CN105588257A - Control method of intelligent air conditioner and intelligent air conditioner - Google Patents
Control method of intelligent air conditioner and intelligent air conditioner Download PDFInfo
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- CN105588257A CN105588257A CN201410699279.7A CN201410699279A CN105588257A CN 105588257 A CN105588257 A CN 105588257A CN 201410699279 A CN201410699279 A CN 201410699279A CN 105588257 A CN105588257 A CN 105588257A
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Abstract
The invention provides a control method of an intelligent air conditioner and the intelligent air conditioner, relates to the field of intelligent air conditioners, and solves the problem of incapability of realizing precise control of the intelligent air conditioner due to incapability of precisely positioning relative positions between users and the intelligent air conditioner in the intelligent air conditioner in the prior art. The intelligent air conditioner comprises a first signal transreceiver, a second signal transreceiver and a controller; and the method comprises the steps of: obtaining user data detected and reported by wearable equipment; determining a first time of the first signal transreceiver receiving the user data; determining a second time of the second signal transreceiver receiving the user data; determining relative distances and relative angles between the users and the intelligent air conditioner according to the sending time of the wearable equipment sending user data, the first time and the second time; and adjusting present operation parameters of the intelligent air conditioner according to the relative distances and the relative angles between the users and the intelligent air conditioner according to the user data. The control method is applied to the intelligent air conditioner.
Description
Technical field
The present invention relates to intelligent air condition field, relate in particular to a kind of intelligent air condition control method and intelligenceCan air-conditioning.
Background technology
In recent years, along with the arrival of digitized home, what in people's family life, use is variousDigital household appliances can carry out interconnected communication by home network, thereby real on Home-Network platformThe control of the shared and equipment of existing information. Existing intelligent air condition is conventionally by routing device and intelligenceEnergy terminal (as, smart mobile phone) interconnected communication, realize intelligent air condition by intelligent terminalControl. In the prior art, user's positional information normally terminal device by general pointGroup wireless service technology (GeneralPacketRadioService is called for short GPRS) or positionSensor is located, terminal device by the customer position information getting by network-feedback toAfter intelligent air condition, this intelligent air condition is just according to customer position information adjustment is put to wind angle.
But, inventor's discovery, the GPRS function of existing various intelligent terminals can only be orientedUser's approximate location, error is larger, particularly in the time that user moves in region among a small circle,The positional information that GPRS in terminal device obtains can't change, like this intelligent air conditionJust cannot orient accurately the relative position between user and intelligent air condition, thereby make Intelligent airTune can only, to user's general orientation blowing, can not be realized accurate control to intelligent air condition.
Summary of the invention
Embodiments of the invention provide a kind of intelligent air condition control method and intelligent air condition, have solvedIn prior art, intelligent air condition cannot be oriented the phase contraposition between user and intelligent air condition accuratelyPut, and then cannot realize the accurate problem of controlling to intelligent air condition.
For achieving the above object, embodiments of the invention adopt following technical scheme:
First aspect, provides a kind of intelligent air condition control method, is applied to intelligent air condition, described inIntelligent air condition comprises first signal transceiver, secondary signal transceiver and controller, described firstRelative distance between signal transceiver and described secondary signal transceiver is greater than predetermined threshold, described inThe wearable device binding that intelligent air condition and at least one user wear, described method comprises:
Obtain the user data that described wearable device detects and reports; Described user data comprisesDescribed wearable device sends the transmitting time of described user data;
Determine that described first signal transceiver receives the very first time of described user data;
Determine that described secondary signal transceiver receives the second time of described user data;
According to described transmitting time, the described very first time and described the second time, described in determiningWearable device wear relative distance and the relative angle between user and described intelligent air condition;
According to described user data and described in wear the relative distance between user and described intelligent air conditionAnd relative angle, adjust the current operational factor of described intelligent air condition, wherein said intelligent air conditionOperational factor comprise the pendulum wind angle of described intelligent air condition.
Optionally, described according to described transmitting time, the described very first time and described second o'clockBetween, determine described wearable device wear relative distance between user and described intelligent air condition andRelative angle specifically comprises:
While sending the transmission of described user data according to the described very first time and described wearable deviceBetween, determine first between the user that wear of described first signal transceiver and described wearable deviceAir line distance;
While sending the transmission of described user data according to described the second time and described wearable deviceBetween, determine described secondary signal transceiver and described in wear the second air line distance between user;
Receive according to described the first air line distance, described the second air line distance and described first signalRelative distance between hair device and described secondary signal transceiver, wears user and institute described in calculatingState relative distance and relative angle between intelligent air condition.
