duty of fan, so that the cold and hot degree of human body is in comfort conditions.
Particularly, the embodiment of the present invention sets in advance based on human body information determines that cold and hot degree establishes rules really,So that signal processing module 320 is determined the current cold and hot degree of human body based on human body information. Suppose the cold of human bodyTemperature can comprise: comfort standard---[0.5 ,+0.5], overheated---(+0.5 ,+∞), excessively cold---(∞,-0.5). Determine in rule, corresponding parameter area can be set. Taking human body information comprise body temperature asExample, under normal circumstances, the body temperature of human body in [m, n] scope, if when the body temperature of current human body is less than m,The current cold and hot degree of human body is-1, if when the body temperature of current human body is greater than n, and the current cold and hot degree of human bodyBe 1. Wherein, m is less than n. Because body temperature exists difference in waking state and sleep state, thereforeFor body state, corresponding parameter area is set respectively, and the people who detects in conjunction with wearable device 400Body amount of exercise and/or heart rate, determine that human body is in waking state or sleep state, by current human bodyThe parameter area of body temperature and corresponding body state compares, to determine the cold and hot degree of human body.
In like manner, separately with the heart rate of human body and in conjunction with heart rate and amount of exercise, carry out the cold and hot degree of human body reallySurely can be with reference to embodiment above, difference is only different from the parameter area arranging. In addition, use multiple ginsengsNumber together, can make determining of cold and hot degree more accurate. And human body information does not limit above-mentioned instituteThe parameter exemplifying, can also arrange other and embody the parameter of human bodies cold and hot degree, does not just exemplify one by one at this.
The cold and hot degree of determining human bodies when signal processing module 320, outside default comfort standard, is first looked intoAsk the work at present state of air-conditioning and fan, and according to the work at present state of air-conditioning and fan to air-conditioning andFan is controlled accordingly, for example On/Off air-conditioning, On/Off fan, increase/reduction air-conditioning orderMark temperature, increase/reduction fan wind speed etc. Because default human body comfort standard is [0.5 ,+0.5],Therefore in the time that the cold and hot degree of human body is less than-0.5, think that human body is excessively cold; When the cold and hot degree of human body be greater than+0.5 time,Think that human body is overheated. And human body is crossed the control mode difference when cold or overheated, below will divide safety pinTo crossing cold or overheated being described.
(1) when human body is crossed when cold
Communication networking module 310 will be obtained the work at present state of air-conditioning 100 and fan 200. Certainly,Air-conditioning 100 and fan 200 are started shooting and in the time of running status, also can be reported the duty of oneself.If do not receive reporting information in a period of time, think in off-mode. 320 of signal processing modulesAccording to the work at present state of air-conditioning 100 and fan 200, control air-conditioning 100 and fan 200. Specific as follows:
In the time that only air-conditioning 100 is in running status, produce the air-conditioning control letter of the target temperature that increases air-conditioningNumber, or produce the air-conditioning control signal of closing air-conditioning. It should be noted that, herein close air-conditioning alsoNot power-off, but close compressor of air conditioner. By increasing the target temperature of air-conditioning or closing air-conditioning, makeObtain indoor temperature and go up, solve the excessively cold problem of human body.
In the time that only fan 200 is in running status, produce the fan control signal of closing fan. When wind onlyFan 200 is in the time of running status, and human body is excessively cold, can close fan 200. Herein close fan200 can not be power-off, but makes fan standby. Certainly, can also judge the wind speed of fan 200 herein,If the wind speed of fan is higher, can first adjust the windscreen of fan 200, to reduce the wind speed of fan. IfAfter a period of time, the cold and hot degree of human body does not change, and closes fan.
When air-conditioning 100 and fan 200 are during all in running status, produce the air-conditioning control letter of closing air-conditioningNumber. When air-conditioning 100 and fan 200 are during all in running status, can be by air-conditioning 100 or fan 200.Preferably, because the power consumption of air-conditioning is higher than the power consumption of fan, therefore can preferentially close air-conditioning 100.Certainly, can also judge the target temperature of air-conditioning 100 and the wind speed of fan 200 herein, if air-conditioning 100Target temperature lower, can first improve the target temperature of air-conditioning 100, if the wind speed of fan 200 isHeight, can first adjust the windscreen of fan 200, to reduce the wind speed of fan 200. If after a period of time,The cold and hot degree of human body does not change, and closes air-conditioning 100 and/or fan 200. Be understandable that, ifThe wind speed of fan 200 has been minimum, closes fan 200.
Be understandable that, the control of above-mentioned air-conditioning 100 and fan 200 will periodically circulate.Based on after human body information control air-conditioning 100 and fan 200, continue to obtain human body letter every a period of timeBreath, and based on human body information control air-conditioning 100 and fan 200. When the cold and hot degree of human body information is positioned at comfortableIn scope, do not process. By loop control, make the cold and hot degree of human body be positioned at comfort standard alwaysIn.
(2) in the time that human body is overheated
Communication networking module 310 will be obtained the work at present state of air-conditioning 100 and fan 200. Certainly,Air-conditioning 100 and fan 200 are started shooting and in the time of running status, also can be reported the duty of oneself.If do not receive reporting information in a period of time, think in off-mode. 320 of signal processing modulesAccording to the work at present state of air-conditioning 100 and fan 200, control air-conditioning 100 and fan 200. Specific as follows:
In the time that only air-conditioning 100 is in running status, produce the air-conditioning control of the target temperature that reduces air-conditioning 100Signal processed, or produce the fan control signal of opening fan 200. In the time that human body is overheated, and only emptyAdjust 100 in running status, can, by reducing the target temperature of air-conditioning 100, increase even if obtain air-conditioningCompressor operating frequency, thus indoor Current Temperatures reduced. Certainly, consider that adjusting air-conditioning will increase emptyThe power consumption of adjusting, can also keep the current running status of air-conditioning 100, and by opening fan 200, comeAccelerate flowing of room air, reach the object that reduces indoor Current Temperatures.
