CN104110786A - Intelligent air conditioner, sleep control device thereof and sleep control method for intelligent air conditioner - Google Patents
Intelligent air conditioner, sleep control device thereof and sleep control method for intelligent air conditioner Download PDFInfo
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Abstract
The invention belongs to the field of control for air conditioners, and particularly relates to an intelligent air conditioner, a sleep control device thereof and a sleep control method for the intelligent air conditioner. The intelligent air conditioner, the sleep control device and the sleep control method have the advantages that an intelligent scheme for controlling comfort operation of the air conditioner is provided; sleep running modes and corresponding set temperatures in the sleep running modes corresponding to movement states can be respectively acquired according to physiological parameter information and the movement states of current users after a control function of the sleep control device is started, the physiological parameter information and the movement states of the current users are detected in real time, the sleep running modes correspond to gender and age stage information, signals can be transmitted to an indoor unit, the air conditioner can run in the sleep running modes according to the set temperatures under the control of the sleep control device, accordingly, requirements of specific groups on environments can be met by the sleep running modes and the set temperatures, purposes of comfort and health can be achieved, and intelligent air conditioner, the sleep control device and the sleep control method are beneficial to improve the experience of the users.
Description
Technical field
The invention belongs to air-conditioning control field, relate in particular to a kind of intelligent air condition and sleep control device and method.
Background technology
Develop into today at air-conditioner, occurred providing when some are for nighttime sleep the control method of comfortable running, as the comfortable sleeping curve in night of existing product.But air-conditioner does not also know that user is current in which kind of sleep state, but opens the sleep state of air-conditioner by the subjective time.As prior art is divided into the sleep quality stage in advance and falls asleep, sleep soundly and the three phases of getting up, air-conditioning system is set different design temperatures according to the different phase of sleep quality.But in this control method, be subjective to the criteria for classifying in sleep quality stage, air-conditioner does not also know the current reality of user is in which kind of sleep state.Therefore solution performs practically no function, and can not adjust with user's virtual condition the operating condition of air-conditioner.
On the other hand, be directed to different crowds, even if identical sleep stage, the comfort temperature of its actual demand is also different; Identical sleep curve model, also can not solve the sleep need of different crowd.In prior art, have sleep pattern is divided into child mode, elderly mode and adult's pattern, the autonomous control program of selecting to enter corresponding operational mode of user.But, not this three class only of user crowd, and the same age stage of different sexes, it is also different to the demand of comfort temperature, just may there is larger difference to the comfort temperature demand in room in the pregnant woman of for example man of 25 years old and 25 years old, this scheme can not solve problems.
Summary of the invention
In view of this, first object of the present invention is to provide a kind of sleep control method and device of intelligent air condition, according to the active user's who detects in real time physiological parameter information and motion state, control air-conditioner and enter corresponding operational mode and design temperature, for the comfortable running of air-conditioning provides a kind of intelligentized control.
The sleep control method of intelligent air condition provided by the invention, specifically comprises the following steps:
Step a: detect active user's EGC parameter, obtain active user's sex and age session information;
Step b: obtain corresponding sleep operating mode according to above-mentioned sex and age session information;
Step c: the motion state that detects active user;
Steps d: obtain and the corresponding design temperature of described sleep operating mode according to above-mentioned motion state;
Step e: emissioning controling signal, control air-conditioner and move according to this design temperature under this sleep operating mode.
On the other hand, the sleep control device of intelligent air condition provided by the invention is the watch device that is independent of air conditioner room unit and off-premises station, comprises the watchband and the main part that tie up on human body wrist, and particularly, described main part comprises:
Parameter detection device, for detection of active user's EGC parameter and motion state, obtains active user's sex and age session information;
Master controller, for obtaining corresponding sleep operating mode according to above-mentioned sex and age session information, and obtains and the corresponding design temperature of described sleep operating mode according to above-mentioned motion state; And
Wireless launcher, for moving according to this design temperature to indoor set, control air-conditioner according to the control emissioning controling signal of described master controller under this sleep operating mode.
The third aspect, the present invention also aims to provide a kind of intelligent air condition, and this intelligent air condition comprises indoor set and off-premises station, and as improvement, this intelligent air condition also comprises sleep control device as above.