Optionally, described user data is that described wearable device is received and dispatched according to described first signalThe instruction of the detectable signal that device and described secondary signal transceiver send is monitored to described intelligent air conditionAnd report; Or described user data is that described wearable device is periodically to described intelligenceEnergy air-conditioning is monitored and is reported.
Optionally, described according to described user data and described in wear user and described intelligent air conditionBetween relative distance and relative angle, adjust the current operational factor of described intelligent air condition and specifically wrapDraw together:
According to described user data and described in wear the relative distance between user and described intelligent air conditionFrom and relative angle, determine the object run parameter of described intelligent air condition;
Obtain the current operational factor of described intelligent air condition;
Determine the object run ginseng of operational factor that described intelligent air condition is current and described intelligent air conditionThe target difference of several, and adjust the current operation of described intelligent air condition according to described target differenceParameter.
Optionally, described user data also comprises the individual who wears user of described wearable deviceInformation, described in wear user body sense signal and described in wear the environment letter of user's surrounding enviromentBreath; Described in comprising, the described user's of wearing personal information wears user's age, sex and bodyBody health degree.
Second aspect, provides a kind of intelligent air condition, and described intelligent air condition comprises first signal transmitting-receivingDevice, secondary signal transceiver and controller, described first signal transceiver and described secondary signalRelative distance between transceiver is greater than predetermined threshold, and described intelligent air condition and at least one user wearThe wearable device binding of wearing, described controller comprises:
Acquisition module, the user data that detects and report for obtaining described wearable device; InstituteState user data and comprise that described wearable device sends the transmitting time of described user data;
The first determination module, for determining that described first signal transceiver receives described number of usersAccording to the very first time;
Described the first determination module, described in also receiving for definite described secondary signal transceiverThe second time of user data;
The second determination module, for the described transmitting time, the institute that obtain according to described acquisition moduleState the described very first time and described the second time that the first determination module is determined, described in calculatingWearable device wear relative distance and the relative angle between user and described intelligent air condition;
Adjusting module, for the described user data and the institute that determine according to described the second determining unitState relative distance and the relative angle worn between user and described intelligent air condition, adjust described intelligenceThe operational factor that air-conditioning is current, the operational factor of wherein said intelligent air condition comprises described Intelligent airThe pendulum wind angle of adjusting.
Optionally, described the second determination module specifically for: according to the described very first time and described inWearable device sends the transmitting time of described user data, determines described first signal transceiverAnd described wearable device wear the first air line distance between user; According to described the second timeSend the transmitting time of described user data with the described user of wearing, determine that described secondary signal receivesThe second air line distance between hair device and described wearable device; According to described the first air line distance,Between described the second air line distance and described first signal transceiver and described secondary signal transceiverRelative distance, described in calculating, wear relative distance and phase between user and described intelligent air conditionTo angle.
Optionally, described user data is that described wearable device is received and dispatched according to described first signalThe instruction of the detectable signal that device and described secondary signal transceiver send is monitored to described intelligent air conditionAnd report; Or described user data is that described wearable device is periodically to described intelligenceEnergy air-conditioning is monitored and is reported.
Optionally, described adjusting module specifically for: according to described user data and described pendantWear relative distance and relative angle between user and described intelligent air condition, determine described intelligent air conditionObject run parameter; Obtain the current operational factor of described intelligent air condition; Determine described intelligenceTarget difference between the object run parameter of the operational factor that air-conditioning is current and described intelligent air condition,And adjust the current operational factor of described intelligent air condition according to described target difference.
Optionally, described user data also comprises the individual who wears user of described wearable deviceInformation, described in wear user body sense signal and described in wear the environment letter of user's surrounding enviromentBreath; Described in comprising, the described user's of wearing personal information wears user's age, sex and bodyBody health degree.