In the time that only fan 200 is in running status, produce the fan control signal of the wind speed that increases fan,Or produce the air-conditioning control signal of opening air-conditioning simultaneously. In the time that human body is overheated, and fan 200 places onlyIn running status, can, first by increasing the wind speed of fan, to accelerate flowing of room air, reachReduce the object of indoor Current Temperatures. If the current wind speed of fan 200 for high state, can pass throughOpen air-conditioning 100 and realize cooling. Or the work at present state of maintenance fan 200, directly passes throughOpen air-conditioning 100 and realize cooling.
When air-conditioning 100 and fan 200 are during all in running status, produce the target temperature that reduces air-conditioningAir-conditioning control signal, and/or generation increases the fan control signal of the wind speed of fan. In the time that human body is overheated,And air-conditioning 100 and fan 200 be all in running status, can first reduce air-conditioning target temperature orIncrease the wind speed of fan, realize cooling. Certainly, consider that the power consumption of air-conditioning is higher than the power consumption of fan,Here can preferentially increase the wind speed of fan, when the cold and hot degree of human body after the wind speed that increases fan does not becomeChange, reduce again the target temperature of air-conditioning, realize cooling by air-conditioning. Certainly, here also can air-conditioning100 and fan 200 adjust simultaneously, to realize fast cooling.
When air-conditioning 100 and fan 200 are during all in closed condition, consider that the power consumption of air-conditioning compares fanPower consumption high, can preferentially open fan 200, in the time that fan 200 cannot meet human body comfort requirement,Realize cooling by opening air-conditioning again.
Be understandable that, the control of above-mentioned air-conditioning 100 and fan 200 will periodically circulate.Based on after human body information control air-conditioning 100 and fan 200, continue to obtain human body letter every a period of timeBreath, and based on human body information control air-conditioning 100 and fan 200. When the cold and hot degree of human body information is positioned at comfortableIn scope, do not process. By loop control, make the cold and hot degree of human body be positioned at comfort standard alwaysIn.
Further, in the time of the target temperature of above-mentioned reduction air-conditioning, signal processing module 320 also will carry outFollowing operation: when the target temperature of the air-conditioning after reducing is less than preset temperature threshold value, produces and open fan200 or increase the fan control signal of wind speed of fan 200. In the present embodiment, will set in advance oneTemperature threshold, this temperature threshold is set too lowly in order to limit the target temperature of air-conditioning. Suppose this temperature thresholdValue is 18 DEG C, and the target temperature of current air-conditioning is 19 DEG C, if current human body is overheated, need to reduce air-conditioningTarget temperature, if reduce by 2 DEG C, reduce after target temperature be 17 DEG C. Due to the order after this reductionMark temperature, lower than temperature threshold, can keep the target temperature (19 DEG C) of air-conditioning, by opening windFan 200 is realized cooling. When fan 200 is in running status, increase the wind speed of fan 200Realize cooling.
In addition, the present invention also proposes an embodiment, and the interlock control of the air-conditioning of this embodiment and fan is mainBe applied to user's sleep procedure. Above-mentioned human body information can comprise body temperature or heart rate. Due to after human body falls asleep,Body temperature or heart rate all can be in stable states, and low when awake of body temperature when sleeping or heart rate. Following realityExecuting example is all described as an example of body temperature example. Heart rate can be implemented with reference to the embodiment of body temperature, does not do at thisRepeat. In the present embodiment, set the body temperature value in stable state after falling asleep, for example [25.5 DEG C,26.5 DEG C], when body temperature is in stable state and while being positioned at this body temperature value, represent that human body entersEnter sleep. Signal processing module 320, according to human body information, judges that whether the body temperature of human body is in stablizing shapeState, and whether be positioned at this body temperature value. If body temperature, outside body temperature value, is thoughtHuman body is in waking state, and air-conditioning 100 is opened, and fan 200 cuts out; If body temperature is in stableState, and be positioned at this body temperature value, thinks that human body falls asleep, and air-conditioning 100 is closed, windFan 200 is opened. Here stable state refers to, the fluctuation of body temperature is very little, and for example undulating value is ± 0.1 DEG C.
The human body information that the embodiment of the present invention detects based on wearable device 400, judges at human body and entersWhen sleep, carry out the accurate switching of air-conditioning 100 and fan 200, no longer there is user midnight by cold waking up andManual-lock air-conditioning 100 gets up. And after falling asleep, close air-conditioning 100, and open fan 200, both metUser's temperature requirements, has reached again energy-conservation object.
Further, closing air-conditioning 100, after opening fan 200, signal processing module 320 will continueThe continuous variation that judges body temperature. When the body temperature of human body changes in body temperature value, according to bodyThe variation of temperature, the wind speed of adjustment fan 200. For example hyperthermia, increases the wind speed of fan 200,Body temperature reduces, and reduces the wind speed of fan 200. When the body temperature of human body continues to raise, and be greater than body temperature modelEnclose the maximum of value, reopen air-conditioning 100, to realize cooling by air-conditioning 100. Through air-conditioning100 and the automatic switchover of fan 200, make the body temperature of human body can be in stable, and be positioned at default bodyIn temperature value range.
Be understandable that, closing air-conditioning 100, after opening fan 200, signal processing module 320Also the body temperature of human body or heart rate and default body temperature threshold value or heart rate threshold are asked to poor, obtain difference,In the time that described difference is greater than a preset difference value, reopen air-conditioning 100. In addition, the above-mentioned air-conditioning that reopens100 o'clock, fan 200 can cut out simultaneously, or moved a period of time and close, or did not close always.
Further, human body information also can comprise the amount of exercise of human body. In the present embodiment, signal is processed mouldPiece 320 can be according to amount of exercise, judges the sleep state of human body, the state of for example wakeing up, the shallow state of sleeping,Deep sleep etc.