Intelligent air condition provided by the invention and sleep control method thereof and control device, for the comfortable running control of air-conditioner provides a kind of intelligentized scheme.After sleep control device has been opened control function, can be according to the active user's who detects in real time physiological parameter information and motion state, obtain respectively and the corresponding sleep operating mode of sex and age session information, and corresponding design temperature under this sleep operating mode corresponding with motion state, and send a signal to indoor set, control air-conditioner moves according to this design temperature under this sleep operating mode, make this sleep operating mode and design temperature meet the demand of specific crowd to environment, reach comfortable and healthy object, contributing to improve user experiences.
Brief description of the drawings
Fig. 1 is the realization flow figure of the intelligent air condition sleep control method that provides of the embodiment of the present invention;
Fig. 2 is the realization flow figure of the intelligent air condition sleep control method that provides of another embodiment of the present invention;
Fig. 3 is the structural representation of the intelligent air condition sleep control device that provides of the embodiment of the present invention;
Fig. 4 is the structured flowchart of parameter detection device in Fig. 3;
Fig. 5 is the composition structural representation of the intelligent air condition that provides of the embodiment of the present invention.
Detailed description of the invention
In order to make object of the present invention, technical scheme and advantage clearer, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein, only in order to explain the present invention, is not intended to limit the present invention.
Fig. 1 is the realization flow figure of the intelligent air condition sleep control method that provides of the embodiment of the present invention; For convenience of explanation, only show the part relevant to the present embodiment, as shown in the figure:
The sleep control method of intelligent air condition provided by the invention, specifically comprises the following steps:
Step S10: detect active user's EGC parameter, obtain active user's sex and age session information.
The prerequisite that enters this intelligent air condition sleep control method flow process is to have opened Based Intelligent Control pattern, that is to say, before step S10, also must first open Based Intelligent Control pattern.After opening Based Intelligent Control pattern, first detect active user's EGC parameter, to obtain active user's sex and age session information.
Particularly, sex comprises masculinity and femininity; And corresponding age level information, as a kind of concrete dividing mode, the male sex is divided into boy baby's stage, virgin stage of man, male adult's stage and male the elderly's stage; Women is divided into girl baby's stage, virgin stage of daughter, female adult's stage and female the elderly's stage; Further, female adult's stage is also divided into pregnant woman's stage and Newborn adult stage.Age level to masculinity and femininity is divided respectively, is because consider that the user's request of different sexes and age level is different, in order to meet better the demand of particular customer, can also have a lot of different division methods to the division of age level.Be only example herein, and be not used in the classification that limits age level information.
After having got active user's sex and age session information, execution step S20: obtain corresponding sleep operating mode according to above-mentioned sex and age session information.
In this step, obtain sleep operating mode according to sex and age session information, sleep operating mode be divided into male sex sleep pattern and women sleep pattern corresponding to sex; Further, with the mode of above-mentioned division age level accordingly, male sex's sleep pattern is divided into boy baby's sleep pattern N1, the virgin sleep pattern N2 of man, male adult's sleep pattern N3 and male the elderly's sleep pattern N4; Women's sleep pattern is divided into girl baby's sleep pattern G1, the virgin sleep pattern G2 of daughter, female adult's sleep pattern G3 and female the elderly's sleep pattern G4, and female adult's sleep pattern G3 is further divided into again female's sleep of pregnant woman pattern G31 and non-female pregnant woman adult sleep pattern G32.
As from the foregoing, sleep operating mode is corresponding with sex and age session information, more specifically with age level information one to one; Again because the division of age level has various ways, therefore the sleep method of operation is also not limited only to institute's example above.
Step S30: the motion state that detects active user.
After having obtained sleep operating mode, detect user's motion state.This step is the steps necessary of this control method, because demand and the sense organ of the user under different motion state to " comfortable " state is different.For example, motion state can be divided three classes, for example, be clear-headed stage F 1, just sleep stage F 2 and the stage F 3 etc. of sleeping soundly, just corresponding different temperature requirements of different motion states.Obtain after user's motion state information, entered next step S40.
