CN105737343A - Efficient air conditioning method and system - Google Patents
Efficient air conditioning method and system Download PDFInfo
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- CN105737343A CN105737343A CN201610151480.0A CN201610151480A CN105737343A CN 105737343 A CN105737343 A CN 105737343A CN 201610151480 A CN201610151480 A CN 201610151480A CN 105737343 A CN105737343 A CN 105737343A
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- conditioner
- air cleaner
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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
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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
- F24F11/30—Control or safety arrangements for purposes related to the operation of the system, e.g. for safety or monitoring
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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
- F24F11/70—Control systems characterised by their outputs; Constructional details thereof
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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
- F24F11/70—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
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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
- F24F2110/00—Control inputs relating to air properties
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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
Abstract
The invention relates to an efficient air conditioning method and system. The method includes the following steps that after an air conditioner is started, the air conditioner sends a linkage signal to an air freshening machine and receives a feedback signal fed back by the air freshening machine receiving the linkage signal; the air conditioner obtains the relative position and/or distance between the air conditioner and the air freshening machine through processing according to the received feedback signal; and the air conditioner controls the air supply manner of the air conditioner according to the relative position and/or distance between the air conditioner and the air freshening machine. Compared with the prior art, it is effectively ensured that a good airflow circulating loop can be formed between the air conditioner and the air freshening machine no matter how the relative position between the air conditioner and the air freshening machine changes, the purifying effect can be maximum, a comfortable home environment can be better built, meanwhile, operation of a user is also facilitated, and intelligence and user friendliness of the product are improved.
Description
Technical field
The present invention relates to a kind of air reconciliation techniques, particularly relate to a kind of air accord method improving air-conditioner and air cleaner linkage work effect and system.
Background technology
Linkage technique between current air-conditioner and air cleaner is: between air-conditioner and air cleaner after linkage, owing to position, air cleaner inlet scoop is generally relatively low, therefore the transverse direction of air-conditioner pendulum leaf can automatically towards lower swing, primary air direction to guarantee blowout is consistent with primary air direction, air cleaner inlet scoop, form a good circulation of air flow loop, thus optimizing the clean-up effect of air cleaner.
But, when the installation position of air cleaner is not when the primary air closed circuit of air-conditioner blowout, even if the air-flow of air-conditioner is down, also cannot realize good circulation of air flow loop and optimize clean-up effect.Such as, when the transverse direction of air-conditioner puts leaf down, vertical pendulum leaf is towards dead ahead or left, and air cleaner is when being placed in the right side of air-conditioner, unless the artificial vertical air supply direction putting leaf is adjusted makes vertically to put leaf towards right with consistent with primary air direction, air cleaner inlet scoop, in any case be otherwise all difficult to form optimized circulation of air flow loop.On the other hand, when existing air-conditioner laterally pendulum leaf down time, although between air-conditioner and air cleaner during close together, the circulation of air flow loop of formation is relatively good, and the clean-up effect of air cleaner can also optimize；But in the case of distant, even if air-conditioner laterally pendulum leaf downward, also results in air-flow and cannot deliver to far-end, it is impossible to and between air cleaner inlet scoop, form desirable circulation of air flow loop, reduce clean-up effect.
Therefore, the linkage work of existing air-conditioner and air cleaner also exists following defect:
1) when the relative position between air-conditioner and air cleaner deviates, it is impossible to guaranteeing to form good circulation of air flow loop between air-conditioner blow-off outlet and air cleaner inlet scoop, clean-up effect is had a greatly reduced quality；Although the direction that swings of the vertical blade of user's manual adjustments air-conditioner can be passed through, but the use of user can be brought inconvenience, intelligent relatively low with ease for operation.
2) during distant between air-conditioner and air cleaner, it is impossible to what guarantee that air-conditioner blows out lower can deliver to far-end smoothly to air-flow, cause air-conditioner blow-off outlet can not and air cleaner inlet scoop between form good circulation of air flow loop.
Summary of the invention
It is an object of the invention to the shortcoming overcoming prior art with not enough, a kind of efficient air accord method and system are provided, ensure when no matter the relative position between air-conditioner and air cleaner any change occurs, can make between air-conditioner and air cleaner, to form good circulation of air flow loop, so that clean-up effect maximizes, and user-friendly.