Intelligent air condition control method and intelligent air condition that embodiments of the invention provide, by obtainingThe user data that wearable device detects and reports, can wear according to this comprising in this user dataThe equipment of wearing sends the transmitting time of this user data, determines that first signal transceiver receives this useThe very first time of user data and secondary signal transceiver receive second o'clock of this user dataBetween, then, according to the above-mentioned transmitting time getting, the very first time and the second time, reallyDetermine relative distance and the relative angle between user and intelligent air condition of wearing of this wearable device,After, wear relative distance and the relative angle between user and intelligent air condition according to this user data and thisDegree, adjusts the current operational factor of intelligent air condition, in the operational factor of above-mentioned intelligent air condition, wrapsContaining the pendulum wind angle of intelligent air condition. There is a phasing by install two on intelligent air condition like thisThe signal receiver of adjusting the distance, and receive wearable device transmission according to these two signal transceiversThe time of signal and the time of this wearable device transmitted signal, calculate user and this intelligenceRelative distance that can air conditioning room, locates by GPRS than terminal device in prior artThe positional information of self, and carry out transfer of data by routing device, control provided by the present inventionRelative distance between the user that method processed is accessed and this intelligent air condition is more accurate, realizes moreFor easy, can realize the accurate control to intelligent air condition.
Brief description of the drawings
In order to be illustrated more clearly in the embodiment of the present invention or technical scheme of the prior art, belowTo the accompanying drawing of required use in embodiment or description of the Prior Art be briefly described, aobvious andEasily insight, the accompanying drawing in the following describes is only some embodiments of the present invention, for this areaThose of ordinary skill, is not paying under the prerequisite of creative work, can also be according to theseAccompanying drawing obtains other accompanying drawing.
The structural representation of a kind of intelligent air condition that Fig. 1 provides for embodiments of the invention;
The flow process signal of a kind of intelligent air condition control method that Fig. 2 provides for embodiments of the inventionFigure;
Fig. 3 shows for the flow process of the another kind of intelligent air condition control method that embodiments of the invention provideIntention;
Relative distance between a kind of user and intelligent air condition that Fig. 4 provides for embodiments of the inventionWith relative angle schematic diagram.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, to the technical side in the embodiment of the present inventionCase is clearly and completely described, and obviously, described embodiment is only one of the present inventionDivide embodiment, instead of whole embodiment. Based on the embodiment in the present invention, this area is generalLogical technical staff is not making the every other embodiment obtaining under creative work prerequisite,All belong to the scope of protection of the invention.
Embodiments of the invention provide a kind of intelligent air condition, as shown in Figure 1, and this intelligent air condition 1Bind with the wearable device 2 that at least one user wears, this intelligent air condition 1 comprises: firstSignal transceiver 11, secondary signal transceiver 12 and controller 13, above-mentioned first signal is receivedHair device 11 and secondary signal transceiver 12 are positioned in the front panel of air-conditioning, and this first signal is receivedRelative distance between hair device 11 and secondary signal transceiver 12 is greater than predetermined threshold, between the twoHave certain relative distance, above-mentioned controller 13 is for controlling the each of this intelligent air condition 1Individual device, for example, by controlling control of Fan Motor wind speed and air quantity, sending out by controlled humiditySend device to carry out controlled humidity, pass through to control air door deflection angle control blowing direction etc.
Wherein, the wearable device 2 in the embodiment of the present invention can be intelligent mini equipment, exampleAs, intelligent bracelet, intelligent watch etc. Concrete, the wearable device 2 in the present invention canBy obtaining in real time the data such as health and fitness information, motion state, habits and customs of wearing user, with biographyThe mobile phone terminal of system is compared, and user can carry wearable device in 24 hours, and user is canOn wearing equipment, operation is more more convenient than operation on smart mobile phone.
Above-mentioned first signal transceiver 11 can be worn for receiving this with secondary signal transceiver 12Wear equipment 2 and send the user data that detects and report.
With reference to Fig. 1, above-mentioned controller 13 specifically comprises: acquisition module 131, first is determinedModule 132, the second determination module 133 and adjusting module 134, wherein:
Acquisition module 131, for from this first signal transceiver 11 and/or secondary signal transceiverIn 12, obtain the user data that wearable device 2 detects and reports; This user data comprises and can wearWear the transmitting time that equipment 2 sends user data.
Optionally, above-mentioned user data also comprises the individual who wears user of wearable device 2Information, this wears user's body sense signal and this and wears the environmental information of user's surrounding enviroment;This personal information of wearing user comprises age, sex and the healthy degree of wearing user.
