CN109357371A - A kind of air conditioner intelligent control method and device - Google Patents
A kind of air conditioner intelligent control method and device Download PDFInfo
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- CN109357371A CN109357371A CN201811241053.7A CN201811241053A CN109357371A CN 109357371 A CN109357371 A CN 109357371A CN 201811241053 A CN201811241053 A CN 201811241053A CN 109357371 A CN109357371 A CN 109357371A
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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
- F24F11/00—Control or safety arrangements
- F24F11/62—Control or safety arrangements characterised by the type of control or by internal processing, e.g. using fuzzy logic, adaptive control or estimation of values
- F24F11/63—Electronic processing
- F24F11/64—Electronic processing using pre-stored data
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/50—Control or safety arrangements characterised by user interfaces or communication
- F24F11/61—Control or safety arrangements characterised by user interfaces or communication using timers
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F11/00—Control or safety arrangements
- F24F11/70—Control systems characterised by their outputs; Constructional details thereof
- F24F11/72—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure
- F24F11/79—Control systems characterised by their outputs; Constructional details thereof for controlling the supply of treated air, e.g. its pressure for controlling the direction of the supplied air
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2110/00—Control inputs relating to air properties
- F24F2110/10—Temperature
-
- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F24—HEATING; RANGES; VENTILATING
- F24F—AIR-CONDITIONING; AIR-HUMIDIFICATION; VENTILATION; USE OF AIR CURRENTS FOR SCREENING
- F24F2120/00—Control inputs relating to users or occupants
- F24F2120/10—Occupancy
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- Chemical & Material Sciences (AREA)
- Combustion & Propulsion (AREA)
- Mechanical Engineering (AREA)
- General Engineering & Computer Science (AREA)
- Signal Processing (AREA)
- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- Fuzzy Systems (AREA)
- Mathematical Physics (AREA)
- Air Conditioning Control Device (AREA)
Abstract
The present invention provides a kind of air conditioning control method and device, the air conditioner intelligent control method comprising: the human body information data of indoor occupant are obtained, indoor environment data and operation of air conditioner data are obtained；Judge whether that at least one of the human body information data, the indoor environment data or described operation of air conditioner data are fallen into its corresponding preset range, if so, the operating status of adjustment air-conditioning；If the human body information data, the indoor environment data and the operation of air conditioner data do not fall within the preset range, the operating status of the air-conditioning is maintained.Air conditioner intelligent control method of the present invention does not need the operation that user carries out active, and air-conditioning inherently can carry out precautionary measures by the process, air-conditioning or adjustment indoor/outdoor temperature-difference is closed, to achieve the effect that prevent air conditioner disease.
Description
Technical field
The present invention relates to air conditioner controlling technology field, in particular to a kind of air conditioner intelligent control method and device.
Background technique
It is in air conditioner surroundings for a long time and the diseases such as dizziness, headache, loss of appetite, the infection of the upper respiratory tract, joint pain occurs
Shape is known as air conditioner disease (air-conditioning disease) or air conditioner comprehensive disease.
In this regard, most preventive suggestions are to turn on the aircondition less, indoor/outdoor temperature-difference cannot be excessive etc. when air-conditioning uses.But this
A little precautionary measures need user consciously to carry out the adjustment of use habit or abide by, this just gives both for air-conditioning user
User brings many problems to the normal use of air-conditioning, and especially in the hot summer, user occurs in order to prevent
Air conditioner disease, it may be necessary to multiple switching air-conditioning or adjustment target temperature etc., it is cumbersome, it is ineffective.
In addition, these preventive means, are to be carried out by user, if user does not know about corresponding situation or right
The understanding of preventive means has deviation, it is also possible to lead to other incorrect caused consequences of prevention occur.
Summary of the invention
In view of this, the present invention is directed to propose a kind of air conditioner intelligent control method, to solve to come in advance by user
The problem of anti-air conditioner disease.
In order to achieve the above objectives, the technical scheme of the present invention is realized as follows:
A kind of air conditioner intelligent control method comprising:
Step a obtains the human body information data of indoor occupant, obtains indoor environment data and operation of air conditioner data；
Step b judges whether in the human body information data, the indoor environment data or the operation of air conditioner data extremely
Few one is fallen into its corresponding preset range, if so, the operating status of adjustment air-conditioning；
Step c, if the human body information data, the indoor environment data and the operation of air conditioner data do not fall within it is described
Preset range then maintains the operating status of the air-conditioning；
The human body information data include at least body surface moisture content, body temperature, personnel positions region one of them；Institute
It states indoor environment data and compares one of them including at least indoor environment temperature, zwitterion concentration；The operation of air conditioner data are extremely
It less include target temperature, the operation duration one of them under the target temperature.