In one embodiment, signal processing module 320 also judges the dormant variation of human body, and combinationThe body temperature of human body and/or heart rate, control the duty of air-conditioning 100 and fan 200 so that human body inComfort conditions.
Be specially: when human body enters the shallow state of sleeping by the state of wakeing up, and body temperature or heart rate are in stableWhen state, close air-conditioning 100, open fan 200. When human body is entered by deep sleep or the shallow state of sleepingWhile wakeing up state, reopen air-conditioning 100, close fan 200.
The human body information that the embodiment of the present invention detects based on wearable device 400, judges at human body by sleepingAwake state enters the shallow state of sleeping, and body temperature or heart rate are in the time of stable state, carry out air-conditioning 100 Hes, no longer there is user midnight by cold waking up and the manual-lock air-conditioning 100 that gets up in the accurate switching of fan 200. AndAnd after falling asleep, close air-conditioning 100, open fan 200, both met user's temperature requirements, reached againEnergy-conservation object.
Further, closing air-conditioning 100, after opening fan 200, signal processing module 320 will continueContinue and judge the variation of body temperature or heart rate and the sleep state of human body. Taking body temperature as example, when human body placeIn deep sleep or the shallow state of sleeping, but body temperature is not in stable state, according to the variation of body temperature, adjustsThe wind speed of fan 200. For example hyperthermia, increases the wind speed of fan 200, and body temperature reduces, and fallsThe wind speed of low fan 200. When the body temperature of human body continues to raise, and the body temperature of human body is with respect to default bodyWhen temperature threshold value rising preset value, reopen air-conditioning 100, to realize cooling by air-conditioning 100. ThisTime, can close fan 200, lowered the temperature by air-conditioning 100; Can certainly air-conditioning 100 and fan200 operations together, when body temperature falls after rise to default body temperature value.
Through the automatic switchover of air-conditioning 100 and fan 200, the body temperature of human body can be tended towards stability,And be positioned at body temperature value.
In another embodiment, signal processing module 320 also judges the dormant variation of human body, and knotClose human body and enter time of shallow sleep state or deep sleep, control the work shape of air-conditioning 100 and fan 200State, so that human body is in comfort conditions.
Be specially: when human body enters the shallow state of sleeping by the state of wakeing up, and the time that enters the shallow state of sleeping reachWhen the first preset time t 1, close air-conditioning 100, open fan 200. When human body is entered by the shallow state of sleeping deeplyThe state of sleeping, and the time that enters deep sleep reach the second preset time t 2, reduce the wind speed of fan 200;When human body enters the shallow state of sleeping by deep sleep, and the time that enters the shallow state of sleeping reach the 3rd Preset TimeT3, the wind speed of increase fan 200; When human body enters by the shallow state of sleeping the state of wakeing up, and enter the state of wakeing upTime reach the 4th preset time t 4, reopen air-conditioning 100. Be understandable that, above-mentioned first pre-If time t1, the second preset time t 2, the 3rd preset time t 3, the 4th preset time t 4 can be identicalValue, can be also different value, but also can be for different human bodies is for entering dormant time warpThe value of testing.
It should be noted that the above-mentioned all kinds of threshold values for judging, for example body temperature value, heart rate rangeValue, body temperature threshold value, heart rate threshold, dormant criterion etc., people that can be based on differentThe difference of body and different values is set, also can be by carrying out statistical to current user's service conditionAnalyse, and study, thereby the empirical value that adapts to current user's demand obtained.
Accordingly, the present invention goes back correspondence and has proposed a kind of air-conditioning fan inter-linked controlling method. As shown in Figure 3,This air-conditioning fan inter-linked controlling method comprises the following steps:
Step S110, obtain the human body information that wearable device detects;
Step S120, according to obtained human body information, control the duty of air-conditioning and fan so thatHuman body reaches comfort conditions.
Above-mentioned human body information can comprise shell temperature or heart rate, and amount of exercise. The present embodiment, utilization canWearing equipment 400 carries out obtaining of human body information. This wearable device 400 be provided with corresponding sensor orCheckout gear, with human body information, and is sent to control device 300 by detected human body information.The human body information that control device 300 detects according to wearable device 400, produces control signal. This controlSignal processed can comprise air-conditioning control signal and fan control signal. Correspondence is issued air-conditioning 100 by this control signalWith fan 200. Send to fan 200 by fan control signal, air-conditioning control signal is sent to air-conditioning100, so that human body reaches comfort conditions.
The human body information that the embodiment of the present invention detects based on wearable device 400, controls air-conditioning 100 HesFan 200 coordinated operations, have not only realized the automatic control of air-conditioning and fan, but also can be by emptyThe interlock of mediation fan, had both met the comfort requirement of human body, but also had reached energy-conservation object.
Further, whenever the interlock control of above-mentioned air-conditioning and fan goes for, and user existsWhen sleep or when clear-headed. In the embodiment of the present invention, the comfort standard of a human body will be set in advance. Due toThe body temperature of human body, heart rate can embody human body cross cold or overheated, and the amount of exercise of human body mainly for detection ofHuman body is in waking state or sleep state; If human body often stands up in sleep procedure, thinkHuman body sleeping obtains uncomfortable. As shown in Figure 4, described human body information comprises body temperature or heart rate; Or, described inHuman body information comprises body temperature or heart rate, and amount of exercise; Described step S120 comprises:
Step S210, according to described human body information, obtain the cold and hot degree of human body;
The embodiment of the present invention sets in advance based on human body information determines that cold and hot degree establishes rules really, so that signalProcessing module 320 is determined the current cold and hot degree of human body based on human body information. Suppose the cold and hot Du Kebao of human bodyDraw together: comfort standard---[0.5 ,+0.5], overheated---(+0.5 ,+∞), excessively cold---(∞ ,-0.5).Determine in rule, corresponding parameter area can be set. Comprise that taking human body information body temperature is as example, justUnder reason condition, the body temperature of human body in [m, n] scope, if when the body temperature of current human body is less than m, peopleThe current cold and hot degree of body is-1, if when the body temperature of current human body is greater than n, the current cold and hot degree of human body is 1.Wherein, m is less than n. Because body temperature exists difference in waking state and sleep state, therefore divide safety pinBody state is arranged to corresponding parameter area, and the human motion detecting in conjunction with wearable device 400Amount and/or heart rate, determine that human body is in waking state or sleep state, by the body temperature of current human body withThe parameter area of corresponding body state compares, to determine the cold and hot degree of human body.