The present invention is achieved by the following technical solutions: a kind of efficient air accord method, comprises the following steps:
After air-conditioner starts, send a linkage signal to air cleaner, and receive the feedback signal fed back by the air cleaner receiving described linkage signal；
Air-conditioner processes the relative position and/or distance that obtain between itself and air cleaner according to the feedback signal received；
Air-conditioner is according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
Pass through technique scheme, air accord method of the present invention achieves air-conditioner and controls its vertically pendulum leaf and horizontal air supply direction putting leaf according to the relative position between itself and air cleaner and/or distance, thereby ensure that when air cleaner, relative to the position of air-conditioner, any change occurs, air-conditioner can ensure its air supply direction inlet scoop towards air cleaner, ensure to form good circulation of air flow loop between air-conditioner and air cleaner, realize clean-up effect to maximize, it is more conducive to manufacture comfortable domestic environment, it has been also convenient for user operation simultaneously, improve intellectuality and the hommization of product.
Specifically, the vertical air supply mode putting leaf is controlled by described air-conditioner according to the relative position between itself and air cleaner, specifically includes following steps:
When according to feedback signal process the result that obtains be air cleaner be positioned on the left of air-conditioner time, air-conditioner control its vertically pendulum leaf towards left air-supply；
When according to feedback signal process the result that obtains be air cleaner be positioned at air-conditioner dead ahead time, air-conditioner control its vertically pendulum leaf blow towards dead ahead；
When according to feedback signal process the result that obtains be air cleaner be positioned on the right side of air-conditioner time, air-conditioner control its vertically pendulum leaf towards right air-supply.
Specifically, the air supply mode laterally putting leaf is controlled by described air-conditioner according to the distance between itself and air cleaner, specifically includes following steps:
When according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner less than the first distance threshold, then air-conditioner control its laterally pendulum leaf blow down, laterally form the first angle between pendulum leaf and horizontal plane；
When according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner more than or equal to the first distance threshold time, then air-conditioner control its laterally pendulum leaf blow down, laterally forming the second angle between pendulum leaf and horizontal plane, described second angle is less than the first angle.
As a further improvement on the present invention, the control of its air supply mode is also included adjusting its air-out volume size by air-conditioner.Herein further by air-out volume size is adjusted, be conducive to improving further the harmony of interior space air-flow.
As the another embodiment of air accord method of the present invention, a kind of efficient air accord method, comprise the following steps: after air cleaner starts, send a linkage signal to air-conditioner；
Air-conditioner is according to the linkage signal processing relative position that obtains between itself and air cleaner received and/or distance；
Air-conditioner is according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
Specifically, the vertical air supply mode putting leaf is controlled by described air-conditioner according to the relative position between itself and air cleaner, specifically includes following steps:
When according to the linkage result that obtains of signal processing be air cleaner be positioned on the left of air-conditioner time, air-conditioner control its vertically pendulum leaf towards left air-supply；
When according to the linkage result that obtains of signal processing be air cleaner be positioned at air-conditioner dead ahead time, air-conditioner control its vertically pendulum leaf blow towards dead ahead；
When according to the linkage result that obtains of signal processing be air cleaner be positioned on the right side of air-conditioner time, air-conditioner control its vertically pendulum leaf towards right air-supply.
Specifically, the air supply mode laterally putting leaf is controlled by described air-conditioner according to the distance between itself and air cleaner, specifically includes following steps:
When according to the linkage result that obtains of signal processing be the distance between air-conditioner and air cleaner less than the first distance threshold, then air-conditioner control its laterally pendulum leaf blow down, laterally form the first angle between pendulum leaf and horizontal plane；
When according to the linkage result that obtains of signal processing be the distance between air-conditioner and air cleaner more than or equal to the first distance threshold time, then air-conditioner control its laterally pendulum leaf blow down, laterally forming the second angle between pendulum leaf and horizontal plane, described second angle is less than the first angle.
As a further improvement on the present invention, the control of its air supply mode is also included adjusting its air-out volume size by air-conditioner.Herein further by air-out volume size is adjusted, be conducive to improving further the harmony of interior space air-flow.