Further, the step b includes:
Step b11 judges the body surface moisture content, judges the temperature of the body temperature Yu the indoor environment temperature
Difference；
Step b12 is greater than the first content threshold value in the body surface moisture content or the temperature difference is greater than the first temperature threshold
After value, the personnel positions region is avoided in control air-conditioner air outlet direction, reduces air conditioner indoor unit wind speed；
Step b13, using the second time interval as the period, repetition judges the body surface moisture content and the temperature difference；
Step b14, in the body surface moisture content less than the first content threshold value or the temperature difference less than the first temperature threshold
After value, stops control air-conditioner air outlet direction, restore air conditioner indoor unit wind speed.
Further, the step b includes:
Step b21 judges the personnel positions region and air-conditioner air outlet direction；
Step b22 obtains the air-conditioning direction of air outlet in air-conditioner air outlet direction towards behind the personnel positions region
Continuous working period；
Step b23, after the continuous working period is more than first time threshold, institute is avoided in control air-conditioner air outlet direction
State personnel positions region；
Step b24 after the first preset time, stops control air-conditioner air outlet direction.
Further, the step b includes:
Step b31 judges the target temperature and the operation duration under the target temperature；
Step b32 is less than second temperature threshold value in the target temperature and the operation duration is more than second time threshold
Afterwards, control air-conditioning is out of service or increases the target temperature；
Step b33, after the second preset time, control air-conditioning brings into operation or restores the target temperature.
Further, the step b includes:
Step b41 judges the zwitterion concentration ratio using first time interval as the period；
Step b42 controls the anion generator of air-conditioning after the zwitterion concentration ratio is less than the first concentration threshold
It brings into operation；
Step b43 after third preset time, closes the anion generator.
Compared with the existing technology, air conditioner intelligent control method of the present invention has the advantage that
(1) air conditioner intelligent control method of the present invention does not need the operation that user carries out active, and air-conditioning is inherently
Precautionary measures can be carried out by the process, air-conditioning or adjustment indoor/outdoor temperature-difference be closed, to reach the effect of prevention air conditioner disease
Fruit；In this way, passing through the autonomous pre- of air-conditioning even if user does not know about preventive means or your understanding has deviation to preventive means
It is anti-, the risk for changing air conditioner disease still can be reduced, and not will lead to since the preventive means of user itself is incorrect caused
Adverse consequences.
(2) air conditioner intelligent control method of the present invention can prevent indoor occupant full by the control to air-conditioning
Body profuse sweating is blown a cold wind over caused air conditioner disease after having a bath.
It, can only be by user come pre- with solution another object of the present invention is to propose a kind of Intelligent control apparatus for air-conditioner
The problem of anti-air conditioner disease.
In order to achieve the above objectives, the technical scheme of the present invention is realized as follows:
A kind of Intelligent control apparatus for air-conditioner comprising:
Data acquisition module and controller；
The data acquisition module obtains indoor environment data and sky to obtain the human body information data of indoor occupant
Adjust operation data；
The controller is transported for judging whether in the human body information data, the indoor environment data or the air-conditioning
At least one of row data are fallen into its corresponding preset range, if so, the operating status of controller adjustment air-conditioning；
If the human body information data, the indoor environment data and the operation of air conditioner data do not fall within the default model
It encloses, the controller maintains the operating status of the air-conditioning.
Further, the data acquisition module include the temperature sensor being electrically connected with the controller, human body sensor and
Infrared sensor；
The temperature sensor contains to obtain indoor environment temperature, the human body sensor to obtain body surface moisture
Amount, the infrared sensor is to obtain body temperature and personnel positions region；
The controller judges the body surface moisture content, judges the temperature of the body temperature Yu the indoor environment temperature
It is poor to spend；
It is described after the body surface moisture content is greater than the first content threshold value or the temperature difference is greater than the first temperature threshold
The personnel positions region is avoided in controller control air-conditioner air outlet direction, reduces air conditioner indoor unit wind speed；
For the controller also using the second time interval as the period, repetition judges the body surface moisture content and the temperature
Difference；
The body surface moisture content less than the first content threshold value or the temperature difference less than the first temperature threshold after, it is described
Controller stops control air-conditioner air outlet direction, restores air conditioner indoor unit wind speed.
Further, the data acquisition module includes infrared sensor and internal clocking；
The infrared sensor is to obtain body temperature and personnel positions region；
The controller also judges the personnel positions region and air-conditioner air outlet direction；
In air-conditioner air outlet direction towards behind the personnel positions region, the internal clocking obtains the air-conditioning air outlet side
To continuous working period；
After the continuous working period is more than first time threshold, controller control air-conditioner air outlet direction is avoided
The personnel positions region；
After first preset time, the controller stops control air-conditioner air outlet direction.
Further, the data acquisition module includes internal clocking, to obtain air-conditioning in the case where setting target temperature
Operation duration；
The controller judges the setting target temperature and the operation duration under the target temperature；
It is less than second temperature threshold value in the setting target temperature and the operation duration is more than institute after second time threshold
It is out of service or increase the target temperature to state controller control air-conditioning；
After second preset time, controller control air-conditioning brings into operation or restores the target temperature.