In like manner, separately with the heart rate of human body and in conjunction with heart rate and amount of exercise, carry out the cold and hot degree of human body reallySurely can be with reference to embodiment above, difference is only different from the parameter area arranging. In addition, use multiple ginsengsNumber together, can make determining of cold and hot degree more accurate. And human body information does not limit above-mentioned instituteThe parameter exemplifying, can also arrange other and embody the parameter of human bodies cold and hot degree, does not just exemplify one by one at this.
Step S220, when judging that according to the degree of superheat of described human body human body is overheated or crossing when cold, control air-conditioningWith the duty of fan, so that human body is in comfort conditions.
Determine that the cold and hot degree of human body is outside default comfort standard, first searching air conditioner and fan is currentDuty, and according to the work at present state of air-conditioning and fan, air-conditioning and fan are controlled accordingly,For example On/Off air-conditioning, On/Off fan, increase/reduction air-conditioning target temperature, increase/reduction windPectinid speed etc. Because default human body comfort standard is [0.5 ,+0.5], therefore when the cold and hot degree of human body is littleAt-0.5 o'clock, think that human body is excessively cold; When the cold and hot degree of human body be greater than+0.5 time, think that human body is overheated. AndAnd human body is crossed the control mode difference when cold or overheated, below by respectively for crossing cold or overheated retouchingState.
As shown in Figure 5, above-mentioned steps S220 can comprise:
Step S221, when judging that human body crosses when cold, judge the work at present state of air-conditioning and fan;
Communication networking module 310 will be obtained the work at present state of air-conditioning 100 and fan 200. Certainly,Air-conditioning 100 and fan 200 are started shooting and in the time of running status, also can be reported the duty of oneself.If do not receive reporting information in a period of time, think in off-mode.
Step S222, in the time that only air-conditioning is in running status, increase air-conditioning target temperature or close skyAdjust, described in returning, obtain the step of the human body information that wearable device detects;
It should be noted that, the air-conditioning of closing is herein not power-off, but closes compressor of air conditioner. LogicalCross and increase the target temperature of air-conditioning or close air-conditioning, indoor temperature is gone up, solve excessively cold the asking of human bodyTopic.
Step S223, in the time that only fan is in running status, reduce fan wind speed or close fan,Described in returning, obtain the step of the human body information that wearable device detects; And/or,
The fan 200 of cutting out herein can not be power-off, but makes fan standby. Certainly, also can hereinTo judge the wind speed of fan 200, if the wind speed of fan is higher, can first adjust the windscreen of fan 200,To reduce the wind speed of fan. If after a period of time, the cold and hot degree of human body does not change, and closes fan.
Step S224, when air-conditioning and fan are during all in running status, increase air-conditioning target temperature and/Or the wind speed of reduction fan, or close air-conditioning, described in returning, obtain the human body that wearable device detectsThe step of information.
Preferably, because the power consumption of air-conditioning is higher than the power consumption of fan, therefore can preferentially close air-conditioning100. Certainly, can also judge the target temperature of air-conditioning 100 and the wind speed of fan 200 herein, if emptyThe target temperature of tune 100 is lower, can first improve the target temperature of air-conditioning 100, if fan 200Wind speed is higher, can first adjust the windscreen of fan 200, to reduce the wind speed of fan 200. If one sectionAfter time, the cold and hot degree of human body does not change, and closes air-conditioning 100 and/or fan 200. Be appreciated thatIf the wind speed of fan 200 has been minimum, closes fan 200.
Be understandable that, the control of above-mentioned air-conditioning 100 and fan 200 will periodically circulate.Based on after human body information control air-conditioning 100 and fan 200, continue to obtain human body letter every a period of timeBreath, and based on human body information control air-conditioning 100 and fan 200. When the cold and hot degree of human body information is positioned at comfortableIn scope, do not process. By loop control, make the cold and hot degree of human body be positioned at comfort standard alwaysIn.
Further, as shown in Figure 6, above-mentioned steps S220 can comprise:
Step S225, in the time judging that human body is overheated, judge the work at present state of air-conditioning and fan;
Step S226, in the time that only air-conditioning is in running status, reduce the target temperature of air-conditioning, or openFan, obtains the step of the human body information that wearable device detects described in returning;
In the time that human body is overheated, and only air-conditioning 100, can be by reducing air-conditioning 100 in running statusTarget temperature, even air-conditioning increases compressor operating frequency, thereby reduce indoor Current Temperatures. WhenSo, consider that adjusting air-conditioning will increase the power consumption of air-conditioning, the current operation that can also keep air-conditioning 100State, and by opening fan 200, accelerate flowing of room air, reach and reduce indoor Current TemperaturesObject.
Step S227, in the time that only fan is in running status, increase the wind speed of fan, or open air-conditioning,Described in returning, obtain the step of the human body information that wearable device detects;
In the time that human body is overheated, and only fan 200, can be first by increasing fan in running statusWind speed, to accelerate flowing of room air, to reach to reduce the object of indoor Current Temperatures. If fan 200Current wind speed be high state, can realize cooling by opening air-conditioning 100. Or, keepThe work at present state of fan 200, directly realizes cooling by opening air-conditioning 100.
Step S228, when air-conditioning and fan are during all in running status, reduce the target temperature of air-conditioning, and/Or the wind speed of increase fan.
