CN107421077A - A kind of air-conditioner control method and air conditioner based on sleep quality state - Google Patents
A kind of air-conditioner control method and air conditioner based on sleep quality state Download PDFInfo
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
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Abstract
Air-conditioner control method based on sleep quality state, detected using infrared sensor and judge whether user is in lying status in air-conditioned room, if so, then radar sensor starts breathing state of the sample user within the unit interval, and determine the sleep state of user；When user is in non-sleep state, control air conditioner, which is run, causes real-time body's comfort level of user to be equal to standardized human body's comfort level；When user be in it is shallow sleep state when, control model control air conditioner run cause real-time body's comfort level be equal to first amendment standardized human body's comfort level；When user is in deep sleep, control air conditioner, which is run, causes real-time body's comfort level less than second amendment standardized human body's comfort level；Wherein, the second amendment standardized human body comfort level, first amendment standardized human body's comfort level and standardized human body's comfort level are successively decreased successively.A kind of air conditioner is also disclosed.The present invention has the advantages of intelligence degree is high.
Description
Technical field
The present invention relates to air-conditioning technique field, more particularly to a kind of air conditioner controlling party based on sleep quality state
Method and air conditioner.
Background technology
The sensor detection device wearer physiological parameter and behavior state in wearable device are generally utilized in the prior art
Parameter, judge whether wearer falls asleep according to detection parameters.Air conditioner of the prior art can be according to intensity of illumination, people simultaneously
Body activity controls whether to enter or exit air-conditioner sleep mode, and still, intensity of illumination can not be accurately true with human activity amount
Determine whether user falls asleep so that sleep pattern control is inaccurate, have impact on the comfortableness that user uses air conditioner.
In order to overcome above mentioned problem, applicant discloses before《A kind of air conditioner sleep running control method》, application number
201510081751.5, and disclose following technical scheme and " detect body state parameter in real time using sensor, judge that human body is
It is no to fall asleep and whether wake up；When judging that human body is fallen asleep, control air conditioner is transferred to sleep pattern from present mode of operation, and according to
Sleep curve controlled air conditioner；Judging human body when waking up, control air conditioner exits sleep pattern, the operation mould being transferred to before falling asleep
Formula, wherein sleep curve includes basic sleep curve and self study sleep curve, the basic sleep curve includes fixation
Moment and the one-to-one relationship curve of temperature, the self study sleep curve includes the adjustable moment and the one-to-one corresponding of temperature closes
It is curve, sleep moment adjustment when the adjustable moment falls asleep according to the human body is described according to sleep curve controlled air-conditioning
Device is included in some fixed time or some adjustable moment in the sleep curve, selection and some fixed time or this certain
The process that corresponding temperature of individual adjustable moment is controlled as target control temperature to air conditioner." in such scheme, can
There was only moment and temperature with the parameter of regulation, the time that will not belong to sleep moment and moment of wakeing up is incorporated into study sleep curve
In, or user actively changes one of temperature spot or multiple temperature spots.Actually adjust temperature and the mode at moment also
It is manual, the pattern of solidification, is single and degree of intelligence is relatively low.Moreover, existing disclosed technologic material has confirmed, people
Somatic sleep state divides deep sleep and shallow sleep, and continues to change between two states, and the body temperature under different conditions also has
Change, fixed design temperature and actual sleep state and mismatch.Under these conditions, using previously disclosed technology
Scheme cannot be distinguished by the depth state of sleep quality, and control air conditioner to be tracked.Meanwhile in the prior art to body state
The collection of parameter is to rely on wearable device, wears wearable device sleep and will result in itself a certain degree of constant, is permitted
Multi-user also fall asleep by uncomfortable wearing wearable device.In addition, user is easy to the situation for kicking quilt son, air-conditioning occur in sleep
Device can not be also adjusted with emergency case.
Therefore, there is the problem of intelligence degree is low in the air conditioner sleep running control method disclosed in prior art.
The content of the invention
In order to solve the above problems, it is contemplated that designing and providing a kind of air conditioner control based on sleep quality state
Method.
Based on the air-conditioner control method of sleep quality state, comprise the following steps：
Detected using infrared sensor and judge whether to have in air-conditioned room an at least user to be in lying status, if so, then
The radar sensor being arranged on air conditioner starts breathing state of the sample user within the unit interval, and according to the breathing shape
State determines the sleep state of user；
When user is in non-sleep state, control air conditioner, which is run, causes real-time body's comfort level C ' of user to be equal to standard people
Body comfort level C；
When user be in it is shallow sleep state when, control air conditioner run cause real-time body's comfort level C ' be equal to first amendment standard people
Body comfort level Ce1；
When user is in deep sleep, control air conditioner, which is run, causes real-time body's comfort level C ' to be equal to the second amendment standard people
Body comfort level Ce2；
Wherein, second amendment standardized human body's comfort level Ce2, the first amendment standardized human body's comfort level Ce1It is comfortable with standardized human body
Degree C successively decreases successively.