The first determination module 132, for determining that first signal transceiver 11 receives user dataThe very first time.
The first determination module 132, also for determining that secondary signal transceiver 12 receives number of usersAccording to the second time.
The second determination module 133, for the transmitting time, first of obtaining according to acquisition module 131The very first time that determination module 132 is definite and the second time, calculate wearable device 2Wear relative distance and relative angle between user and intelligent air condition.
Adjusting module 134, for according to the definite user data of the second determining unit 133 with wearRelative distance and relative angle between user and intelligent air condition 1, adjust intelligent air condition 1 currentOperational factor, wherein the operational factor of this intelligent air condition 1 comprises the pendulum wind angle of intelligent air condition 1.
Optionally, the second above-mentioned determination module 133 specifically for: according to very first time and canWearing equipment 2 sends the transmitting time of user data, determines that first signal transceiver 11 and this canWearing equipment wear the first air line distance between user; Wear user according to the second time and thisSend the transmitting time of user data, determine between secondary signal transceiver 12 and wearable device 2The second air line distance; Receive according to the first air line distance, the second air line distance and first signalRelative distance between hair device 11 and secondary signal transceiver 12, calculates this and wears user and intelligenceRelative distance and relative angle that energy air-conditioning is 1.
Optionally, above-mentioned user data is that wearable device 2 is according to first signal transceiver 11The instruction of the detectable signal sending with secondary signal transceiver 12 is monitored and is reported to intelligent air condition 1; Or, user data be wearable device 2 periodically to intelligent air condition 1 monitor and onReport.
Wherein, the controller 13 in the present invention is also for controlling first signal transceiver 11 andBinary signal transceiver 12 sends and surveys letter to this wearable device 2 of binding with this intelligent air condition 1Number.
Optionally, adjusting module 134 specifically for: wear user according to user data and thisAnd the relative distance between intelligent air condition 1 and relative angle, determine the object run of intelligent air condition 1Parameter; Obtain the current operational factor of intelligent air condition 1; Determine the operation that intelligent air condition 1 is currentTarget difference between the object run parameter of parameter and intelligent air condition 1, and adjust according to target differenceThe current operational factor of whole intelligent air condition 1.
The intelligent air condition that embodiments of the invention provide, by obtain wearable device detect and onThe user data of report, sends this number of users according to this wearable device comprising in this user dataAccording to transmitting time, determine very first time that first signal transceiver receives this user data withAnd secondary signal transceiver receives the second time of this user data, then, obtain according to above-mentionedTransmitting time, the very first time and the second time got, determine wearing of this wearable deviceRelative distance between user and intelligent air condition and relative angle, last, according to this user data andThis wears relative distance and relative angle between user and intelligent air condition, adjusts intelligent air condition currentOperational factor, in the operational factor of above-mentioned intelligent air condition, comprise the pendulum wind angle of intelligent air condition.Like this by two signal receivers that have certain relative distance are installed on intelligent air condition, andReceive time of the signal that wearable devices send and this can be worn according to these two signal transceiversWear the time of equipment transmitted signal, calculate the relative distance between user and this intelligent air condition, phaseLocate the positional information of self by GPRS than terminal device in prior art, and pass throughRouting device carries out transfer of data, the accessed user of control method provided by the present invention withRelative distance between this intelligent air condition is more accurate, realizes more easyly, can realize intelligenceThe accurate control of air-conditioning.
Embodiments of the invention provide a kind of intelligent air condition control method, are applied to as shown in Figure 1Intelligent air condition, the binding of wearable device that this intelligent air condition and at least one user wear, toolBody, as shown in Figure 2, this intelligent air condition control method specifically comprises the steps:
201, the controller of intelligent air condition obtains the user data that wearable device detects and reports.
Wherein, the wearable device in the embodiment of the present invention can be intelligent mini equipment, for example,Intelligence bracelet, intelligent watch etc. Wearable device 2 in the present invention can obtain and wear in real timeThe data such as user's health and fitness information, motion state, habits and customs. Wherein, above-mentioned number of usersAccording to including but not limited to: wearable device sends transmitting time, the wearable device of user dataThe personal information of wearing user, wear user's body sense signal and wear user's surrounding enviromentEnvironmental information, this personal information of wearing user comprise this wear user's age, sex withAnd healthy degree.