It further, further include anion generator, the anion generator is electrically connected with the controller, the number
It include zwitterion concentration detector according to module is obtained；
The zwitterion concentration detector is to obtain indoor zwitterion concentration ratio；
The controller judges the zwitterion concentration ratio using first time interval as the period；
After the zwitterion concentration ratio is less than the first concentration threshold, the controller controls the anion generator
It brings into operation；
After third preset time, the anion generator is closed.
The Intelligent control apparatus for air-conditioner and above-mentioned air conditioner intelligent control method compared with the existing technology possessed by advantage
Identical, details are not described herein.
Detailed description of the invention
The attached drawing for constituting a part of the invention is used to provide further understanding of the present invention, schematic reality of the invention
It applies example and its explanation is used to explain the present invention, do not constitute improper limitations of the present invention.In the accompanying drawings:
Fig. 1 is the flow chart of air conditioner intelligent of embodiment of the present invention control method；
Fig. 2 is the flow chart of one embodiment of the invention air conditioner intelligent control method step c；
Fig. 3 is the flow chart of another embodiment of the present invention air conditioner intelligent control method step c；
Fig. 4 is the flow chart of further embodiment air conditioner intelligent control method step c of the present invention；
Fig. 5 is the flow chart of another embodiment air conditioner intelligent control method step c of the invention；
Fig. 6 is the functional block diagram of air conditioner intelligent of embodiment of the present invention control.
Description of symbols:
1- data acquisition module, 11- temperature sensor, 12- human body sensor, 13- infrared sensor, 14- internal clocking,
15- zwitterion concentration detector, 2- controller, 3- anion generator.
Specific embodiment
It should be noted that in the absence of conflict, the feature in embodiment and embodiment in the present invention can phase
Mutually combination.
The present invention will be described in detail below with reference to the accompanying drawings and embodiments.
Embodiment 1
As shown in Figure 1, a kind of air conditioner intelligent control method comprising:
Step a obtains the human body information data of indoor occupant, obtains indoor environment data and operation of air conditioner data；
The human body information data of indoor occupant, may include there are many kinds of, as the moisture of body temperature, body surface contains
Amount, human body stagnant zone, physical activity region, human height, human body is fat or thin (can pass through width of the human body occupied by transverse direction
To reflect), these data can be passed by infrared sensor 13 (can reflect body temperature by color), sound transducer, vibration
Sensor, image recognizer etc. directly measure temperature, sound, vibration, are also possible to divide above-mentioned data measured directly
It is obtained after analysis, for example, body surface moisture content, can be arranged humidity sensor, by human hands in remote controler
Humidity is detected, and calculates the moisture content of body surface, on this basis, can also be by conjunction with image, to human body water
Point content is judged, as indoor occupant has the wiping action to body, then it is assumed that the current body surface moisture content of the indoor occupant
It is larger etc..
Step b judges whether in the human body information data, the indoor environment data or the operation of air conditioner data extremely
Few one is fallen into its corresponding preset range, if so, the operating status of adjustment air-conditioning；
Step c, if the human body information data, the indoor environment data and the operation of air conditioner data do not fall within it is described
Preset range then maintains the operating status of the air-conditioning.
In this way, by the human body information data and indoor environment data and operation of air conditioner data that obtain indoor occupant, it can
To set the data area for being easy to cause air conditioner disease, using the range as preset range, and judge whether the human body information number
It is fallen into its corresponding preset range according at least one of, indoor environment data or described operation of air conditioner data, if so, adjustment
The operating status of air-conditioning reduces the pathogenic factor of air-conditioning so that the operation of air-conditioning can avoid these data areas, thus
The air conditioner disease for preventing user of service.This way it is not necessary to which user carries out the operation of active, air-conditioning can inherently pass through the process
Precautionary measures are carried out, air-conditioning or adjustment indoor/outdoor temperature-difference are closed, to achieve the effect that prevent air conditioner disease；In this way, even if making
User does not know about preventive means or your understanding has deviation to preventive means, by the autonomous prevention of air-conditioning, still can subtract
The risk of air conditioner disease is changed less, and not will lead to due to the incorrect caused adverse consequences of the preventive means of user itself.
Wherein, can be by furtheing investigate the specific pathogenic factor of air conditioner disease for the deep prevention of air conditioner disease, then needle
To each pathogenic factor, the prevention and control distinguished, to reach better air conditioner disease preventive effect.
For example, further investigation shows that indoor/outdoor temperature-difference is a key factor for causing air conditioner disease.Indoor/outdoor temperature-difference compared with
Greatly, organism adaptation is bad.The automatic nervous system of human body is difficult to adapt to, and will cause the biological rhythm and vegetative nerve function of human body
Disorder." cold " feeling can also make sympathetic activation, lead to intraperitoneal vessel retraction, gastrointestinal motility weakens, to occur many
Corresponding symptom；Some peripheral vasculars can be made sharply to shrink, blood flow it is unsmooth, so that joint is cooled leads to arthralgia.