In the time that human body is overheated, and air-conditioning 100 and fan 200 are all in running status, can first reduceThe wind speed of the target temperature of air-conditioning or increase fan, realizes cooling. Certainly, consider the power consumption of air-conditioningMeasure highlyer than the power consumption of fan, can preferentially increase the wind speed of fan here, when increasing the wind speed descendant of fanThe cold and hot degree of body does not change, and reduces the target temperature of air-conditioning again, realizes cooling by air-conditioning.Certainly, here also can air-conditioning 100 and fan 200 adjust simultaneously, to realize fast cooling.
Further, after step S228, also comprise:
When step S229, the target temperature of air-conditioning after reducing are less than preset temperature threshold value, keep air-conditioningCurrent running status, open fan or increase the wind speed of fan.
In the present embodiment, will set in advance a temperature threshold, this temperature threshold is in order to limit the order of air-conditioningMark Temperature Setting obtains too low. Suppose that this temperature threshold is 18 DEG C, the target temperature of current air-conditioning is 19 DEG C,If current human body is overheated, need to reduce the target temperature of air-conditioning, if reduce by 2 DEG C, the target temperature after reducingDegree is 17 DEG C. Because the target temperature after this reduction is lower than temperature threshold, can keep the order of air-conditioningMark temperature (19 DEG C), realizes cooling by opening fan 200. When fan 200 is in operationState, the wind speed that increases fan 200 is realized cooling.
In addition, the present invention also proposes an embodiment, and the interlock control of the air-conditioning of this embodiment and fan is mainBe applied to user's sleep procedure. Above-mentioned human body information can comprise body temperature or heart rate. Due to after human body falls asleep,Body temperature or heart rate all can be steady, and low when awake of body temperature when sleeping or heart rate. As shown in Figure 7, onStating step S120 can comprise:
Step S310, according to described human body information, judge whether position steadily and whether of body temperature or heart rateIn default body temperature or heart rate range value;
Step S320, when body temperature or heart rate steady, and be positioned at default body temperature or heart rate range valueTime, to control air-conditioning and close, fan is opened.
Following examples are all described as an example of body temperature example. Heart rate can be implemented with reference to the embodiment of body temperature,Do not repeat at this. In the present embodiment, set fall asleep after in stable body temperature value, for example [25.5 DEG C,26.5 DEG C], when body temperature is in steadily and while being positioned at this body temperature value, represent that human body enters and sleepsSleep. According to human body information, judge that whether the body temperature of human body is in stable, and whether be positioned at this body temperatureIn value. If body temperature outside body temperature value, thinks that human body is in waking state, i.e. air-conditioning100 open, and fan 200 cuts out; If body temperature is in stable, and be positioned at this body temperature value,Think that human body falls asleep, air-conditioning 100 is closed, and fan 200 is opened. Here the meaning refers to stably,The fluctuation of body temperature is very little, and for example undulating value is ± 0.1 DEG C.
The human body information that the embodiment of the present invention detects based on wearable device 400, judges at human body and entersWhen sleep, carry out the accurate switching of air-conditioning 100 and fan 200, no longer need user midnight by cold waking up andManual-lock air-conditioning 100 gets up. And after falling asleep, close air-conditioning 100, and open fan 200, both metUser's temperature requirements, has reached again energy-conservation object.
After above-mentioned steps S320, also can comprise:
In the time that body temperature or heart rate are positioned at default body temperature or heart rate range value, judge body temperature orThe variation of heart rate, and according to the variation of body temperature or heart rate, adjust the wind speed of fan.
Closing air-conditioning 100, after opening fan 200, signal processing module 320 will continue to judge human bodyThe variation of body temperature. When the body temperature of human body changes in body temperature value, according to the variation of body temperature,Adjust the wind speed of fan 200. For example hyperthermia, increases the wind speed of fan 200, and body temperature reduces,Reduce the wind speed of fan 200.
In another embodiment, after above-mentioned steps S320, also can comprise:
Judge the variation of body temperature, when body temperature or the heart rate of human body are greater than default body temperature or heart rate rangeThe maximum of value, again controls air-conditioning and opens.
Closing air-conditioning 100, after opening fan 200, signal processing module 320 will continue to judge human bodyThe variation of body temperature. When the hyperthermia of human body, and be greater than the maximum of body temperature value, reopenAir-conditioning 100, to realize cooling by air-conditioning 100.
In another embodiment, after above-mentioned steps S320, also can comprise:
Judge the variation of body temperature, when the body temperature of human body or heart rate are with respect to default body temperature threshold value or the heartWhen the difference of rate threshold value is greater than preset difference value, again controls air-conditioning and open.
Closing air-conditioning 100, after opening fan 200, signal processing module 320 is also by the body temperature of human bodyOr heart rate and default body temperature threshold value or heart rate threshold ask poor, obtain difference, when described difference is greater thanWhen one preset difference value, reopen air-conditioning 100.
It should be noted that, above-mentioned while reopening air-conditioning 100, fan 200 can cut out simultaneously, orPerson moves a period of time and closes, or does not close always.
Further, described human body information also comprises amount of exercise. As shown in Figure 8, above-mentioned steps S120 bagDraw together:
Step S410, according to amount of exercise, judge the sleep state of human body, described sleep state comprises wake upState, the shallow state of sleeping, deep sleep;
Step S420, judge the dormant variation of human body, and in conjunction with body temperature and/or the heart rate of human body,Control the duty of air-conditioning 100 and fan 200, so that human body is in comfort conditions.
Particularly, above-mentioned steps S420 comprises:
When human body enters the shallow state of sleeping by the state of wakeing up, and body temperature or heart rate be in the time of stable state,Close air-conditioning 100, open fan 200;
When human body enters by deep sleep or the shallow state of sleeping the state of wakeing up, or body temperature or heart rate inWhen labile state, reopen air-conditioning 100.
The human body information that the embodiment of the present invention detects based on wearable device 400, judges at human body by sleepingAwake state enters the shallow state of sleeping, and body temperature or heart rate are in the time of stable state, carry out air-conditioning 100 HesThe accurate switching of fan 200, no longer needs user midnight by cold waking up and the manual-lock air-conditioning 100 that gets up. AndAnd after falling asleep, close air-conditioning 100, open fan 200, both met user's temperature requirements, reached againEnergy-conservation object.