Concrete, above-mentioned user data can be that this wearable device is received and dispatched according to first signalThe instruction of the detectable signal that device and secondary signal transceiver send is monitored and is reported to intelligent air condition, exemplary, the sensor in this intelligent air condition is established to wearable at particular range internal inductionWhen standby, the controller in this intelligent air condition can be controlled the first signal transceiver in this intelligent air conditionSend detectable signal with secondary signal transceiver to this wearable device, and this wearable device existsAfter receiving detectable signal, can monitor and report this to wear user's user data. Above-mentioned userData can be still that this wearable device is periodically monitored and reported to intelligent air condition, showExample, this wearable device according to the monitoring of predetermined period periodicity (every 10 minutes) alsoReport this to wear user's user data, it should be noted that, this wears user only in thisThis intelligent air condition when the signal of intelligent air condition is accepted scope interior (for example, when, user enters parlor)Just can receive this and wear user's user data, and then change the relevant parameter of this intelligent air condition.
202, the controller of intelligent air condition determines that first signal transceiver receives of user dataOne time.
203, the controller of intelligent air condition determines that secondary signal transceiver receives of user dataTwo times.
Concrete, first signal transceiver and secondary signal transceiver are receiving wearable deviceFeedback user data time, all the current time can be carried out to record, make the control of intelligent air conditionInterocclusal record when device processed can directly obtain this (very first time and the second time).
204, the controller of intelligent air condition is according to transmitting time, the very first time and the second time,Determine relative distance and the relative angle between user and intelligent air condition of wearing of wearable device.
Concrete, owing to having certain distance between first signal transceiver and secondary signal transceiver,Therefore, first signal transceiver and secondary signal transceiver are can wear not receiving in the same time thisThe user data that the equipment of wearing sends at one time, so here can be according to wearable deviceThe user data sending arrives the time of this first signal transceiver and secondary signal transceiver, meterCalculate relative distance and the relative angle worn between user and intelligent air condition.
205, the controller of intelligent air condition according to user data and wear user and intelligent air condition betweenRelative distance and relative angle, adjust the current operational factor of intelligent air condition.
Wherein, the operational factor of above-mentioned intelligent air condition comprises the pendulum wind angle of intelligent air condition.
Concrete, controller is calculating relative distance and the phase worn between user and intelligent air conditionAfter angle, just can according to this relative distance for this wear user select an optimum wind speed andTemperature (for example, in the time that this is worn relative position between user and intelligent air condition and is 4 meters, this controlThe wind speed that device processed can suitably increase this intelligent air condition reduces air-conditioner temperature simultaneously), and according toThis relative angle is adjusted the damper positions of this intelligent air condition.
The intelligent air condition control method that embodiments of the invention provide, by obtaining wearable deviceThe user data that detects and report, sends according to this wearable device comprising in this user dataThe transmitting time of this user data, determines that first signal transceiver receives of this user dataOne time and secondary signal transceiver receive the second time of this user data, then, and rootAccording to the above-mentioned transmitting time getting, the very first time and the second time, determine this wearable establishingStandby wear relative distance and the relative angle between user and intelligent air condition, last, according to this useUser data and this are worn relative distance and the relative angle between user and intelligent air condition, adjust intelligenceThe operational factor that air-conditioning is current, comprises intelligent air condition in the operational factor of above-mentioned intelligent air conditionPendulum wind angle. Like this by two signals that have certain relative distance are installed on intelligent air conditionReceiver, and the time of the signal sending according to these two signal transceivers reception wearable devicesAnd the time of this wearable device transmitted signal, calculate the phase between user and this intelligent air conditionAdjust the distance, locate the position letter of self than terminal device in prior art by GPRSBreath, and carry out transfer of data by routing device, control method provided by the present invention is obtainedRelative distance between the user who arrives and this intelligent air condition is more accurate, realize more easy, canRealize the accurate control to intelligent air condition.
Embodiments of the invention provide a kind of intelligent air condition control method, are applied to as shown in Figure 1Intelligent air condition, the binding of wearable device that this intelligent air condition and at least one user wear, toolBody, as shown in Figure 2, this intelligent air condition control method specifically comprises the steps:
201, obtain the user data that described wearable device detects and reports.