It is furtherd investigate for the concrete application scene of this pathogenic factor, it is found that many people are in the process using air-conditioning
In, especially during the broiling summer, if entering cooler interior after being sweating all over or having a bath, it is easy to cause air conditioner disease.
For this scene, the measure can be taken:
The indoor environment data of acquisition include indoor environment temperature, and the human body information data include that body surface moisture contains
Amount, body temperature, personnel positions region；
As shown in connection with fig. 2, the step b includes:
Step b11 judges the body surface moisture content, judges the temperature of the body temperature Yu the indoor environment temperature
Difference；
Step b12 is greater than the first content threshold value in the body surface moisture content or the temperature difference is greater than the first temperature threshold
After value, the personnel positions region is avoided in control air-conditioner air outlet direction, reduces air conditioner indoor unit wind speed；
Wherein, the first content threshold value and first temperature threshold can be determines according to actual conditions.
The current state for the personnel of entering the room is predicted, if it is greater than the first content threshold value, then it is assumed that the personnel are
State will avoid the case where excessive temperature differentials or cold wind blow-through at this time after perspiration state is perhaps had a bath.
Preferably, the value range of first temperature threshold is 3 DEG C -8 DEG C.
Step b13, using the second time interval as the period, repetition judges the body surface moisture content and the temperature difference；
Wherein, second time interval can be determines according to actual conditions.
Step b14, in the body surface moisture content less than the first content threshold value or the temperature difference less than the first temperature threshold
After value, stops control air-conditioner air outlet direction, restore air conditioner indoor unit wind speed.
In this way, being predicted by the judgement to body surface moisture content the current state for the personnel of entering the room, if it is big
In the first content threshold value, then it is assumed that state after the personnel are perspiration state or have a bath will avoid cold wind blow-through at this time, cause to give birth to
Disease；It by judging the temperature difference of body temperature and indoor environment, can determine for human body, whether current blowing is cold wind
It (needs to illustrate herein, in specific application scenarios, due to the personnel entered the room and indirect short distance is stood
At the air outlet of air-conditioning, therefore for indoor occupant, the wind of air-conditioner air outlet blowout is influenced by room temperature, temperature
It is more approximate with room temperature)；If it is cold wind, direction of air outlet is adjusted, avoids the present position of indoor occupant, is reduced empty
Indoor unit wind speed is adjusted, is blown on the body of indoor occupant to avoid cold wind；In this way, until the evaporation of indoor occupant body surface moisture or temperature
Degree difference becomes smaller；By repeat judge, can indoors personnel's body surface moisture evaporation or temperature difference become smaller after restore air-conditioning just
Often operation, consequently facilitating the normal work and manipulation of air-conditioning.
In addition, the second time interval of setting, is judged using the second time interval as the period, it can be to avoid due to body surface water
Point content and the temperature difference due near the first content threshold value or the first temperature threshold fluctuation cause frequently to be determined as difference
Structure, cause air-conditioning does not stop movement processing.
In this way, can be by the control to air-conditioning, preventing indoor occupant from blowing a cold wind over after being sweating all over or having a bath causes
Air conditioner disease.
Wherein, the personnel positions region can be obtained by analysis to off-the-air picture or ultrasonic detector detection
Out；It can also be obtained using other possible methods directly or indirectly measured.
In addition, many people are during using air-conditioning, especially during the broiling summer, even if be not sweating all over or
Enter cooler interior after bathing, due to air conditioner refrigerating, the wind of blowout is cooler, once blow-time is longer, is also easy to lead
Cause air conditioner disease.
For this scene, the measure can be taken:
The human body information data include personnel positions region；
As shown in connection with fig. 3, the step b includes:
Step b21 judges the personnel positions region and air-conditioner air outlet direction；
Wherein, the direction of air outlet of the air-conditioning, can be by reading in the operation data of air-conditioning itself.It can also sentence
When disconnected air-conditioner air outlet direction, concrete condition is judged, such as:, can be with if air-conditioning belongs to left and right pendulum wind mode
The direction of air outlet of air-conditioning is regarded as to the horizontal direction of certain altitude, as long as in this way, highly there is friendship in personnel positions region with this
Collection, then it is assumed that be indoor occupant by cold wind blow-through.Can also more accurately it be judged, for example, under the pendulum wind mode of judgement left and right
The reciprocating speed of air-conditioner air outlet, if the reciprocal speed is more than certain limit value, then it is assumed that be cold wind blow-through, if this is reciprocal
Speed is slower, then it is assumed that air-conditioner air outlet direction belongs to the state changed constantly, and indoor occupant is not by cold wind blow-through.
Step b22 obtains the air-conditioning direction of air outlet in air-conditioner air outlet direction towards behind the personnel positions region
Continuous working period；
Step b23, after the continuous working period is more than first time threshold, institute is avoided in control air-conditioner air outlet direction
State personnel positions region；
Step b24 after the first preset time, stops control air-conditioner air outlet direction.
Wherein, first preset time can be determines according to actual conditions.