Further, air conditioner transmits illumination control of the user's sleep state to air-conditioned room by wireless communication module
System processed：
When user is in non-sleep state, control illuminator is run according to the first brightness；
When user be in it is shallow sleep state when, control illuminator run according to the second brightness；
When user is in deep sleep, control illuminator is run according to the 3rd brightness；
Wherein described first brightness is higher than the 3rd brightness higher than the second brightness.
Further, air conditioner transmits user's sleep state to the champignon control system of air-conditioned room by wireless communication module
System：
When user is in non-sleep state, control champignon system is run according to the first gear；
When user be in it is shallow sleep state when, control champignon system run according to the second gear；
When in deep sleep, control champignon system is run according to third gear；
Wherein described first gear is higher than third gear higher than the second gear.
Further, real-time body's comfort level calculates by the following method：
Gather the user in real time clothing shell temperature Ts；
Gather real-time building internal surface temperature T in air-conditioned roomq;
Gather the real time environment temperature T in air-conditioned roomh；
Calculate real-time body's comfort level C ';
C’=hr*(Ts-Tq)+hc*(Ts-Th), wherein hrAnd hcFor constant, wherein hrFor radiant-heat transfer rate, hcPassed for advection heat
Conductance.
Further, it is stored with air conditioner under different sleep states, real-time body's comfort level C ' and standardized human body are comfortable
Spend C or corresponding amendment standardized human body's comfort levels Ce1、Ce2Extent of deviation and human body body-sensing state incidence relation, it is corresponding
A kind of operation control strategy of each human body body-sensing state assignment；Air conditioner calculates real-time body according to different sleep states
Comfort level C ' and standardized human body's comfort level C or amendment standardized human body's comfort level Ce1And Ce2Between difference, and according to the difference
Determine that real-time body's comfort level corrects standardized human body's comfort level C relative to standardized human body's comfort level C or correspondinge1And Ce2It is inclined
Poor degree, real-time body's body-sensing state is judged according to the incidence relation, and call corresponding operation control strategy, control air-conditioning
Device is according to the different sleep states of user according to the corresponding operation control strategy operation so that the real-time body of the user
Comfort level C ' is equal to standardized human body's comfort level C or amendment standardized human body's comfort level Ce1And Ce2。
Further, if real-time body's comfort level C ' and standardized human body's comfort level C or corresponding amendment standardized human bodies are comfortable
Spend Ce1And Ce2Extent of deviation be in first interval, then real-time body's comfort level deviation is high, body state be it is uncomfortable, it is corresponding
The operation control strategy of distribution first；
If real-time body's comfort level C ' and standardized human body's comfort level C corresponding amendment standardized human body comfort level Ce1And Ce2It is inclined
Poor degree is in second interval, then real-time body's comfort level deviation is higher, and body state is more uncomfortable, the corresponding fortune of distribution second
Row control strategy；
If real-time body's comfort level C ' and standardized human body's comfort level C or corresponding amendment standardized human body's comfort levels Ce1And Ce2It is inclined
Poor degree is in 3rd interval, then real-time body's comfort level deviation is relatively low, and body state is more comfortable, the corresponding fortune of distribution the 3rd
Row control strategy；
The threshold value of wherein first interval, second interval and 3rd interval is successively decreased successively, the first operation control strategy, the second operation control
Compressor target operating frequency in system strategy and the 3rd operation control strategy successively decreases successively.
Further, if control air conditioner is reaching the 3rd fortune according to the described 3rd operation control strategy operation
Real-time body's comfort level C is sampled after the first detection cycle after the target operating frequency of row control strategy again；If control air-conditioning
Device is according to the described second operation control strategy operation, then after the target operating frequency of the second operation control strategy is reached
Real-time body comfort level C is sampled after second detection cycle again, if control air conditioner is according to the described first operation control strategy fortune
OK, then real-time people is sampled again after the 3rd detection cycle after reaching the target operating frequency of the first operation control strategy
Body comfort level C, wherein the duration of the first detection cycle, the second detection cycle and the 3rd detection cycle gradually successively decreases.
Preferably, the building internal surface temperature is the surface temperature of the wall faced with air conditioner wind outlet.
Preferably, the building internal surface temperature is the average value of the internal surface temperature of all inwalls of air-conditioned room.