Further, closing air-conditioning 100, after opening fan 200, signal processing module 320 will continueContinue and judge the variation of body temperature or heart rate and the sleep state of human body. Taking body temperature as example, when human body placeIn deep sleep or the shallow state of sleeping, but body temperature is not in stable state, according to the variation of body temperature, adjustsThe wind speed of fan 200. For example hyperthermia, increases the wind speed of fan 200, and body temperature reduces, and fallsThe wind speed of low fan 200. When the body temperature of human body continues to raise, and the body temperature of human body is with respect to default bodyWhen temperature threshold value rising preset value, reopen air-conditioning 100, to realize cooling by air-conditioning 100. ThisTime, can close fan 200, lowered the temperature by air-conditioning 100; Can certainly air-conditioning 100 and fan200 operations together, when body temperature falls after rise to body temperature value.
Through the automatic switchover of air-conditioning 100 and fan 200, the body temperature of human body can be tended towards stability,And be positioned at body temperature value.
As shown in Figure 9, fall asleep to time point a during this period of time, air-conditioning open and fan close, Yong HucongFall asleep to entering shallow sleeping the long period, shell temperature is basicly stable at 26 DEG C. After a point, along with sleepingThe intensification of sleeping, human body further reduces the susceptibility of temperature, now closes air-conditioning, opens fan and adjustsJoint wind speed is apoplexy. User enters deep sleep from the shallow state of sleeping, and arrives after b point, because user entersDeep sleep, is adjusted to low wind by fan and rotates noise to reduce fan vane. When user is by deep sleepEnter shallow sleep after state a period of time (be time point c), fan air rate adjustment is to apoplexy, with fast cooling,Improve users'comfort. Wherein, shallow state and the deep sleep of sleeping can carry out as shown in Figure 8, also canRepeatedly hocket. In whole process, the perception of body sense bracelet user's shell temperature and dormant changeChange, by controlling to adjust with the interlock of air-conditioning and fan, user's sleep state is entered deeply by shallow sleeping againSleep, improved user's sleep quality.
Further, described human body information also comprises amount of exercise. As shown in figure 10, above-mentioned steps S120Comprise:
Step S510, according to amount of exercise, judge the sleep state of human body, described sleep state comprises wake upState, the shallow state of sleeping, deep sleep;
Step S520, enter the shallow state of sleeping by the state of wakeing up when human body, and reach the time that enters the shallow state of sleepingDuring to the first preset time t 1, close air-conditioning, open fan; When human body enters sound sleep shape by the shallow state of sleepingState, and the time that enters deep sleep reach the second preset time t 2, reduce the wind speed of fan; Work as human bodyEnter the shallow state of sleeping by deep sleep, and the time that enters the shallow state of sleeping reach the 3rd preset time t 3, increaseThe wind speed of big fan; When human body enters by the shallow state of sleeping the state of wakeing up, and the time that enters the state of wakeing up reachTo the 4th preset time t 4, reopen air-conditioning. Be understandable that, above-mentioned the first preset time t 1,The second preset time t 2, the 3rd preset time t 3, the 4th preset time t 4 can be identical value, also canFor different value, but also can be for different human bodies is for entering dormant time empirical value.
As shown in figure 11, fall asleep to time point a during this period of time, air-conditioning open and fan close, Yong HucongFall asleep to entering shallow sleeping the long period, shell temperature is basicly stable at 26 DEG C. After a point, along with sleepingThe intensification of sleeping, human body further reduces the susceptibility of temperature, now closes air-conditioning, opens fan and adjustsJoint wind speed is apoplexy. User enters deep sleep from the shallow state of sleeping, at time point m place, shell temperature withThe poor △ Te1 > △ Te of default body temperature threshold value, and sleep state enters the shallow state of sleeping, sky by deep sleepTune detects after this variation, starts air-conditioning and fan is lowered the temperature simultaneously, do not waken up by heat avoiding, whenWhen temperature is reduced between comfort zone and when stable, (time n place), closes air-conditioning, is lowered the temperature separately by fanHeat radiation. In whole process, the perception of body sense bracelet user's shell temperature and dormant variation, pass throughInterlock control and regulation with air-conditioning and fan, enter sound sleep by shallow sleeping again by user's sleep state, improveUser's sleep quality.
Through the above description of the embodiments, those skilled in the art can be well understood to above-mentionedThe mode that embodiment method can add essential general hardware platform by software realizes, and can certainly lead toCross hardware, but in a lot of situation, the former is better embodiment. Based on such understanding, of the present inventionThe part that technical scheme contributes to prior art in essence in other words can be with the form body of software productReveal to come, this computer software product is stored in a storage medium (as ROM/RAM, magnetic disc, lightDish) in, (can be mobile phone, computer, serves in order to make a station terminal equipment to comprise some instructionsDevice, air-conditioner, or the network equipment etc.) carry out the method described in each embodiment of the present invention.
These are only the preferred embodiments of the present invention, not thereby limit the scope of the claims of the present invention, everyUtilize equivalent structure or the conversion of equivalent flow process that description of the present invention and accompanying drawing content do, or directly orConnect and be used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.

Claims (23)

1. an air-conditioning fan inter-linked controlling method, is characterized in that, described air-conditioning fan interlock controlling partyMethod comprises the following steps:
Obtain the human body information that wearable device detects;
According to obtained human body information, control the duty of air-conditioning and fan, so that human body reaches easyproSuitable state.
2. air-conditioning fan inter-linked controlling method as claimed in claim 1, is characterized in that, described human bodyInformation comprises body temperature or heart rate; Or described human body information comprises body temperature or heart rate, and amount of exercise;Described according to obtained human body information, the duty of control air-conditioning and fan, so that human body reaches easyproThe step of suitable state comprises:
According to described human body information, obtain the cold and hot degree of human body;
When judging that according to the degree of superheat of described human body human body is overheated or crossing when cold, control the work of air-conditioning and fanMake state, so that human body is in comfort conditions.