Preferably, the value range of first preset time is 10min-30min.In this way, can both prevent indoor people
Member blows a cold wind over always, and can reduce the influence to the normal operation of air-conditioning.
In this way, confirming indoor occupant whether by cold wind by the judgement to personnel positions region and air-conditioner air outlet direction
Blow-through is being more than change air-conditioner air outlet side after first time threshold then by being determined the time of cold wind blow-through
To, prevent always cold wind brush and cause indoor occupant sick；Meanwhile the change time by setting air-conditioner air outlet direction (the
One preset time), on the basis of preventing air conditioner disease, restore the normal operation of air-conditioning.
Wherein, which can be implemented simultaneously with above-mentioned measure, or successively be implemented；It can also be individually real
Apply above-mentioned measure and the measure.
In addition, many people are during using air-conditioning, target temperature adjustment is too low, causes indoor/outdoor temperature-difference larger,
It is easy to cause air conditioner disease.
For this scene, the measure can be taken:
The operation of air conditioner data include target temperature, the operation duration under the target temperature；
As shown in connection with fig. 4, the step b includes:
Step b31 judges the target temperature and the operation duration under the target temperature；
Step b32 is less than second temperature threshold value in the target temperature and the operation duration is more than second time threshold
Afterwards, control air-conditioning is out of service or increases the target temperature；
Wherein, the second temperature threshold value and second time threshold can be determines according to actual conditions.
Preferably, the value range of the second temperature threshold value is 16 DEG C -25 DEG C.
Preferably, the second time threshold is 1h-2.5h.
Step b33, after the second preset time, control air-conditioning brings into operation or restores the target temperature.
Wherein, second preset time can be determines according to actual conditions.
Preferably, the value range of second preset time is 10min-45min.In this way, can both prevent temperature difference mistake
Greatly, and influence to the normal operation of air-conditioning can be reduced.
In this way, will lead to indoor/outdoor temperature-difference or room temperature and room if user adjusts target temperature too low
Excessive temperature differentials between the body temperature of interior personnel, if therefore target temperature is too low and runing time is beyond limitation, so that it may think this
When indoor/outdoor temperature-difference or room temperature and the body temperature of indoor occupant between excessive temperature differentials, be easy to cause air conditioner disease；In this way, logical
Mode that is out of service or increasing (height-regulating) described target temperature is crossed to reduce the temperature difference, prevents air conditioner disease；In addition, passing through setting
Second preset time restores the normal operation of air-conditioning on the basis of preventing air conditioner disease, reduces the shadow worked normally to air-conditioning
It rings.
Wherein, which can be implemented simultaneously with above-mentioned measure, or successively be implemented；It can also be individually real
Apply above-mentioned measure and the measure.
In addition, the investigation of engine hygiene shows that negative aeroion is advantageous to human health now, town can be played
Quiet, hypnosis, orthodox, the effects of reducing blood pressure；" air conditioner comprehensive sign " caused by artificial air-conditioning system it is negative then to lack air with interior
The factors such as ion are related.Conventional air-conditioning system, which cannot be guaranteed to be conditioned in the air in room, has sufficient amount of anion；
Even in clean working room, although constant temperature, constant humidity, cleaning, ventilation volume is also enough, and people still usually feel dizzy gas
It is swollen, it is easy the obstruction of the circulation of vital energy tired, uncomfortable in chest, has no comfort, it is believed that this is because this kind of room lacks caused by negative aeroion.
In the interior of air-conditioning equipment, when air-flow passes through air-conditioning duct, rubbing action and filtrate electrostatic with metal surface are inhaled
Attached effect substantially reduces the especially anion of the ion in air, and negative aeroion number after filtering can even be down to 30
It is a every square centimeter.
In this way, negative ion concentration is low, indoor occupant can be made to be easy to suffer from air conditioner disease.
For this scene, the measure can be taken:
The indoor environment data include zwitterion concentration ratio；
As shown in connection with fig. 5, the step b includes:
Step b41 judges the zwitterion concentration ratio using first time interval as the period；
Step b42 controls the anion generator of air-conditioning after the zwitterion concentration ratio is less than the first concentration threshold
3 bring into operation；
Wherein, first concentration threshold can be determines according to actual conditions.
Step b43 after third preset time, closes the anion generator 3.
Wherein, the first time interval can be determines according to actual conditions.
Wherein, the third preset time can be determines according to actual conditions.
Preferably, the value range of the third preset time is 10min-60min.In this way, can both prevent indoor yin
Ion concentration is too small, and can reduce the influence to the normal operation of air-conditioning.
In this way, by judging confirm whether indoor anion concentration is too low than mechanical energy to zwitterion concentration；And
Anion is generated by anion generator 3 when too low；Meanwhile (first is pre- for the runing time by setting anion generator 3
If the time), on the basis of preventing air conditioner disease, restore the normal operation of air-conditioning.
Wherein, which can be implemented simultaneously with above-mentioned measure, or successively be implemented；It can also be individually real
Apply above-mentioned measure and the measure.