Air-conditioner control method disclosed in this invention based on sleep quality state, can the sleep shape based on human body
State, control air conditioner are controlled according to the comfort level pattern of matching automatically, can be in intelligence and flexible modulation kind of refrigeration cycle work
On the premise of making state and indoor environment temperature, air-conditioned room caused by air-conditioning state and User Status mismatch is effectively prevented from
Temperature is too low, the problem of causing user's flu, suffer from cold.
A kind of air conditioner, using the air-conditioner control method based on sleep quality state, control method comprises the following steps：
Detected using infrared sensor and judge whether to have in air-conditioned room an at least user to be in lying status, if so, then
The radar sensor being arranged on air conditioner starts breathing state of the sample user within the unit interval, and according to the breathing shape
State determines the sleep state of user；
When user is in non-sleep state, control air conditioner, which is run, causes real-time body's comfort level C ' of user to be equal to standard people
Body comfort level C；
When user be in it is shallow sleep state when, control air conditioner run cause real-time body's comfort level C ' be equal to first amendment standard people
Body comfort level Ce1；
When user is in deep sleep, control air conditioner, which is run, causes real-time body's comfort level C ' to be equal to the second amendment standard people
Body comfort level Ce2；
Wherein, second amendment standardized human body's comfort level Ce2, the first amendment standardized human body's comfort level Ce1It is comfortable with standardized human body
Degree C successively decreases successively.
The present invention has the advantages of intelligence degree is high.
Brief description of the drawings
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing
There is the required accompanying drawing used in technology description to be briefly described, it should be apparent that, drawings in the following description are this hairs
Some bright embodiments, for those of ordinary skill in the art, without having to pay creative labor, can be with
Other accompanying drawings are obtained according to these accompanying drawings.
Fig. 1 is the stream of the first embodiment of the control method of the air conditioner disclosed in this invention based on sleep quality state
Cheng Tu；
Fig. 2 be Fig. 1 disclosed in the air-conditioner control method based on sleep quality state in real-time body's comfort level calculating side
Method flow chart；
Fig. 3 is the structural schematic block diagram of air conditioner disclosed in this invention.
Embodiment
To make the purpose, technical scheme and advantage of the embodiment of the present invention clearer, below in conjunction with the embodiment of the present invention
In accompanying drawing, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is
Part of the embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, those of ordinary skill in the art
The every other embodiment obtained under the premise of creative work is not made, belongs to the scope of protection of the invention.
It is shown in Figure 1 that for the air-conditioner control method disclosed in this invention based on sleep quality state, the first is implemented
The flow chart of example.As shown in figure 1, comprise the following steps：
S101, detected using infrared sensor and judge whether to have in air-conditioned room an at least user to be in lying status.
Specifically, the infrared sensor refered in particular in this step, refer to the infrared photography with infrared sensor
Thermal imaging device exemplified by head.The equipment and algorithm of similar detection human motion state feel equipment, such as somatic sensation television game in people
Applied in machine, be not the key protection point of the present invention, after obtaining human body and being in lying status, air conditioner starts based on the present embodiment
Sleep quality state is run.
S102, if so, the radar sensor being then arranged on air conditioner starts breathing of the sample user within the unit interval
State, and determine according to breathing state the sleep state of user.
Specifically, radar sensor is preferably 2.4G radar sensors, and the detection range of radar sensor is about
100 °, it is sufficient to cover the region that human body can lie low in air-conditioned room.Radar sensor detects people by detecting indoor low frequency wave
The fluctuations in body thoracic cavity, so as to which the breathing state of human body be calculated, radar sensor is used for the breathing state for detecting human body
It is disclosed technology in the prior art, is not the key protection point of the present invention.Unlike the prior art, in the present embodiment, air-conditioning
Device judges the sleep state of human body according to breathing state, and forms corresponding control program according to sleep state.
According to sleep experiments, after human body enters sleep state, respiration rate can substantially slow down.Into the of either shallow sleep
First, the second stage of, breathing relies on change of the carbon dioxide receiver of carotid body and medulla oblongata to carbon dioxide partial pressure and exhaled to adjust
Inhale.After sleep, people reduces to lacking respiratory ventilation reaction susceptibility caused by oxygen and carbon dioxide rise, breathing i.e. in irregular,
Amplitude is changed from small to big, cyclically-varying rule from large to small, but keeps constant in whole sleeping state respiration rate.When entering
After entering deep sleep, respiration rate further slows down, and ventilation volume is reduced, and thoracic cavity fluctuations slow down.By detecting thoracic cavity
Rise and fall the breathing state that may determine that and analyze people, when meeting above-mentioned rule, obtains the sleep state of human body.It is specifically divided into non-
Sleep state, shallow sleep state and deep sleep.