Present invention also offers a kind of efficient air mediation system, including air-conditioner and air cleaner.Described air-conditioner is provided with feedback signal reception element and linkage signal radiated element；Described air cleaner is provided with linkage signal receiving element and feedback signal radiated element；
After described air-conditioner starts, send a linkage signal to described linkage signal receiving element by described linkage signal radiated element, control air cleaner and open；
Described linkage signal receiving element sends a feedback command to feedback signal radiated element after receiving linkage signal, controls described feedback signal radiated element and sends a feedback signal extremely described feedback signal reception element；
Described air-conditioner processes the relative position and/or distance that obtain between itself and air cleaner according to the feedback signal that feedback signal reception element receives, and according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
As the another embodiment of air of the present invention mediation system, a kind of efficient air mediation system, including air-conditioner and air cleaner.Described air-conditioner is provided with linkage signal receiving element；Described air cleaner is provided with linkage signal radiated element；
After described air cleaner starts, send a linkage signal to described linkage signal receiving element by described linkage signal radiated element, control air-conditioner and open；
The linkage signal processing relative position that obtains between itself and air cleaner that described air-conditioner receives according to linkage signal receiving element and/or distance, and according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
In order to be more fully understood that and implement, describe the present invention in detail below in conjunction with accompanying drawing.
Accompanying drawing explanation
Fig. 1 is the method flow diagram of the embodiment of the present invention 1 air accord method；
Fig. 2 is the particular flow sheet of the embodiment of the present invention 1 air accord method；
Fig. 3 is the method flow diagram of the embodiment of the present invention 2 air accord method；
Fig. 4 is the particular flow sheet of the embodiment of the present invention 2 air accord method.
Detailed description of the invention
Embodiment 1
Referring to Fig. 1, the invention provides a kind of efficient air accord method, it comprises the following steps:
Step S1: after air-conditioner starts, sends a linkage signal to air cleaner, and receives the feedback signal fed back by the air cleaner receiving described linkage signal；
Step S2: air-conditioner processes the relative position and/or distance that obtain between itself and air cleaner according to the feedback signal received；Specifically, in the present embodiment, process obtain air cleaner and air-conditioner relative position between and/or distance by analyzing the feedback signal received in some probe receivers of being provided with of air-conditioner diverse location, specifically obtain air cleaner and air-conditioner relative position between and/or distance according to the watt level of the feedback signal received in the different probe receiver in some orientation and strong and weak performance.Hereinafter son further illustrates as an example: such as, is provided with 3 feedback signal reception heads in air-conditioner；Described 3 feedback signal reception heads are respectively arranged at the left side of air-conditioner, middle part and right side.Then 3 feedback signal reception heads receive respectively and are sent, by air cleaner, the feedback signal of returning, when air-conditioner is when processing the feedback signal that these 3 feedback signal reception heads receive, if obtaining feedback signal power this result maximum received in head being arranged on the left of air-conditioner, then this result shows that air cleaner is currently located at the left side of air-conditioner, has thereby determined that the air cleaner position relative to air-conditioner.Now further analyze and be arranged at the feedback signal strength that the feedback signal reception head on the left of air-conditioner receives, when air-conditioner judges to obtain it as stronger signal according to the feedback signal in the feedback signal reception head of left side, then judge the close together between air-conditioner and air cleaner, thereby determine that the distance between air cleaner and air-conditioner.Wherein, the strong and weak of signal judges to be realized by the mode of division signals intensity area, and the distance that the signal intensity as recorded shows between air-conditioner and air cleaner when the first intensity area scope is in 4m, predicates closely；Show that the distance between air-conditioner and air cleaner is outside 4m when the second intensity area scope, predicate remote.Wherein, the setting of intensity area can position according to the actual requirements, and the restriction of distance can also position according to the actual requirements.
Step S3: air-conditioner is according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
Referring to Fig. 2, specifically, in described step S3, the vertical air supply mode putting leaf is controlled by air-conditioner according to the relative position between itself and air cleaner, specifically includes following steps:
Step S311: when according to feedback signal process the result that obtains be air cleaner be positioned on the left of air-conditioner time, air-conditioner control its vertically pendulum leaf towards left air-supply；
Step S312: when according to feedback signal process the result that obtains be air cleaner be positioned at air-conditioner dead ahead time, air-conditioner control its vertically pendulum leaf blow towards dead ahead；
Step S313: when according to feedback signal process the result that obtains be air cleaner be positioned on the right side of air-conditioner time, air-conditioner control its vertically pendulum leaf towards right air-supply.