202, the controller of intelligent air condition determines that first signal transceiver receives of user dataOne time.
203, the controller of intelligent air condition determines that secondary signal transceiver receives of user dataTwo times.
Concrete, step 201 to 203 specific descriptions can be implemented with shadow with reference to Fig. 2 hereDescription in example, repeats no more here.
204, the controller of intelligent air condition is according to transmitting time, the very first time and the second time,Determine relative distance and the relative angle between user and intelligent air condition of wearing of wearable device.
Optionally, step 204 specifically comprises the steps:
The controller of 204a, intelligent air condition sends number of users according to the very first time and wearable deviceAccording to transmitting time, determine first signal transceiver and wear the first air line distance between user.
The controller of 204b, intelligent air condition sends number of users according to the second time and wearable deviceAccording to transmitting time, determine secondary signal transceiver and wear the second air line distance between user.
The controller of 204c, intelligent air condition according to the first air line distance, the second air line distance andRelative distance between first signal transceiver and secondary signal transceiver, calculate wear user withRelative distance between intelligent air condition and relative angle.
Exemplary, the scene schematic diagram between user and intelligent air condition as shown in Figure 4, this showsBe intended to top view, if this first signal transceiver 11 is pacified respectively with secondary signal transceiver 12Be contained in the upper left corner and the upper right corner of this intelligent air condition, and this wearable device is will at time point T1The user data of wearing user is sent to first signal transceiver 11 and secondary signal transceiver 12,This first signal transceiver 11 is to receive this user data at time point T2, this secondary signalTransceiver 12 is that controller exists according to signal in the time that time point T3 receives this user dataAirborne spread speed V, calculates respectively this and wears between user and first signal transceiver 11The first air line distance L1 and this wear second straight between user and secondary signal transceiver 12Linear distance L2. Subsequently, taking this first signal access point 11 as initial point, form taking L1 as radiusThe first border circular areas, taking secondary signal access point 12 as initial point, forms second taking L2 as radiusBorder circular areas, can find out, the first border circular areas that the front panel of intelligent air condition is faced andThe intersection point X of two border circular areas wears the residing position of user for this, this first signal transceiver 11,Secondary signal transceiver 12 and above-mentioned intersection point X just can form a delta-shaped region, and thenJust can determine relative distance and the relative angle worn between user and intelligent air condition, concrete referenceFig. 3, this relative distance is L3, this relative angle is α.
205, the controller of intelligent air condition according to user data and wear user and intelligent air condition betweenRelative distance and relative angle, adjust the current operational factor of intelligent air condition.
Optionally, step 205 specifically comprises the steps:
The controller of 205a, intelligent air condition is according to user data and wear user and intelligent air conditionBetween relative distance and relative angle, determine the object run parameter of intelligent air condition.
The controller of 205b, intelligent air condition obtains the current operational factor of intelligent air condition.
The controller of 205c, intelligent air condition is determined operational factor and the Intelligent air that intelligent air condition is currentTarget difference between the object run parameter of adjusting, and it is current to adjust intelligent air condition according to target differenceOperational factor.
Wherein, the operational factor of intelligent air condition comprises: the air quantity of temperature, humidity, air-conditioning, windDoor angle. Concrete, this controller is worn user's personal information according to this, determines and needs to adjustThe whole air conditioning mode arriving (child's pattern, old man's pattern, sleep pattern etc.), according to wearing useRelative distance between family and intelligent air condition and relative angle, further by the above-mentioned air-conditioning of selectingIn pattern, wind speed and air door direction are adjusted accordingly (for example,, if the air conditioning mode of selectingFor old man's pattern, wind speed is adjusted with less amplitude), then this air conditioning mode is doneFor the object run parameter of this intelligent air condition (is that controller calculates according to this user dataThis user's of optimum air conditioning mode). Finally, this controller is by the object run ginseng of determiningThe current parameters of parameters in number and this intelligent air condition is compared one by one, determinesThe target difference of every parameter, every operational factor according to this target difference to this intelligent air conditionAdjust successively.
It should be noted that, if when the air conditioning mode of selecting is old man's pattern or child's pattern,This controller can will add fixed angle (as, 45 degree) on this relative angle, thereby anti-Only this intelligent air condition is directly to wearing user's blowing.