Step S40: obtain and the corresponding design temperature of described sleep operating mode according to above-mentioned motion state.
Determining after user's motion state, obtaining the design temperature corresponding with aforementioned sleep operating mode.Be understandable that: under identical motion state, the corresponding design temperature of sleep operating mode corresponding to each user crowd can be not identical.Taking above-mentioned to the dividing mode of sleep operating mode as example, in order to meet better user's actual demand, design temperature under same motion state should meet following rule: Tn1>Tn2>Tn4>Tn 3, Tg1>Tg2>Tg32>T g4>Tg31, and Tn1=Tg2, Tn2=Tg2, Tn3<Tg32<Tg31 and Tn4<Tg4 generally also can be set;
Wherein, Tn1, Tn2, Tn3 and Tn4 are respectively the virgin sleep pattern N2 of boy baby's sleep pattern N1, man under same motion state, male adult's sleep pattern N3 and design temperature corresponding to male the elderly's sleep pattern N4; Tg1, Tg2, Tg31, Tg32 and Tg4 are respectively the virgin sleep pattern G2 of girl baby's sleep pattern G1, daughter, female's sleep of pregnant woman pattern G31, non-female pregnant woman adult sleep pattern G32 and design temperature corresponding to female the elderly's sleep pattern G4 under same motion state.
On the other hand, under same sleep operating mode, the also difference of design temperature that each motion state is corresponding, is divided into clear-headed stage F 1, just sleeps stage F 2 and stage F 3 three classes of sleeping soundly as example taking motion state, design temperature under each motion state meets TS3-TS1=N1, TS1-TS2=N2; Wherein, TS1, TS2 and TS3 represent respectively under same sleep operating mode clear-headed stage F 1, first the sleep design temperature of stage F 2 and stage F 3 correspondences of sleeping soundly, and N1 and N2 are respectively default positive number.Under each sleep operating mode, clear-headed stage F 1, just the sleep design temperature of stage F 2 and the stage F 3 of sleeping soundly increases gradually, more meets the actual demand of human body.
Step S50: emissioning controling signal, control air-conditioner and move according to this design temperature under this sleep operating mode.
After having obtained corresponding sleep operating mode and design temperature, emissioning controling signal is to the indoor set of air-conditioner, control air-conditioner moves according to described design temperature under this sleep operating mode, to reach the object based on the demand running of specific human body own, the user who realizes healthiness experiences.
Fig. 2 is the realization flow figure of the intelligent air condition sleep control method that provides of another embodiment of the present invention; For convenience of explanation, only show the part relevant to the present embodiment, as shown in the figure:
Step S10: detect active user's EGC parameter, obtain active user's sex and age session information.
Step S20: obtain corresponding sleep operating mode according to above-mentioned sex and age session information.
Step S30: the motion state that detects active user.
Step S40: obtain and the corresponding design temperature of described sleep operating mode according to above-mentioned motion state.
Step S50: emissioning controling signal, control air-conditioner and move according to this design temperature under this sleep operating mode.
Step S60: preset time T 1 is waited in time delay;
Step S70: return to execution step S10; Again obtaining after sleep operating mode and design temperature, if described sleep operating mode is different from current state with design temperature, performing step S50; If described sleep operating mode is identical with current state with design temperature, perform step S60.
As a preferred embodiment, as known from the above, after emissioning controling signal is to indoor set, a preset time T 1 is waited in time delay, return again step S10 " detect user EGC parameter, obtain active user's sex and age session information " etc. step, once analyze again and judge, again obtaining after sleep operating mode and design temperature, if the sleep operating mode again obtaining is different from current state with design temperature, emissioning controling signal, to indoor set, allows indoor set move according to new design temperature under new sleep operating mode.If the sleep operating mode again obtaining is identical with current state with design temperature, need not repeats to transmit control signal to indoor set, and reenter trigger and wait for the step of a preset time T 1.In specific implementation process, T1 need to be from master regulation according to user after can setting before dispatching from the factory or install, and is generally the arbitrary time within 1 minute to 30 minutes.