S103, when user is in non-sleep state, control air conditioner runs the real-time body's comfort level C ' for causing user
Equal to standardized human body's comfort level C；
When user be in it is shallow sleep state when, control air conditioner run cause real-time body's comfort level C ' be equal to first amendment standard people
Body comfort level Ce1；
When user is in deep sleep, control model control air conditioner, which is run, causes real-time body's comfort level less than the second amendment
Standardized human body's comfort level Ce2。
Wherein, second amendment standardized human body's comfort level Ce2, the first amendment standardized human body's comfort level Ce1And standardized human body
Comfort level C successively decreases successively.
Specifically, when human body is in lying status and is in non-sleep state, body surface temperature is higher, clothes body table
Temperature is also higher, calls human comfort control model control air conditioner to run and real-time body's comfort level C ' of user is equal to
Standardized human body comfort level C, human body is kept to be in comfort conditions.When user be in it is shallow sleep state when, body surface temperature can be relative
Reduce, in this case, standardized human body's comfort level C is modified, improve standardized human body comfort level C, obtain the first amendment mark
Quasi- human comfort Ce1, it is comfortable to control standardized human body's comfort level to correspond to human feeling, but is biased into warm human body and relaxes
Appropriateness, avoids user because air-conditioned room environment temperature is too low and catches a cold.When user is in deep sleep, body surface temperature
Can further it reduce.In this case, standardized human body comfort level C is further improved, obtains second amendment standardized human body's comfort level
Ce2, second amendment standardized human body's comfort level Ce2Higher than first amendment standardized human body's comfort level Ce1, but still it is in human comfort's
State.
A more specific step is said, in above process, is calculated human comfort and is preferably used following steps.
S201, collection in lying status user in real time clothing shell temperature Ts。
Specifically, in real time clothing shell temperature TsIt can be detected by the infrared sensor being arranged on air conditioner.
S202, gather the real-time building internal surface temperature T in air-conditioned roomq。
Specifically, building internal surface temperature TqThe TEMP directly contacted with metope, top surface, ground can be used
Device detects, and infrared sensor or thermal imaging system can also be used to be detected.Building internal surface temperature TqIt can be air conditioner
The surface temperature for the metope that the metope surface temperature or air conditioner wind outlet of installation contact face, can also be roof
Temperature or ground temperature.For domestic consumer, up and down the room temperature in neighbourhood, caused by direction of building
Sunshine-duration change etc. other factorses the internal surface temperature of air-conditioned room can also be impacted.Therefore, in real-time building
Surface temperature TqThe preferably average value of all inner wall inner surface temperature of air-conditioned room.
S203, gather the real time environment temperature T in air-conditioned roomh, real time environment temperature ThPreferably return air inlet for air-conditioner enters
Air temperature.
Wherein, human body in real time clothing shell temperature Ts, real-time building internal surface temperature Tq, the real-time ring in air-conditioned room
Border temperature ThSample frequency it is consistent.
S204, using in real time clothing shell temperature Ts, real time environment temperature ThWith real-time building internal surface temperature Tq, meter
Calculate real-time body's comfort level C ', C '=hr*(Ts-Tq)+hc*(Ts-Th), wherein hrAnd hcFor constant, hrFor radiant-heat transfer rate,
hcFor convection current pyroconductivity.As a rule, hrValue in 4W/m2DEG C to 5W/ m2Between DEG C, preferably 4.65W/ m2DEG C, hc
Value in 3W/m2DEG C to 4W/ m2Between DEG C, preferably 3.7W/ m2℃.Radiant-heat transfer rate and convection current pyroconductivity are usual
Definite value is taken, and is stored in the controller of air conditioner for transferring at any time.Under normal circumstances human body in real time clothing shell temperature Ts, it is real
When building internal surface temperature Tq, the real time environment temperature T in air-conditioned roomhDifference is no more than 1 DEG C.
After real-time body's comfort level C ' is obtained, according to different sleep state calculate real-time body's comfort level C with it is right
Answer standardized human body's comfort level C, first amendment standardized human body's comfort level C under sleep statee1, first amendment standardized human body it is comfortable
Spend Ce2Between deviation, and human body body-sensing state is determined according to extent of deviation, the control strategy according to corresponding to being called body-sensing state.