Please continue to refer to Fig. 2, specifically, in described step S3, the air supply mode laterally putting leaf is controlled by air-conditioner according to the distance between itself and air cleaner, specifically includes following steps:
Step S321: when according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner less than the first distance threshold, then air-conditioner control its laterally pendulum leaf blow down, laterally form the first angle between pendulum leaf and horizontal plane；
Step S322: when according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner more than or equal to the first distance threshold time, then air-conditioner control its laterally pendulum leaf blow down, laterally form the second angle between pendulum leaf and horizontal plane, described second angle is less than the first angle, that is, in step S222 transverse direction pendulum leaf towards than the cross blade in step S221 towards higher.
In the present embodiment, the first distance threshold can set according to actual needs, such as 3m or 4m or other value.
The relation that can be obtained the air supply mode that air-conditioner is vertically put leaf and horizontal pendulum leaf by the relative position between air-conditioner and air cleaner and/or distance by step S311～S312 and step S321～S322 is as follows:
Illustrate for simplifying, when according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner less than the first distance threshold time, referred to as air-conditioner and air cleaner low coverage；When according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner more than or equal to the first distance threshold time, referred to as air-conditioner and air cleaner long distance；
1) when air-conditioner and air cleaner low coverage, and when air cleaner is positioned on the left of air-conditioner, vertical pendulum leaf is towards left air-supply, and laterally pendulum leaf is blown down；
2) when air-conditioner and air cleaner low coverage, and when air cleaner is positioned at air-conditioner dead ahead or positive direction scope, vertical pendulum leaf is blown towards dead ahead, and laterally pendulum leaf is blown down；
3) when air-conditioner and air cleaner low coverage, and when air cleaner is positioned on the right side of air-conditioner, vertical pendulum leaf is towards right air-supply, and laterally pendulum leaf is blown down；
4) when air-conditioner and air cleaner long distance, and when air cleaner is positioned on the left of air-conditioner, vertical pendulum leaf is towards left air-supply, and laterally pendulum leaf is blown down；Transverse direction pendulum leaf herein relative to above-mentioned 1～3 in transverse direction pendulum Ye Shangxiang, the angle that namely laterally pendulum leaf and horizontal plane are formed herein less than above-mentioned 1～3 in angle that laterally pendulum leaf is formed with horizontal plane；
5) when air-conditioner and air cleaner long distance, and when air cleaner is positioned at air-conditioner dead ahead or positive direction scope, vertical pendulum leaf is blown towards dead ahead, and laterally pendulum leaf is blown down；Transverse direction pendulum leaf herein relative to above-mentioned 1～3 in transverse direction pendulum Ye Shangxiang, the angle that namely laterally pendulum leaf and horizontal plane are formed herein less than above-mentioned 1～3 in angle that laterally pendulum leaf is formed with horizontal plane；
6) when air-conditioner and air cleaner long distance, and when air cleaner is positioned on the right side of air-conditioner, vertical pendulum leaf is towards right air-supply, and laterally pendulum leaf is blown down；Transverse direction pendulum leaf herein relative to above-mentioned 1～3 in transverse direction pendulum Ye Shangxiang, the angle that namely laterally pendulum leaf and horizontal plane are formed herein less than above-mentioned 1～3 in angle that laterally pendulum leaf is formed with horizontal plane.
For improving the harmony of interior space air-flow further, as a kind of more excellent technical scheme, the control of its air supply mode is also included adjusting air-out air force by described air-conditioner.
In the present embodiment, when air-conditioner does not receive the feedback signal sent by air cleaner, air-conditioner control its laterally pendulum leaf blow down, and control its vertically pendulum leaf blow towards dead ahead.