3. air-conditioning fan inter-linked controlling method as claimed in claim 2, is characterized in that, the described root of working asJudge that human body is overheated or cross when cold according to the degree of superheat of human body, controlling the step of the duty of air-conditioning and fanComprise:
When judging that human body crosses when cold, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, increase the target temperature of air-conditioning or close air-conditioning, return to instituteState the step of obtaining the human body information that wearable device detects;
In the time that only fan is in running status, reduce the wind speed of fan or close fan, described in returning, obtainGet the step of the human body information that wearable device detects;
When air-conditioning and fan are during all in running status, increase the target temperature of air-conditioning and/or reduce fanWind speed, or close air-conditioning, obtains the step of the human body information that wearable device detects described in returning.
4. air-conditioning fan inter-linked controlling method as claimed in claim 2, is characterized in that, the described root of working asJudge that human body is overheated or cross when cold according to the degree of superheat of human body, controlling the step of the duty of air-conditioning and fanComprise:
In the time judging that human body is overheated, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, reduce the target temperature of air-conditioning, or open fan, returnThe described step of obtaining the human body information that wearable device detects;
In the time that only fan is in running status, increases the wind speed of fan, or open air-conditioning, described in returningObtain the step of the human body information that wearable device detects;
When air-conditioning and fan are during all in running status, reduce the target temperature of air-conditioning, and/or increase fanWind speed.
5. air-conditioning fan inter-linked controlling method as claimed in claim 4, is characterized in that, described when emptyBe in harmonious proportion fan all in the time of running status, after reducing the step of target temperature of air-conditioning or described when emptyMediation fan is all in the time of running status, and the step that reduces the target temperature of air-conditioning also comprises afterwards:
When the target temperature of the air-conditioning after reducing is less than preset temperature threshold value, keep the current operation of air-conditioningState, the wind speed of unlatching fan or increase fan.
6. air-conditioning fan inter-linked controlling method as claimed in claim 1, is characterized in that, described basisThe human body information obtaining, the duty of control air-conditioning and fan, so that human body reaches comfort conditionsStep comprises:
According to described human body information, judge that body temperature or heart rate are whether in stable state and whether be positioned atIn default body temperature or heart rate range value;
When body temperature or heart rate are in stable state, and while being positioned at default body temperature or heart rate range value,Control air-conditioning is closed, and fan is opened.
7. air-conditioning fan inter-linked controlling method as claimed in claim 6, is characterized in that, describedly works as peopleBody body temperature or heart rate tend to be steady, and while being positioned at default body temperature or heart rate range value, controlling air-conditioning and closeClose, after the step that fan is opened, also comprise:
In the time that body temperature or heart rate are positioned at default body temperature or heart rate range value, judge body temperature orThe variation of heart rate, and according to the variation of body temperature or heart rate, adjust the wind speed of fan; Or,
Judge the variation of body temperature or heart rate, when body temperature or the heart rate of human body are greater than default body temperature or the heartThe maximum of rate value range, again controls air-conditioning and opens; Or,
Judge the variation of body temperature or heart rate, when the body temperature of human body or heart rate and default body temperature threshold value orWhen the difference of heart rate threshold is greater than preset difference value, again controls air-conditioning and open.
8. air-conditioning fan inter-linked controlling method as claimed in claim 6, is characterized in that, described human bodyInformation also comprises body temperature or heart rate, and amount of exercise; Described according to obtained human body information, control emptyThe duty of mediation fan, comprises so that human body reaches the step of comfort conditions:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
Judge the dormant variation of human body, and in conjunction with body temperature and/or the heart rate of human body, control air-conditioning andThe duty of fan, so that human body is in comfort conditions.
9. air-conditioning fan inter-linked controlling method as claimed in claim 8, is characterized in that, described judgementThe dormant variation of human body, and in conjunction with body temperature and/or the heart rate of human body, control the work of air-conditioning and fanThe step of making state comprises:
When human body enters the shallow state of sleeping by the state of wakeing up, and body temperature or heart rate be in the time of stable state,Close air-conditioning, open fan;
When human body enters by deep sleep or the shallow state of sleeping the state of wakeing up, or body temperature or heart rate inWhen labile state, reopen air-conditioning.
10. air-conditioning fan inter-linked controlling method as claimed in claim 1, is characterized in that, described peopleBody information also comprises body temperature or heart rate, and amount of exercise; Described according to obtained human body information, controlThe duty of air-conditioning and fan, comprises so that human body reaches the step of comfort conditions:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
When human body enters the shallow state of sleeping by the state of wakeing up, and the time that enters the shallow state of sleeping reach first defaultWhen time t1, close air-conditioning, open fan; When human body enters deep sleep by the shallow state of sleeping, and enterThe time of deep sleep reaches the second preset time t 2, reduces the wind speed of fan; When human body is by deep sleepEnter the shallow state of sleeping, and the time that enters the shallow state of sleeping reach the 3rd preset time t 3, increase the wind of fanSpeed; When human body enters by the shallow state of sleeping the state of wakeing up, and the time that enters the state of wakeing up reach the 4th defaultTime t4, reopens air-conditioning.
11. 1 kinds of air-conditioning fan linkage control devices, is characterized in that, described air-conditioning fan interlock is controlledDevice comprises:
Communication networking module, with wearable device communication, the human body detecting for receiving wearable deviceInformation; Also for air-conditioning and fan communication;
Signal processing module, is connected with described communication networking module, for according to described communication networking moduleThe human body information receiving, produces control signal, to control the duty of air-conditioning and fan, human body is reachedTo comfort conditions.