In the application, for the concrete application scene of the pathogenic factor of different air conditioner diseases, it is provided with corresponding four measures
(technical solution), four corresponding technical solutions can individually be implemented, and be also possible to implement in four corresponding technical solutions
Any two, three any, can also be implemented with four corresponding technical solutions.It in the process of implementation, can be to trying
The technical solution of examination is implemented simultaneously by way of parallel processing, is also possible to be implemented in sequence, when sequence is implemented, tool
Body implementation sequence can be adjusted according to the actual situation.
Embodiment 2
Air conditioner intelligent control method as described above, the present embodiment are corresponding Intelligent control apparatus for air-conditioner, such as
Shown in Fig. 6, the Intelligent control apparatus for air-conditioner, comprising: data acquisition module 1 and controller 2；
The data acquisition module 1 obtains indoor environment data and sky to obtain the human body information data of indoor occupant
Adjust operation data；
The controller 2 is for judging whether the human body information data, the indoor environment data or air-conditioning fortune
At least one of row data are fallen into its corresponding preset range, if so, the controller 2 adjusts the operating status of air-conditioning；
If the human body information data, the indoor environment data and the operation of air conditioner data do not fall within the default model
It encloses, the controller 2 maintains the operating status of the air-conditioning.
In this way, by the human body information data and indoor environment data and operation of air conditioner data that obtain indoor occupant, it can
To set the data area for being easy to cause air conditioner disease, using the range as preset range, and judge whether the human body information number
It is fallen into its corresponding preset range according at least one of, indoor environment data or described operation of air conditioner data, if so, adjustment
The operating status of air-conditioning reduces the pathogenic factor of air-conditioning so that the operation of air-conditioning can avoid these data areas, thus
The air conditioner disease for preventing user of service.This way it is not necessary to which user carries out the operation of active, air-conditioning can inherently pass through the process
Precautionary measures are carried out, air-conditioning or adjustment indoor/outdoor temperature-difference are closed, to achieve the effect that prevent air conditioner disease；In this way, even if making
User does not know about preventive means or your understanding has deviation to preventive means, by the autonomous prevention of air-conditioning, still can subtract
The risk of air conditioner disease is changed less, and not will lead to due to the incorrect caused adverse consequences of the preventive means of user itself.
Embodiment 3
Intelligent control apparatus for air-conditioner as described above, the present embodiment are different from place and are, as shown in connection with fig. 6, institute
Stating data acquisition module 1 includes the temperature sensor 11, human body sensor 12 and infrared sensor 13 being electrically connected with controller 2；
The temperature sensor 11 is to obtain indoor environment temperature, and the human body sensor 12 is to obtain body surface moisture
Content, the infrared sensor 13 is to obtain body temperature and personnel positions region；
The controller 2 judges the body surface moisture content, judges the body temperature and the indoor environment temperature
Temperature difference；
It is described after the body surface moisture content is greater than the first content threshold value or the temperature difference is greater than the first temperature threshold
Controller 2 controls air-conditioner air outlet direction and avoids the personnel positions region, reduces air conditioner indoor unit wind speed；
For the controller 2 also using the second time interval as the period, repetition judges the body surface moisture content and the temperature
Difference；
The body surface moisture content less than the first content threshold value or the temperature difference less than the first temperature threshold after, it is described
Controller 2 stops control air-conditioner air outlet direction, restores air conditioner indoor unit wind speed.
In this way, being predicted by the judgement to body surface moisture content the current state for the personnel of entering the room, if it is big
In the first content threshold value, then it is assumed that state after the personnel are perspiration state or have a bath will avoid cold wind blow-through at this time, cause to give birth to
Disease；It by judging the temperature difference of body temperature and indoor environment, can determine for human body, whether current blowing is cold wind
It (needs to illustrate herein, in specific application scenarios, due to the personnel entered the room and indirect short distance is stood
At the air outlet of air-conditioning, therefore for indoor occupant, the wind of air-conditioner air outlet blowout is influenced by room temperature, temperature
It is more approximate with room temperature)；If it is cold wind, direction of air outlet is adjusted, avoids the present position of indoor occupant, is reduced empty
Indoor unit wind speed is adjusted, is blown on the body of indoor occupant to avoid cold wind；In this way, until the evaporation of indoor occupant body surface moisture or temperature
Degree difference becomes smaller；By repeat judge, can indoors personnel's body surface moisture evaporation or temperature difference become smaller after restore air-conditioning just
Often operation, consequently facilitating the normal work and manipulation of air-conditioning.
In this way, can be by the control to air-conditioning, preventing indoor occupant from blowing a cold wind over after being sweating all over or having a bath causes
Air conditioner disease.