Correspondingly, present invention also offers a kind of efficient air mediation system, it includes air-conditioner and air cleaner.Described air-conditioner, except the structure including existing air-conditioner, is additionally provided with feedback signal reception element and linkage signal radiated element.Described air cleaner, except the structure including existing air cleaner, is additionally provided with linkage signal receiving element and feedback signal radiated element.After described air-conditioner starts, send a linkage signal to described linkage signal receiving element by described linkage signal radiated element, control air cleaner and open.Described linkage signal receiving element sends a feedback command to feedback signal radiated element after receiving linkage signal, controls described feedback signal radiated element and sends a feedback signal extremely described feedback signal reception element.Described air-conditioner processes the relative position and/or distance that obtain between itself and air cleaner according to the feedback signal that feedback signal reception element receives, and according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
Specifically, described feedback signal reception element include being respectively arranged on the left of air-conditioner, 3 feedback signal reception heads on middle part and right side.Described 3 feedback signal reception heads electrically connect with the controller of air-conditioner respectively.When the controller of air-conditioner is when processing the feedback signal that these 3 feedback signal reception heads receive, if obtaining feedback signal power this result maximum received in head being arranged on the left of air-conditioner, then this result shows that air cleaner is currently located at the left side of air-conditioner, has thereby determined that the air cleaner position relative to air-conditioner.Now further analyze and be arranged at the feedback signal strength that the feedback signal reception head on the left of air-conditioner receives, when air-conditioner judges to obtain it as stronger signal according to the feedback signal in the feedback signal reception head of left side, then judge the close together between air-conditioner and air cleaner, thereby determine that the distance between air cleaner and air-conditioner.Wherein, the strong and weak of signal judges to be realized by the mode of division signals intensity area, and the distance that the signal intensity as recorded shows between air-conditioner and air cleaner when the first intensity area scope is in 4m, predicates closely；Show that the distance between air-conditioner and air cleaner is outside 4m when the second intensity area scope, predicate remote.Wherein, the setting of intensity area can position according to the actual requirements, and the restriction of distance can also position according to the actual requirements.The watt level of the feedback signal received from there through analyzing on the left of air-conditioner one by one, in the feedback signal reception head that is provided with of middle part and right side and/or strong and weak process obtain air cleaner and air-conditioner relative position between and/or distance.
Embodiment 2
The present embodiment air accord method is almost identical with the air accord method of embodiment 1, and it is distinctive in that: sent by air cleaner during the linkage signal of the present embodiment air accord method, and sends to air-conditioner.
Referring to Fig. 3, specifically, the efficient air accord method of the present embodiment comprises the following steps:
Step Sa: after air cleaner starts, sends a linkage signal to air-conditioner；
Step Sb: air-conditioner is according to the linkage signal processing relative position that obtains between itself and air cleaner received and/or distance；Relative position and/or the concrete methods of realizing principle of distance that in this step Sb, air-conditioner obtains between itself and air cleaner according to air-conditioner in step S2 in the concrete methods of realizing of the linkage signal processing relative position that obtains between its with air cleaner received and/or distance and embodiment 1 according to the feedback signal process received are identical, therefore repeat no more.
Step Sc: air-conditioner is according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
Referring to Fig. 4, specifically, in described step Sc, the vertical air supply mode putting leaf is controlled by air-conditioner according to the relative position between itself and air cleaner, specifically includes following steps:
Step Sc11: when according to the linkage result that obtains of signal processing be air cleaner be positioned on the left of air-conditioner time, air-conditioner control its vertically pendulum leaf towards left air-supply；
Step Sc12: when according to the linkage result that obtains of signal processing be air cleaner be positioned at air-conditioner dead ahead time, air-conditioner control its vertically pendulum leaf blow towards dead ahead；
Step Sc13: when according to the linkage result that obtains of signal processing be air cleaner be positioned on the right side of air-conditioner time, air-conditioner control its vertically pendulum leaf towards right air-supply.
Please continue to refer to Fig. 4, specifically, in described step Sc, the air supply mode laterally putting leaf is controlled by air-conditioner according to the distance between itself and air cleaner, specifically includes following steps:
Step Sc21: when according to the linkage result that obtains of signal processing be the distance between air-conditioner and air cleaner less than the first distance threshold, then air-conditioner control its laterally pendulum leaf blow down, laterally form the first angle between pendulum leaf and horizontal plane；
Step Sc22: when according to the linkage result that obtains of signal processing be the distance between air-conditioner and air cleaner more than or equal to the first distance threshold time, then air-conditioner control its laterally pendulum leaf blow down, laterally forming the second angle between pendulum leaf and horizontal plane, described second angle is less than the first angle.