Control air conditioner action so that it is comfortable that the human comfort C ' of user is equal to the standardized human body that human body feels comfortably cool in air-conditioned room
Spend C, or first amendment standardized human body's comfort level Ce1, first amendment standardized human body's comfort level Ce2.Standardized human body's comfort level C's
Numerical intervals are generally（- 0.5,0.5）, in the range of this, human feeling is comfortable, without controlling air conditioner to act.Control plan
Basic principle slightly is the refrigerant flow by controlling compressor operating frequency He getting in heat exchanger, adjusts indoor environment
Temperature, clothing shell temperature and building internal surface temperature are further affected, adjust human comfort, in time meet to eliminate in fact
When human comfort C ' and standardized human body's comfort level C or amendment standardized human body's comfort level between deviation requirement, compressor fortune
Line frequency can be obtained by pid control algorithm or FUZZY ALGORITHMS FOR CONTROL, and the refrigerant flow of indoor heat exchanger can pass through control
System is arranged on the electronic expansion valve opening regulation on refrigerant line..
Specifically, the incidence relation of human comfort extent of deviation and body state is stored with air conditioner.It is non-sleep
Under state, using standardized human body's comfort level as 0 citing, if real-time body's comfort level C ' is 3, deviation exists（2.5,3）Scope
When interior, i.e., first interval, real-time body's comfort level deviation height, body state are uncomfortable.If real-time body's comfort level C ' is
2, then deviation exist（1.5,2.5）In the range of when, i.e. second interval, real-time body's comfort level deviation is higher, body state be compared with
For discomfort.If real-time body's comfort level C ' is 1, deviation exists（0.5,1.5）, i.e., in the range of 3rd interval when, real-time people
Body comfort level deviation is relatively low, and body state is more comfortable.Corresponding body state is uncomfortable, it is more comfortable inclined not accommodate more
Poor numerical intervals, i.e., one-to-one first interval, second interval and 3rd interval, first interval, second interval and the 3rd area
Between threshold value successively decrease successively and non-overlapping copies, avoid subsequent control from causing confusion.In order to effectively eliminate real-time body's comfort level
Deviation between C ' and standardized human body's comfort level C, a kind of operation control strategy of each body state distribution is corresponded in air conditioner.
If body state is uncomfortable, the corresponding operation of distribution first control strategy.If body state is more uncomfortable, corresponding point
With the second operation control strategy.If body state is more comfortable, the corresponding operation of distribution the 3rd control strategy.First operation control
Compressor target operating frequency in strategy, the second operation control strategy and the 3rd operation control strategy successively decreases successively.Pass through tune
The running frequency of frequency-changeable compressor is saved, adjusts the refrigerating capacity in kind of refrigeration cycle, the real time environment temperature between further regulating air-conditioning house
Degree, environment temperature further change interior architecture thing internal surface temperature, further adjust human comfort.
When user is in non-sleep state, air conditioner according to setting sample frequency sampling air-conditioned room in control object or
Person's Correction and Control object in real time clothing shell temperature Ts, real-time building internal surface temperature TqAnd real time environment temperature ThAnd
Real-time body comfort level C ' is calculated, real-time body's comfort level C ' and standardized human body's comfort level C difference is further calculated, judges
Numerical intervals belonging to difference, and the real-time people of user is obtained according to the incidence relation between amount of deflection section and body state
Body state, and control strategy is run according to corresponding to calling body state, control air conditioner makes according to operation control strategy operation
The deviation obtained between real-time body's comfort level C ' and standardized human body's comfort level C is gradually reduced, until real-time body's comfort level C ' etc.
In standardized human body's comfort level C.
It should be further stated that when calculating deviation, the preferably symbol of retention data, i.e. deviation delta C=C '-C, and
Independent memory cell stored symbols position is reserved in the controller of air conditioner.By the cold and hot of symbology user, with standard
Human comfort is 0 citing, when deviation exists（- 3, -2.5）In the range of when, body state is terribly cold.When deviation exists（- 2.5 ,-
1.5）In the range of when, body state is cold.When deviation exists（- 1.5, -0.5）In the range of when, body state is above-mentioned to be chilly
The corresponding first operation control strategy of three numerical intervals, the second operation control strategy and the 3rd operation control strategy.It is corresponding, when
Deviation exists（2.5,3）In the range of when, body state is awfully hot.When deviation exists（1.5,2.5）In the range of when, body state is
Heat.When deviation exists（0.5,1.5）In the range of when, body state is warm, the corresponding first operation control of above three numerical intervals
System strategy, the second operation control strategy and the 3rd operation control strategy.