The intelligent air condition control method that embodiments of the invention provide, by obtaining wearable deviceThe user data that detects and report, sends according to this wearable device comprising in this user dataThe transmitting time of this user data, determines that first signal transceiver receives of this user dataOne time and secondary signal transceiver receive the second time of this user data, then, and rootAccording to the above-mentioned transmitting time getting, the very first time and the second time, determine this wearable establishingStandby wear relative distance and the relative angle between user and intelligent air condition, last, according to this useUser data and this are worn relative distance and the relative angle between user and intelligent air condition, adjust intelligenceThe operational factor that air-conditioning is current, comprises intelligent air condition in the operational factor of above-mentioned intelligent air conditionPendulum wind angle. Like this by two signals that have certain relative distance are installed on intelligent air conditionReceiver, and the time of the signal sending according to these two signal transceivers reception wearable devicesAnd the time of this wearable device transmitted signal, calculate the phase between user and this intelligent air conditionAdjust the distance, locate the position letter of self than terminal device in prior art by GPRSBreath, and carry out transfer of data by routing device, control method provided by the present invention is obtainedRelative distance between the user who arrives and this intelligent air condition is more accurate, realize more easy, canRealize the accurate control to intelligent air condition.
Those skilled in the art can be well understood to, for convenience and simplicity of description,Only be illustrated with the division of above-mentioned each functional module, in practical application, can be as requiredCompleted by different functional modules and above-mentioned functions is distributed, be divided into by the internal structure of deviceDifferent functional modules, to complete all or part of function described above. The dress of foregoing descriptionPut and the specific works process of module, can be with reference to the corresponding process in preceding method embodiment,This repeats no more.
In the several embodiment that provide in the application, should be understood that, disclosed device andMethod, can realize by another way. For example, device embodiment described above onlyBe schematically, for example, the division of described module or unit, is only that a kind of logic function is divided,When actual realization, can have other dividing mode, for example multiple unit or assembly can in conjunction with orCan be integrated into another system, or some features can ignore, or not carry out.
In addition, the each functional module in each embodiment of the application can be integrated in a processingIn module, can be also that the independent physics of modules exists, also can two or more modulesBe integrated in a module.
The above, above embodiment is only in order to the application's technical scheme to be described, but not to itRestriction; Although the application is had been described in detail with reference to previous embodiment, this area generalLogical technical staff is to be understood that: the technical scheme that it still can be recorded aforementioned each embodimentModify, or part technical characterictic is wherein equal to replacement; And these amendments orReplace, do not make the essence of appropriate technical solution depart from the essence of the each embodiment technical scheme of the applicationGod and scope.
Claims (10)
1. an intelligent air condition control method, is applied to intelligent air condition, it is characterized in that, described inIntelligent air condition comprises first signal transceiver, secondary signal transceiver and controller, described firstRelative distance between signal transceiver and described secondary signal transceiver is greater than predetermined threshold, described inThe wearable device binding that intelligent air condition and at least one user wear, described method comprises:
Obtain the user data that described wearable device detects and reports; Described user data comprisesDescribed wearable device sends the transmitting time of described user data;
Determine that described first signal transceiver receives the very first time of described user data;
Determine that described secondary signal transceiver receives the second time of described user data;
According to described transmitting time, the described very first time and described the second time, described in determiningWearable device wear relative distance and the relative angle between user and described intelligent air condition;
According to described user data and described in wear the relative distance between user and described intelligent air conditionAnd relative angle, adjust the current operational factor of described intelligent air condition, wherein said intelligent air conditionOperational factor comprise the pendulum wind angle of described intelligent air condition.
2. method according to claim 1, is characterized in that, described according to described transmissionTime, the described very first time and described the second time, determine wearing of described wearable deviceRelative distance and relative angle between user and described intelligent air condition specifically comprise:
While sending the transmission of described user data according to the described very first time and described wearable deviceBetween, determine first between the user that wear of described first signal transceiver and described wearable deviceAir line distance;
While sending the transmission of described user data according to described the second time and described wearable deviceBetween, determine described secondary signal transceiver and described in wear the second air line distance between user;
Receive according to described the first air line distance, described the second air line distance and described first signalRelative distance between hair device and described secondary signal transceiver, wears user and institute described in calculatingState relative distance and relative angle between intelligent air condition.