12. air-conditioning fan linkage control devices as claimed in claim 11, is characterized in that described peopleBody information comprises body temperature or heart rate; Or described human body information comprises body temperature or heart rate, and amount of exercise;Described signal processing module is used for:
According to human body information, obtain the cold and hot degree of human body;
When judging that according to the degree of superheat of human body human body is overheated or crossing when cold, control the work shape of air-conditioning and fanState, so that human body is in comfort conditions.
13. air-conditioning fan linkage control devices as claimed in claim 12, is characterized in that, described logicalNews networking module is also for obtaining the work at present state of air-conditioning and fan; Described signal processing module is also usedIn:
When judging that human body crosses when cold, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, produce the air-conditioning control signal of the target temperature that increases air-conditioning,Or produce the air-conditioning control signal of closing air-conditioning;
In the time that only fan is in running status, produce the fan control signal of closing fan;
When air-conditioning and fan are during all in running status, produce the fan control signal of closing fan.
14. air-conditioning fan linkage control devices as claimed in claim 12, is characterized in that, described logicalNews networking module is also for obtaining the work at present state of air-conditioning and fan; Described signal processing module is also usedIn:
In the time judging that human body is overheated, judge the work at present state of air-conditioning and fan;
In the time that only air-conditioning is in running status, produce the air-conditioning control signal of the target temperature that reduces air-conditioning,Or produce the fan control signal of opening fan simultaneously;
In the time that only fan is in running status, produce the fan control signal of the wind speed that increases fan, orProduce the air-conditioning control signal of opening air-conditioning simultaneously;
When air-conditioning and fan are during all in running status, the air-conditioning control that produces the target temperature that reduces air-conditioningSignal, and/or produce the fan control signal that increases fan wind speed.
15. air-conditioning fan linkage control devices as claimed in claim 14, is characterized in that described letterNumber processing module also for: when the target temperature of the air-conditioning after reducing is less than preset temperature threshold value, produceOpen the fan control signal of fan or increase fan wind speed.
16. air-conditioning fan linkage control devices as claimed in claim 11, is characterized in that described peopleBody information comprises body temperature or heart rate; Described signal processing module is used for:
According to described human body information, judge that body temperature or heart rate are whether in stable state and whether be positioned atIn default body temperature or heart rate range value;
When body temperature or heart rate are in stable state, and while being positioned at default body temperature or heart rate range value,The air-conditioning control signal of air-conditioning is closed in generation, produces the fan control signal of opening fan.
17. air-conditioning fan linkage control devices as claimed in claim 16, is characterized in that described letterNumber processing module also for: in the time that body temperature or heart rate are positioned at default body temperature or heart rate range value,Judge the variation of body temperature or heart rate, and according to the variation of body temperature or heart rate, produce the wind of adjusting fanThe control signal of speed; Or,
Judge the variation of body temperature or heart rate, when body temperature or the heart rate of human body are greater than default body temperature or the heartThe maximum of rate value range, produces the air-conditioning control signal of opening air-conditioning; Or,
Judge the variation of body temperature or heart rate, when the body temperature of human body or heart rate and default body temperature threshold value orWhen the difference of heart rate threshold is greater than preset difference value, produce the air-conditioning control signal of opening air-conditioning.
18. air-conditioning fan linkage control devices as claimed in claim 11, is characterized in that described peopleBody information also comprises body temperature or heart rate, and amount of exercise; Described signal processing module is used for:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
Judge the dormant variation of human body, and in conjunction with body temperature and/or the heart rate of human body, produce and control letterNumber, to control the duty of air-conditioning and fan, make human body reach comfort conditions.
19. air-conditioning fan linkage control devices as claimed in claim 18, is characterized in that described letterNumber processing module also for:
When human body enters the shallow state of sleeping by the state of wakeing up, and body temperature or heart rate be in the time of stable state,Produce the air-conditioning control signal of closing air-conditioning, produce the fan control signal of opening fan;
When human body enters by deep sleep or the shallow state of sleeping the state of wakeing up, or body temperature or heart rate inWhen labile state, produce the air-conditioning control signal of opening air-conditioning.
20. air-conditioning fan linkage control devices as claimed in claim 11, is characterized in that described peopleBody information also comprises body temperature or heart rate, and amount of exercise; Described signal processing module is used for:
According to amount of exercise, judge the sleep state of human body, described sleep state comprises the state of wakeing up, shallow sleepingState, deep sleep;
When human body enters the shallow state of sleeping by the state of wakeing up, and the time that enters the shallow state of sleeping reach first defaultWhen time t1, produce the air-conditioning control signal of closing air-conditioning, produce the fan control signal of opening fan;
When human body enters deep sleep by the shallow state of sleeping, and the time that enters deep sleep reach second defaultTime t2, generation reduces the fan control signal of the wind speed of fan;
When human body enters the shallow state of sleeping by deep sleep, and the time that enters the shallow state of sleeping reach the 3rd defaultTime t3, generation increases the fan control signal of the wind speed of fan;
When human body enters by the shallow state of sleeping the state of wakeing up, and the time that enters the state of wakeing up reach the 4th defaultTime, t4 was, produced the air-conditioning control signal of opening air-conditioning.
21. 1 kinds of air-conditionings, comprise housing and are arranged on the control device on housing, it is characterized in that instituteStating control device is the control device as described in claim 11-20 any one, and described control device respectivelyWith wearable device, fan communication, for the human body information detecting according to wearable device, produce controlSignal processed, to control the duty of air-conditioning and fan, so that human body reaches comfort conditions.
22. 1 kinds of air-conditioning fan coordinated control systems, is characterized in that, comprise air-conditioning, fan, controlDevice and wearable device, described control device is the control dress as described in claim 11-20 any onePut, described control device respectively with wearable device, air-conditioning and fan communication, for establishing according to wearableThe standby human body information detecting, produces control signal, to control the duty of air-conditioning and fan, so thatHuman body reaches comfort conditions.
23. air-conditioning fan coordinated control systems as claimed in claim 22, is characterized in that described controlDevice processed is arranged on air-conditioning.
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