When user be in it is shallow sleep state when, when calling the first amendment human comfort control model control air conditioner operation,
Standardized human body's comfort level C is modified to first automatically and accomplishes standardized human body's comfort level C by programe1, Ce1More than C, if C is 0, Ce1
For 0.3, if real-time body's comfort level is 2.7, under non-sleep state, according to standardized human body comfort level C, deviation is in the firstth area
In, that is, call the first operation control strategy.Due to standardized human body's comfort level is modified into Ce1,, deviation in second interval,
Call the second operation control strategy.Similar, when user is in deep sleep, call the second amendment human comfort control
When Schema control air conditioner is run, standardized human body's comfort level C is modified to the 3rd amendment standardized human body's comfort level by program automatically
Ce2 ,Ce2More than Ce1 , and deviation is calculated according to the amendment human comforts of real-time body's comfort level C ' and the 3rd, corresponding to calling
Run control strategy.First accomplishes standardized human body's comfort level Ce1Accomplish standardized human body's comfort level C with firste2It is defined as being only capable of
Modified in comfortable scope with being inclined to warm trend, avoid air parameter wide fluctuations, reduce users'comfort.
When calling operation control strategy first under a certain sleep state, if control air conditioner is real according to control object
When comfort level C ' according to the 3rd operation control strategy operation, then under the operation control strategy, the target frequency of compressor is relatively low,
Deviation is smaller, and power consumption is smaller can to eliminate deviation control air conditioner stable operation, and the load of whole air-conditioned room is more steady
It is fixed.Under conditions of stabilization, after the first detection cycle after reaching the target operating frequency of the 3rd operation control strategy again
The real-time comfort level C ' of controlling of sampling object.If in the detection and control process first after start, control air conditioner is according to control
The real-time comfort level C ' of object is according to the second operation control strategy operation, then under the operation control strategy, the target frequency of compressor
Rate is higher, and deviation is larger, and medium power consumption can eliminate deviation control air conditioner stable operation, and the load of whole air-conditioned room is deposited
It is little fluctuating but fluctuating.Under these conditions, the second inspection after the target operating frequency of the second operation control strategy is reached
Human comfort C ' is sampled again after surveying the cycle.If start after detection and control process first in, control air conditioner according to
The real-time comfort level C ' of control object is according to the first operation control strategy operation, then under the operation control strategy, the mesh of compressor
It is high to mark frequency, deviation is big, it is necessary to which larger power consumption can just eliminate deviation control air conditioner stable operation, and whole air-conditioned room is born
The fluctuation of lotus is big.Under conditions of fluctuation is larger, the 3rd inspection after the target operating frequency of the first operation control strategy is reached
Survey the real-time comfort level C ' of controlling of sampling object again after the cycle.First detection cycle, the second detection cycle and the 3rd detection cycle
Duration gradually successively decrease, so as to realize when the conditional stability of air-conditioned room, reduce detection and control frequency, keep relatively low water
Flat control, when the load of air-conditioned room has fluctuation but fluctuates little, ensure that detection operation frequency to a certain degree and control are dynamic
Working frequency, the horizontal control of moderate is kept, when the load fluctuation of air-conditioned room is big, keep high-frequency detection operation and control dynamic
Make, keep high level control.When it should be noted that " relatively low " of above-mentioned compressor target frequency, " higher " and " height " simultaneously
Do not refer to that the absolute value of target frequency is relatively low, it is higher or high, but compare in three kinds of operational modes raising frequency target frequency first
Result.Above-mentioned control process is similarly performed when compressor shutdown and then secondary startup.
The air-conditioner control method based on sleep quality state disclosed in the above embodiment of the present invention, human body can be based on
Sleep state, control air conditioner be controlled automatically according to the comfort level pattern of matching, can be in intelligence and flexible modulation system
On the premise of SAPMAC method working condition and indoor environment temperature, it is effectively prevented from caused by air-conditioning state and User Status mismatch
Indoor air temperature in air conditioned building is too low, the problem of causing user's flu, suffer from cold.
In order to have the function that assisting sleep, it is preferred that air conditioner transmits the user by wireless communication module sleeps
State to air-conditioned room Lighting Control Assembly：
When user is in non-sleep state, Lighting Control Assembly control illuminator is run according to the first brightness；
When user be in it is shallow sleep state when, Lighting Control Assembly control illuminator run according to the second brightness；
When user is in deep sleep, Lighting Control Assembly control illuminator is run according to the 3rd brightness；
Wherein described first brightness is higher than the 3rd brightness higher than the second brightness.
Meanwhile air conditioner transmits user's sleep state to the champignon control system of air-conditioned room by wireless communication module：
When user is in non-sleep state, champignon control system control champignon system is run according to the first gear；
When user be in it is shallow sleep state when, champignon control system control champignon system run according to the second gear；
When user is in deep sleep, champignon control system control champignon system is run according to third gear；
Wherein described first gear is higher than third gear higher than the second gear.
The concentration of the above-mentioned corresponding scent gas of gear height.
Wireless communication module is preferably bluetooth module or the wireless communication module that can realize similar functions.