In this preferred embodiment, strengthen the step that real-time circulation detects user's physiological parameter, obtains new sleep operating mode and design temperature, realize dynamically and automatically adjusting, demand, the lifting user that can meet better user experience.
The embodiment of the present invention also provides a kind of intelligent air condition sleep control device, and Fig. 3 is the structural representation of this intelligent air condition sleep control device; For convenience of explanation, also only show the part relevant to the present embodiment.
In the time of specific implementation, the sleep control device of this intelligent air condition is generally made watch device, can detect fast and easily active user's physiological parameter information etc., is obtaining after specific sleep operational mode and design temperature, directly carries out communication with indoor set.Particularly, the sleep control device of this watch shape comprises the watchband 100 and the main part 200 that tie up on human body wrist, and further, main part 200 comprises:
Parameter detection device 210, for detection of active user's EGC parameter and motion state, obtains active user's sex and age session information;
Master controller 220, for obtaining corresponding sleep operating mode according to above-mentioned sex and age session information, and obtains and the corresponding design temperature of described sleep operating mode according to above-mentioned motion state; And
Wireless launcher 230, for moving according to this design temperature to indoor set, control air-conditioner according to the control emissioning controling signal of described master controller under this sleep operating mode.
In fact,, in specific implementation process, main part 200 can also comprise as other devices such as press key input device, output display device and supply unit, just repeat no more at this.
Fig. 4 is the structured flowchart of parameter detection device 210.Particularly, the inside of parameter detection device 210 composition at least comprises:
Physiological parameter detecting unit 211, for detection of active user's EGC parameter;
Motion state detection unit 212, for detection of active user's motion state; And
Data processing unit 213, for obtaining active user's sex and age session information according to described EGC parameter.
Parameter detection device comprises detecting unit and data processing unit, and detecting unit comprises again physiological parameter detecting unit and motion state detection unit.First physiological parameter detecting unit detects active user EGC parameter, motion state detection unit inspection go out active user's motion state, and data processing unit obtains active user's sex and age session information again according to EGC parameter.
In addition, the embodiment of the present invention also provides a kind of intelligent air condition.Fig. 5 is the structural representation of the intelligent air condition that provides of the embodiment of the present invention.For convenience of explanation, also only show the part relevant to the present embodiment.
This intelligent air condition comprises indoor set 001 and off-premises station 002, and as improvement, described intelligent air condition also comprises a sleep control device 003.Particularly, this sleep control device 003 is the sleep control device that previous embodiment provides, therefore repeat no more.
On the whole, intelligent air condition provided by the invention and sleep control method thereof and control device, for the comfortable running control of air-conditioner provides a kind of intelligentized scheme.After sleep control device has been opened control function, can be according to the active user's who detects in real time physiological parameter information and motion state, obtain respectively and the corresponding sleep operating mode of sex and age session information, and corresponding design temperature under this sleep operating mode corresponding with motion state, and send a signal to indoor set, control air-conditioner moves according to this design temperature under this sleep operating mode, make this sleep operating mode and design temperature meet the demand of specific crowd to environment, reach comfortable and healthy object, contributing to improve user experiences.
One of ordinary skill in the art will appreciate that, the all or part of step realizing in above-described embodiment method is can carry out the hardware that instruction is relevant by program to complete, described program can be being stored in a computer read/write memory medium, described storage medium, as ROM/RAM, disk, CD etc.
The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, although the present invention has been carried out to more detailed explanation with reference to previous embodiment, for a person skilled in the art, its technical scheme that still can record aforementioned each embodiment is modified or part technical characterictic is wherein equal to replacement.All any amendments of doing within the spirit and principles in the present invention, be equal to and replace and improvement etc., within all should being included in protection scope of the present invention.
Claims (10)
1. a sleep control method for intelligent air condition, is characterized in that, described method comprises:
Step a: detect active user's EGC parameter, obtain active user's sex and age session information;
Step b: obtain corresponding sleep operating mode according to above-mentioned sex and age session information;
Step c: the motion state that detects active user;
Steps d: obtain and the corresponding design temperature of described sleep operating mode according to above-mentioned motion state;
Step e: emissioning controling signal, control air-conditioner and move according to this design temperature under this sleep operating mode.