For improving the harmony of interior space air-flow further, as a kind of more excellent technical scheme, the control of its air supply mode is also included adjusting air-out air force by described air-conditioner.
In the present embodiment, when air-conditioner does not receive the linkage signal sent by air cleaner, air-conditioner starts automatically according to currently detected human-induced signal, and control its laterally pendulum leaf blow down, and control its vertically pendulum leaf blow towards dead ahead.
Correspondingly, the present embodiment also provides a kind of efficient air mediation system, and it includes air-conditioner and air cleaner.Described air-conditioner is provided with linkage signal receiving element；Described air cleaner is provided with linkage signal radiated element.After described air cleaner starts, send a linkage signal to described linkage signal receiving element by described linkage signal radiated element, control air-conditioner and open.The linkage signal processing relative position that obtains between itself and air cleaner that described air-conditioner receives according to linkage signal receiving element and/or distance, and according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
Specifically, described linkage signal receiving element includes being respectively arranged on the left of air-conditioner, 3 linkage signals on middle part and right side receive heads.Described 3 linkage signals receive head and electrically connect with the controller of air-conditioner respectively.When the controller of air-conditioner is when processing these 3 linkage signals and receiving the linkage signal that head receives, if obtaining linkage signal power this result maximum received in head being arranged on the left of air-conditioner, then this result shows that air cleaner is currently located at the left side of air-conditioner, has thereby determined that the air cleaner position relative to air-conditioner.Now further analyze the linkage signal being arranged on the left of air-conditioner and receive the linkage signal intensity that head receives, when air-conditioner judges to obtain it as stronger signal according to the linkage signal in left side linkage signal reception head, then judge the close together between air-conditioner and air cleaner, thereby determine that the distance between air cleaner and air-conditioner.Wherein, the strong and weak of signal judges to be realized by the mode of division signals intensity area, and the distance that the signal intensity as recorded shows between air-conditioner and air cleaner when the first intensity area scope is in 4m, predicates closely；Show that the distance between air-conditioner and air cleaner is outside 4m when the second intensity area scope, predicate remote.Wherein, the setting of intensity area can position according to the actual requirements, and the restriction of distance can also position according to the actual requirements.From there through analyzing on the left of air-conditioner one by one, the linkage signal that is provided with of middle part and right side receives the watt level of the linkage signal received in head and/or strong and weak process obtains air cleaner and air-conditioner relative position between and/or distance.
Relative to prior art, the efficient air accord method of the present invention and system achieve air-conditioner and control its vertically pendulum leaf and horizontal air supply direction putting leaf according to the relative position between itself and air cleaner and/or distance, thereby ensure that when air cleaner, relative to the position of air-conditioner, any change occurs, air-conditioner can ensure its air supply direction inlet scoop towards air cleaner, ensure to form good circulation of air flow loop between air-conditioner and air cleaner, realize clean-up effect to maximize, it is more conducive to manufacture comfortable domestic environment, it has been also convenient for user operation simultaneously, improve intellectuality and the hommization of product.
The invention is not limited in above-mentioned embodiment, if to the various changes of the present invention or deformation without departing from the spirit and scope of the present invention, if these are changed and deform within the claim and the equivalent technologies scope that belong to the present invention, then the present invention is also intended to comprise these changes and deformation.
Claims (10)
1. an efficient air accord method, it is characterised in that: comprise the following steps:
After air-conditioner starts, send a linkage signal to air cleaner, and receive the feedback signal fed back by the air cleaner receiving described linkage signal；
Air-conditioner processes the relative position and/or distance that obtain between itself and air cleaner according to the feedback signal received；
Air-conditioner is according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
2. air accord method according to claim 1, it is characterised in that: the vertical air supply mode putting leaf is controlled by described air-conditioner according to the relative position between itself and air cleaner, specifically includes following steps:
When according to feedback signal process the result that obtains be air cleaner be positioned on the left of air-conditioner time, air-conditioner control its vertically pendulum leaf towards left air-supply；
When according to feedback signal process the result that obtains be air cleaner be positioned at air-conditioner dead ahead time, air-conditioner control its vertically pendulum leaf blow towards dead ahead；
When according to feedback signal process the result that obtains be air cleaner be positioned on the right side of air-conditioner time, air-conditioner control its vertically pendulum leaf towards right air-supply.