The present invention discloses a kind of air conditioner, using disclosed in above-mentioned embodiment based on sleep quality state
The control method of air conditioner.The specific steps of control method will not be repeated here, use referring to the detailed description of above-described embodiment
The air conditioner of the above-mentioned air-conditioner control method based on sleep quality state has same technique effect.
Finally it should be noted that：The above embodiments are merely illustrative of the technical solutions of the present invention, rather than its limitations；Although
The present invention is described in detail with reference to the foregoing embodiments, it will be understood by those within the art that：It still may be used
To be modified to the technical scheme described in foregoing embodiments, or equivalent substitution is carried out to which part technical characteristic；
And these modification or replace, do not make appropriate technical solution essence depart from various embodiments of the present invention technical scheme spirit and
Scope.
Claims (10)
1. a kind of air-conditioner control method based on sleep quality state, it is characterised in that comprise the following steps：
Detected using infrared sensor and judge whether to have in air-conditioned room an at least user to be in lying status, if so, then
The radar sensor being arranged on air conditioner starts breathing state of the sample user within the unit interval, and according to the breathing shape
State determines the sleep state of user；
When user is in non-sleep state, control air conditioner, which is run, causes real-time body's comfort level C ' of user to be equal to standard people
Body comfort level C；
When user be in it is shallow sleep state when, control air conditioner run cause real-time body's comfort level C ' be equal to first amendment standard people
Body comfort level Ce1；
When user is in deep sleep, control air conditioner, which is run, causes real-time body's comfort level C ' to be equal to the second amendment standard people
Body comfort level Ce2；
Wherein, second amendment standardized human body's comfort level Ce2, the first amendment standardized human body's comfort level Ce1It is comfortable with standardized human body
Degree C successively decreases successively.
2. the air-conditioner control method according to claim 1 based on sleep quality state, it is characterised in that air conditioner leads to
Cross wireless communication module and transmit user's sleep state to the Lighting Control Assembly of air-conditioned room：
When user is in non-sleep state, control illuminator is run according to the first brightness；
When user be in it is shallow sleep state when, control illuminator run according to the second brightness；
When user is in deep sleep, control illuminator is run according to the 3rd brightness；
Wherein described first brightness is higher than the 3rd brightness higher than the second brightness.
3. the air-conditioner control method according to claim 2 based on sleep quality state, it is characterised in that air conditioner leads to
Cross wireless communication module and transmit user's sleep state to the champignon control system of air-conditioned room：
When user is in non-sleep state, control champignon system is run according to the first gear；
When user be in it is shallow sleep state when, control champignon system run according to the second gear；
When in deep sleep, control champignon system is run according to third gear；
Wherein described first gear is higher than third gear higher than the second gear.
4. the air-conditioner control method based on sleep quality state according to any one of claims 1 to 3, its feature exist
In,
Real-time body's comfort level calculates by the following method：
Gather the user in real time clothing shell temperature Ts；
Gather real-time building internal surface temperature T in air-conditioned roomq;
Gather the real time environment temperature T in air-conditioned roomh；
Calculate real-time body's comfort level C ';
C’=hr*(Ts-Tq)+hc*(Ts-Th), wherein hrAnd hcFor constant, wherein hrFor radiant-heat transfer rate, hcPassed for advection heat
Conductance.
5. the air-conditioner control method according to claim 4 based on sleep quality state, it is characterised in that：
It is stored with air conditioner under different sleep states, real-time body's comfort level C ' repaiies with standardized human body's comfort level C or corresponding
Positive standardized human body's comfort level Ce1、Ce2Extent of deviation and human body body-sensing state incidence relation, correspond to each human body body-sensing
A kind of operation control strategy of state assignment；Air conditioner calculates real-time body's comfort level C ' and standard according to different sleep states
Human comfort C or amendment standardized human body's comfort level Ce1And Ce2Between difference, and determine that real-time body is relaxed according to the difference
Appropriateness corrects standardized human body's comfort level C relative to standardized human body's comfort level C or correspondinge1And Ce2Extent of deviation, according to described
Incidence relation judge real-time body's body-sensing state, and call corresponding to operation control strategy, control air conditioner according to user not
With sleep state according to the corresponding operation control strategy operation so that real-time body's comfort level C ' of the user is equal to mark
Quasi- human comfort C or amendment standardized human body's comfort level Ce1And Ce2。
6. the air-conditioner control method according to claim 5 based on sleep quality state, it is characterised in that：
If real-time body's comfort level C ' and standardized human body's comfort level C or corresponding amendment standardized human body's comfort levels Ce1And Ce2Deviation
Degree is in first interval, then real-time body's comfort level deviation is high, and body state is uncomfortable, the corresponding operation of distribution first control
Strategy；
If real-time body's comfort level C ' and standardized human body's comfort level C corresponding amendment standardized human body comfort level Ce1And Ce2Deviation
Degree is in second interval, then real-time body's comfort level deviation is higher, and body state is more uncomfortable, the corresponding operation of distribution second
Control strategy；
If real-time body's comfort level C ' and standardized human body's comfort level C or corresponding amendment standardized human body's comfort levels Ce1And Ce2Deviation
Degree is in 3rd interval, then real-time body's comfort level deviation is relatively low, and body state is more comfortable, the corresponding operation of distribution the 3rd
Control strategy；
The threshold value of wherein first interval, second interval and 3rd interval is successively decreased successively, the first operation control strategy, the second operation control
Compressor target operating frequency in system strategy and the 3rd operation control strategy successively decreases successively.