Embodiment 4
Intelligent control apparatus for air-conditioner as described above, the present embodiment are different from place and are, as shown in connection with fig. 6, institute
Stating data acquisition module 1 includes infrared sensor 13 and internal clocking 14；
The infrared sensor 13 is to obtain body temperature and personnel positions region；
The controller 2 also judges the personnel positions region and air-conditioner air outlet direction；
In air-conditioner air outlet direction towards behind the personnel positions region, the internal clocking 14 obtains the air-conditioning air outlet
The continuous working period in direction；
After the continuous working period is more than first time threshold, the controller 2 controls air-conditioner air outlet direction and keeps away
Open the personnel positions region；
After first preset time, the controller 2 stops control air-conditioner air outlet direction.
In this way, confirming indoor occupant whether by cold wind by the judgement to personnel positions region and air-conditioner air outlet direction
Blow-through is being more than change air-conditioner air outlet side after first time threshold then by being determined the time of cold wind blow-through
To, prevent always cold wind brush and cause indoor occupant sick；Meanwhile the change time by setting air-conditioner air outlet direction (the
One preset time), on the basis of preventing air conditioner disease, restore the normal operation of air-conditioning.
Embodiment 5
Intelligent control apparatus for air-conditioner as described above, the present embodiment are different from place and are, as shown in connection with fig. 6, institute
Stating data acquisition module 1 includes internal clocking 14, to obtain operation duration of the air-conditioning in the case where setting target temperature；
The controller 2 judges the setting target temperature and the operation duration under the target temperature；
It is less than second temperature threshold value in the setting target temperature and the operation duration is more than institute after second time threshold
Stating controller 2, to control air-conditioning out of service or increase the target temperature；
After second preset time, the controller 2 controls air-conditioning and brings into operation or restore the target temperature.
In this way, will lead to indoor/outdoor temperature-difference or room temperature and room if user adjusts target temperature too low
Excessive temperature differentials between the body temperature of interior personnel, if therefore target temperature is too low and runing time is beyond limitation, so that it may think this
When indoor/outdoor temperature-difference or room temperature and the body temperature of indoor occupant between excessive temperature differentials, be easy to cause air conditioner disease；In this way, logical
Mode that is out of service or increasing (height-regulating) described target temperature is crossed to reduce the temperature difference, prevents air conditioner disease；In addition, passing through setting
Second preset time restores the normal operation of air-conditioning on the basis of preventing air conditioner disease, reduces the shadow worked normally to air-conditioning
It rings.
Embodiment 6
Intelligent control apparatus for air-conditioner as described above, the present embodiment are different from place and are, as shown in connection with fig. 6, institute
Stating Intelligent control apparatus for air-conditioner further includes anion generator 3, and the anion generator 3 is electrically connected with the controller 2, institute
Stating data acquisition module 1 includes zwitterion concentration detector 15；
The zwitterion concentration detector 15 is to obtain indoor zwitterion concentration ratio；
The controller 2 judges the zwitterion concentration ratio using first time interval as the period；
After the zwitterion concentration ratio is less than the first concentration threshold, the controller 2 controls the anion and occurs
Device 3 brings into operation；
After third preset time, the anion generator 3 is closed.
In this way, by judging confirm whether indoor anion concentration is too low than mechanical energy to zwitterion concentration；And
Anion is generated by anion generator 3 when too low；Meanwhile (first is pre- for the runing time by setting anion generator 3
If the time), on the basis of preventing air conditioner disease, restore the normal operation of air-conditioning.
Four embodiments of above-described embodiment 3- embodiment 6 are the concrete applications for the pathogenic factor of different air conditioner diseases
Scene, four measures (technical solution) of setting, four corresponding technical solutions can individually be implemented, and implementation four is also possible to
It is any two in a corresponding technical solution, three any, can also it be implemented with four corresponding technical solutions.In implementation
In the process, the technical solution to be had a try by way of parallel processing while can be implemented, is also possible to carry out in sequence
Implement, when sequence is implemented, specific implementation sequence be can be adjusted according to the actual situation.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Within mind and principle, any modification, equivalent replacement, improvement and so on be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of air conditioning control method characterized by comprising
Step a obtains the human body information data of indoor occupant, obtains indoor environment data and operation of air conditioner data；
Step b judges whether at least one in the human body information data, the indoor environment data or the operation of air conditioner data
Person falls into its corresponding preset range, if so, the operating status of adjustment air-conditioning；
Step c, if the human body information data, the indoor environment data and the operation of air conditioner data do not fall within described preset
Range then maintains the operating status of the air-conditioning；
The human body information data include at least body surface moisture content, body temperature, personnel positions region one of them；The room
Interior environmental data includes at least indoor environment temperature, zwitterion concentration compares one of them；The operation of air conditioner data are at least wrapped
Include target temperature, the operation duration one of them under the target temperature.
2. air conditioning control method according to claim 1, which is characterized in that the step b includes:
Step b11 judges the body surface moisture content, judges the temperature difference of the body temperature Yu the indoor environment temperature；
Step b12, after the body surface moisture content is greater than the first content threshold value or the temperature difference is greater than the first temperature threshold,
The personnel positions region is avoided in control air-conditioner air outlet direction, reduces air conditioner indoor unit wind speed；
Step b13, using the second time interval as the period, repetition judges the body surface moisture content and the temperature difference；
Step b14, the body surface moisture content less than the first content threshold value or the temperature difference less than the first temperature threshold after,
Stop control air-conditioner air outlet direction, restores air conditioner indoor unit wind speed.