3. the air accord method according to any one of claim 1～2, it is characterised in that: the air supply mode laterally putting leaf is controlled by described air-conditioner according to the distance between itself and air cleaner, specifically includes following steps:
When according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner less than the first distance threshold, then air-conditioner control its laterally pendulum leaf blow down, laterally form the first angle between pendulum leaf and horizontal plane；
When according to feedback signal process the result that obtains be the distance between air-conditioner and air cleaner more than or equal to the first distance threshold time, then air-conditioner control its laterally pendulum leaf blow down, laterally forming the second angle between pendulum leaf and horizontal plane, described second angle is less than the first angle.
4. air accord method according to claim 1, it is characterised in that: the control of its air supply mode is also included adjusting its air-out volume size by air-conditioner.
5. an efficient air accord method, it is characterised in that: comprise the following steps:
After air cleaner starts, send a linkage signal to air-conditioner；
Air-conditioner is according to the linkage signal processing relative position that obtains between itself and air cleaner received and/or distance；
Air-conditioner is according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
6. air accord method according to claim 5, it is characterised in that: the vertical air supply mode putting leaf is controlled by described air-conditioner according to the relative position between itself and air cleaner, specifically includes following steps:
When according to the linkage result that obtains of signal processing be air cleaner be positioned on the left of air-conditioner time, air-conditioner control its vertically pendulum leaf towards left air-supply；
When according to the linkage result that obtains of signal processing be air cleaner be positioned at air-conditioner dead ahead time, air-conditioner control its vertically pendulum leaf blow towards dead ahead；
When according to the linkage result that obtains of signal processing be air cleaner be positioned on the right side of air-conditioner time, air-conditioner control its vertically pendulum leaf towards right air-supply.
7. the air accord method according to any one of claim 5～6, it is characterised in that: the air supply mode laterally putting leaf is controlled by described air-conditioner according to the distance between itself and air cleaner, specifically includes following steps:
When according to the linkage result that obtains of signal processing be the distance between air-conditioner and air cleaner less than the first distance threshold, then air-conditioner control its laterally pendulum leaf blow down, laterally form the first angle between pendulum leaf and horizontal plane；
When according to the linkage result that obtains of signal processing be the distance between air-conditioner and air cleaner more than or equal to the first distance threshold time, then air-conditioner control its laterally pendulum leaf blow down, laterally forming the second angle between pendulum leaf and horizontal plane, described second angle is less than the first angle.
8. air accord method according to claim 5, it is characterised in that: the control of its air supply mode is also included adjusting its air-out volume size by air-conditioner.
9. an efficient air mediation system, including air-conditioner and air cleaner；It is characterized in that: described air-conditioner is provided with feedback signal reception element and linkage signal radiated element；Described air cleaner is provided with linkage signal receiving element and feedback signal radiated element；
After described air-conditioner starts, send a linkage signal to described linkage signal receiving element by described linkage signal radiated element, control air cleaner and open；
Described linkage signal receiving element sends a feedback command to feedback signal radiated element after receiving linkage signal, controls described feedback signal radiated element and sends a feedback signal extremely described feedback signal reception element；
Described air-conditioner processes the relative position and/or distance that obtain between itself and air cleaner according to the feedback signal that feedback signal reception element receives, and according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
10. an efficient air mediation system, including air-conditioner and air cleaner, it is characterised in that: described air-conditioner is provided with linkage signal receiving element；Described air cleaner is provided with linkage signal radiated element；
After described air cleaner starts, send a linkage signal to described linkage signal receiving element by described linkage signal radiated element, control air-conditioner and open；
The linkage signal processing relative position that obtains between itself and air cleaner that described air-conditioner receives according to linkage signal receiving element and/or distance, and according to the relative position between itself and air cleaner and/or its air supply mode of distance controlling.
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