2. the sleep control method of intelligent air condition as claimed in claim 1, is characterized in that, after described step e, also comprises:
Step f: preset time T 1 is waited in time delay;
Step g: return to execution step a; Again obtaining after sleep operating mode and design temperature, if described sleep operating mode is different from current state with design temperature, performing step e; If described sleep operating mode is identical with current state with design temperature, perform step f.
3. the sleep control method of intelligent air condition as claimed in claim 1, is characterized in that, described sex comprises masculinity and femininity; Described age level information comprises respectively baby's stage, children's stage, adult's stage and the elderly's stage of masculinity and femininity, and wherein female adult's stage is divided into again pregnant woman's stage and Newborn adult stage.
4. the sleep control method of intelligent air condition as claimed in claim 3, is characterized in that, described sleep operating mode is divided into male sex's sleep pattern and women's sleep pattern;
Described male sex's sleep pattern is divided into boy baby's sleep pattern N1, the virgin sleep pattern N2 of man, male adult's sleep pattern N3 and male the elderly's sleep pattern N4; Described women's sleep pattern is divided into girl baby's sleep pattern G1, the virgin sleep pattern G2 of daughter, female adult's sleep pattern G3 and female the elderly's sleep pattern G4, and wherein female adult's sleep pattern G3 is divided into again female's sleep of pregnant woman pattern G31 and non-female pregnant woman adult sleep pattern G32.
5. the sleep control method of intelligent air condition as claimed in claim 4, is characterized in that, described motion state comprises clear-headed stage F 1, just sleep stage F 2 and the stage F 3 of sleeping soundly.
6. the sleep control method of intelligent air condition as claimed in claim 5, is characterized in that, under same movement state, the design temperature that each sleep operating mode is corresponding is not identical; Design temperature under same motion state meets following rule:
Tn1>Tn2>Tn4>Tn 3; Tg1>Tg2>Tg32>T g4>Tg31; And
Tn1=Tg2；Tn2=Tg2；Tn3<Tg32<Tg31；Tn4<Tg4；
Wherein, Tn1, Tn2, Tn3 and Tn4 are respectively the virgin sleep pattern N2 of boy baby's sleep pattern N1, man under same motion state, male adult's sleep pattern N3 and design temperature corresponding to male the elderly's sleep pattern N4; Tg1, Tg2, Tg31, Tg32 and Tg4 are respectively the virgin sleep pattern G2 of girl baby's sleep pattern G1, daughter, female's sleep of pregnant woman pattern G31, non-female pregnant woman adult sleep pattern G32 and design temperature corresponding to female the elderly's sleep pattern G4 under same motion state.
7. the sleep control method of intelligent air condition as claimed in claim 5, is characterized in that, under same sleep operating mode, design temperature corresponding to each motion state meets following rule:
TS3-TS1=N1，TS1-TS2=N2；
Wherein, TS1, TS2 and TS3 represent respectively under same sleep operating mode clear-headed stage F 1, first the sleep design temperature of stage F 2 and stage F 3 correspondences of sleeping soundly, and N1 and N2 are respectively default positive number.
8. a sleep control device for intelligent air condition, comprises the watchband and the main part that tie up on human body wrist, it is characterized in that, described main part comprises:
Parameter detection device, for detection of active user's EGC parameter and motion state, obtains active user's sex and age session information;
Master controller, for obtaining corresponding sleep operating mode according to above-mentioned sex and age session information, and obtains and the corresponding design temperature of described sleep operating mode according to above-mentioned motion state; And
Wireless launcher, for moving according to this design temperature to indoor set, control air-conditioner according to the control emissioning controling signal of described master controller under this sleep operating mode.
9. the sleep control device of intelligent air condition as claimed in claim 8, is characterized in that, described parameter detection device comprises:
Physiological parameter detecting unit, for detection of active user's EGC parameter;
Motion state detection unit, for detection of active user's motion state; And
Data processing unit, for obtaining active user's sex and age session information according to described EGC parameter.
10. an intelligent air condition, comprises indoor set and off-premises station, it is characterized in that, described intelligent air condition also comprises the control device of sleeping as claimed in claim 8 or 9.
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