3. method according to claim 1, is characterized in that, described user data is instituteState that wearable device sends according to described first signal transceiver and described secondary signal transceiverThe instruction of detectable signal is monitored and is reported to described intelligent air condition; Or, described user dataDescribed wearable device is periodically monitored and is reported to described intelligent air condition.
4. method according to claim 1, is characterized in that, described according to described userData and described in wear relative distance and the relative angle between user and described intelligent air condition, adjustThe current operational factor of described intelligent air condition specifically comprises:
According to described user data and described in wear the relative distance between user and described intelligent air conditionFrom and relative angle, determine the object run parameter of described intelligent air condition;
Obtain the current operational factor of described intelligent air condition;
Determine the object run ginseng of operational factor that described intelligent air condition is current and described intelligent air conditionThe target difference of several, and adjust the current operation of described intelligent air condition according to described target differenceParameter.
5. according to the method described in claim 1 to 4 any one, it is characterized in that described useUser data also comprise described wearable device the personal information of wearing user, described in wear userBody sense signal and described in wear the environmental information of user's surrounding enviroment; Describedly wear user'sDescribed in comprising, personal information wears user's age, sex and healthy degree.
6. an intelligent air condition, is characterized in that, described intelligent air condition comprises first signal transmitting-receivingDevice, secondary signal transceiver and controller, described first signal transceiver and described secondary signalRelative distance between transceiver is greater than predetermined threshold, and described intelligent air condition and at least one user wearThe wearable device binding of wearing, described controller comprises:
Acquisition module, the user data that detects and report for obtaining described wearable device; InstituteState user data and comprise that described wearable device sends the transmitting time of described user data;
The first determination module, for determining that described first signal transceiver receives described number of usersAccording to the very first time;
Described the first determination module, described in also receiving for definite described secondary signal transceiverThe second time of user data;
The second determination module, for the described transmitting time, the institute that obtain according to described acquisition moduleState the described very first time and described the second time that the first determination module is determined, described in calculatingWearable device wear relative distance and the relative angle between user and described intelligent air condition;
Adjusting module, for the described user data and the institute that determine according to described the second determining unitState relative distance and the relative angle worn between user and described intelligent air condition, adjust described intelligenceThe operational factor that air-conditioning is current, the operational factor of wherein said intelligent air condition comprises described Intelligent airThe pendulum wind angle of adjusting.
7. intelligent air condition according to claim 6, is characterized in that, described second determinesModule specifically for: send described number of users according to the described very first time and described wearable deviceAccording to transmitting time, determine the use of wearing of described first signal transceiver and described wearable deviceThe first air line distance between family; According to described the second time and described in wear user and send described useThe transmitting time of user data, determines between described secondary signal transceiver and described wearable deviceThe second air line distance; According to described the first air line distance, described the second air line distance and described inRelative distance between first signal transceiver and described secondary signal transceiver, calculates described pendantWear relative distance and relative angle between user and described intelligent air condition.
8. intelligent air condition according to claim 6, is characterized in that, described user dataThat described wearable device is sent out according to described first signal transceiver and described secondary signal transceiverThe instruction of the detectable signal sending is monitored and is reported to described intelligent air condition; Or, described userData are that described wearable device is periodically monitored and reported to described intelligent air condition.
9. intelligent air condition according to claim 6, is characterized in that, described adjusting moduleSpecifically for: according to described user data and described in wear between user and described intelligent air conditionRelative distance and relative angle, determine the object run parameter of described intelligent air condition; Described in obtainingThe operational factor that intelligent air condition is current; Determine the current operational factor of described intelligent air condition with described inTarget difference between the object run parameter of intelligent air condition, and adjust institute according to described target differenceState the current operational factor of intelligent air condition.
10. according to the intelligent air condition described in claim 6 to 9 any one, it is characterized in that,Described user data also comprises the personal information of wearing user of described wearable device, described pendantWear user body sense signal and described in wear the environmental information of user's surrounding enviroment; Described wearingDescribed in comprising, user's personal information wears user's age, sex and healthy degree.
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| CN110953683A (en) * | 2019-12-19 | 2020-04-03 | 珠海格力电器股份有限公司 | Air conditioner adjusting method and device, storage medium and air conditioner |
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