7. the control method of the air conditioner according to claim 6 based on sleep quality state, it is characterised in that；
If air conditioner is controlled to reach the mesh of the 3rd operation control strategy according to the described 3rd operation control strategy operation
Real-time body's comfort level C is sampled again after the first detection cycle after mark running frequency；If air conditioner is controlled according to described second
Control strategy operation is run, then after the second detection cycle after reaching the target operating frequency of the second operation control strategy
Real-time body comfort level C is sampled again, it is described reaching if control air conditioner is according to the described first operation control strategy operation
Real-time body comfort level C is sampled again after the 3rd detection cycle after the target operating frequency of first operation control strategy, wherein
The duration of first detection cycle, the second detection cycle and the 3rd detection cycle gradually successively decreases.
8. the air-conditioner control method according to claim 7 based on sleep quality state, it is characterised in that：The building
Thing internal surface temperature is the surface temperature of the wall faced with air conditioner wind outlet.
9. the air-conditioner control method according to claim 7 based on sleep quality state, it is characterised in that：The building
Thing internal surface temperature is the average value of the internal surface temperature of all inwalls of air-conditioned room.
A kind of 10. air conditioner, it is characterised in that using as described in any one of claim 1 to 9 based on sleep quality state
Air-conditioner control method.
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| PCT/CN2018/100891 WO2019034126A1 (en) | 2017-08-18 | 2018-08-16 | Air conditioner control method based on human body sleep state and air conditioner |
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Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005152537A (en) * | 2003-11-28 | 2005-06-16 | Yokogawa Electric Corp | Control system |
| EP2236078A1 (en) * | 2009-04-02 | 2010-10-06 | Koninklijke Philips Electronics N.V. | Processing a bio-physiological signal |
| CN105115101A (en) * | 2015-07-28 | 2015-12-02 | 珠海市奥美软件科技有限公司 | Method and device for automatically controlling temperature of air conditioner for sleeping at night |
| CN105241013A (en) * | 2015-10-23 | 2016-01-13 | 青岛海尔空调器有限总公司 | Control method and device for air conditioner and air conditioner |
| CN105890117A (en) * | 2016-04-28 | 2016-08-24 | 北京小米移动软件有限公司 | Method and device for controlling air conditioner and server |
| CN106123206A (en) * | 2016-06-17 | 2016-11-16 | 美的集团股份有限公司 | A kind of method and system adjusting ambient heat |
Family Cites Families (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107421077B (en) * | 2017-08-18 | 2019-10-01 | 青岛海尔空调器有限总公司 | A kind of air-conditioner control method and air conditioner based on sleep quality state |
-
2017
- 2017-08-18 CN CN201710714435.6A patent/CN107421077B/en active Active
-
2018
- 2018-08-16 WO PCT/CN2018/100891 patent/WO2019034126A1/en active Application Filing
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2005152537A (en) * | 2003-11-28 | 2005-06-16 | Yokogawa Electric Corp | Control system |
| EP2236078A1 (en) * | 2009-04-02 | 2010-10-06 | Koninklijke Philips Electronics N.V. | Processing a bio-physiological signal |
| CN105115101A (en) * | 2015-07-28 | 2015-12-02 | 珠海市奥美软件科技有限公司 | Method and device for automatically controlling temperature of air conditioner for sleeping at night |
| CN105241013A (en) * | 2015-10-23 | 2016-01-13 | 青岛海尔空调器有限总公司 | Control method and device for air conditioner and air conditioner |
| CN105890117A (en) * | 2016-04-28 | 2016-08-24 | 北京小米移动软件有限公司 | Method and device for controlling air conditioner and server |
| CN106123206A (en) * | 2016-06-17 | 2016-11-16 | 美的集团股份有限公司 | A kind of method and system adjusting ambient heat |
Cited By (23)
| Publication number | Priority date | Publication date | Assignee | Title |
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| WO2019034126A1 (en) | 2019-02-21 |
| CN107421077B (en) | 2019-10-01 |
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