3. air conditioning control method according to claim 1, which is characterized in that the step b includes:
Step b21 judges the personnel positions region and air-conditioner air outlet direction；
Step b22 obtains continuing for the air-conditioning direction of air outlet in air-conditioner air outlet direction towards behind the personnel positions region
Runing time；
Step b23, after the continuous working period is more than first time threshold, the people is avoided in control air-conditioner air outlet direction
The member band of position；
Step b24 after the first preset time, stops control air-conditioner air outlet direction.
4. air conditioning control method according to claim 1, which is characterized in that the step b includes:
Step b31 judges the target temperature and the operation duration under the target temperature；
Step b32 is less than second temperature threshold value in the target temperature and the operation duration is more than control after second time threshold
Air-conditioning processed is out of service or increases the target temperature；
Step b33, after the second preset time, control air-conditioning brings into operation or restores the target temperature.
5. air conditioning control method according to any one of claims 1-4, which is characterized in that the step b, comprising:
Step b41 judges the zwitterion concentration ratio using first time interval as the period；
Step b42 controls the anion generator (3) of air-conditioning after the zwitterion concentration ratio is less than the first concentration threshold
It brings into operation；
Step b43 after third preset time, closes the anion generator (3).
6. a kind of air conditioning control device characterized by comprising
Data acquisition module (1) and controller (2)；
The data acquisition module (1) obtains indoor environment data and air-conditioning to obtain the human body information data of indoor occupant
Operation data；
The controller (2) is for judging whether the human body information data, the indoor environment data or the operation of air conditioner
At least one of data are fallen into its corresponding preset range, if so, the operating status of the controller (2) adjustment air-conditioning；
If the human body information data, the indoor environment data and the operation of air conditioner data do not fall within the preset range,
The controller (2) maintains the operating status of the air-conditioning.
7. air conditioning control device according to claim 6, which is characterized in that the data acquisition module (1) includes and control
Temperature sensor (11), human body sensor (12) and the infrared sensor (13) of device (2) electrical connection processed；
The temperature sensor (11) is to obtain indoor environment temperature, and the human body sensor (12) is to obtain body surface moisture
Content, the infrared sensor (13) is to obtain body temperature and personnel positions region；
The controller (2) judges the body surface moisture content, judges the temperature of the body temperature Yu the indoor environment temperature
It is poor to spend；
After the body surface moisture content is greater than the first content threshold value or the temperature difference is greater than the first temperature threshold, the control
The personnel positions region is avoided in device (2) control air-conditioner air outlet direction, reduces air conditioner indoor unit wind speed；
For the controller (2) also using the second time interval as the period, repetition judges the body surface moisture content and the temperature difference；
The body surface moisture content less than the first content threshold value or the temperature difference less than the first temperature threshold after, the control
Device (2) stops control air-conditioner air outlet direction, restores air conditioner indoor unit wind speed.
8. air conditioning control device according to claim 6, which is characterized in that the data acquisition module (1) includes infrared
Sensor (13) and internal clocking (14)；
The infrared sensor (13) is to obtain body temperature and personnel positions region；
The controller (2) also judges the personnel positions region and air-conditioner air outlet direction；
In air-conditioner air outlet direction towards behind the personnel positions region, the internal clocking (14) obtains the air-conditioning air outlet side
To continuous working period；
After the continuous working period is more than first time threshold, controller (2) control air-conditioner air outlet direction is avoided
The personnel positions region；
After first preset time, the controller (2) stops control air-conditioner air outlet direction.
9. air conditioning control device according to claim 6, which is characterized in that the data acquisition module (1) includes inside
Clock (14), to obtain operation duration of the air-conditioning in the case where setting target temperature；
The controller (2) judges the setting target temperature and the operation duration under the target temperature；
It is less than second temperature threshold value in the setting target temperature and the operation duration is more than the control after second time threshold
Device (2) control air-conditioning processed is out of service or increases the target temperature；
After second preset time, the controller (2) control air-conditioning brings into operation or restores the target temperature.
10. according to the air conditioning control device any in claim 6-9, which is characterized in that further include anion generator
(3), the anion generator (3) is electrically connected with the controller (2), and the data acquisition module (1) includes zwitterion
Concentration detector (15)；
The zwitterion concentration detector (15) is to obtain indoor zwitterion concentration ratio；
The controller (2) judges the zwitterion concentration ratio using first time interval as the period；
After the zwitterion concentration ratio is less than the first concentration threshold, the controller (2) controls the anion generator
(3) it brings into operation；
After third preset time, the anion generator (3) are closed.
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| CN110736235A (en) * | 2019-10-14 | 2020-01-31 | 青岛海尔空调器有限总公司 | air conditioner and control method thereof |
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