CN103900223A - Information processing method and air conditioners - Google Patents
Information processing method and air conditioners Download PDFInfo
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- CN103900223A CN103900223A CN201410113427.2A CN201410113427A CN103900223A CN 103900223 A CN103900223 A CN 103900223A CN 201410113427 A CN201410113427 A CN 201410113427A CN 103900223 A CN103900223 A CN 103900223A
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Abstract
The invention provides an information processing method and air conditioners. The information processing method includes that communication connection between a first air conditioner and a second air conditioner is set up via a first wireless communication module on the first air conditioner and a second wireless communication module on the second air conditioner, the second air conditioner is provided with a second detecting unit connected with the second wireless communication module and arranged in a second space different from a first space; a first detecting unit detects whether at least one first user exists in the first space or not, the first wireless communication module receives a detected result obtained from the second wireless communication module of the second air conditioner via detecting of the second detecting unit when no any first user exists in the first space, and the detecting result is used for indicating whether at least one second user exists in the second space where the second air conditioner is located; the first air conditioner is based on the second detecting result and adjusts the current mode of the first air conditioner into a matching mode corresponding to the second detecting result.
Description
Technical field
The present invention relates to electronic technology field, relate in particular to a kind of information processing method and air-conditioning.
Background technology
Air-conditioning, refer to the artificial means of using, the parameters such as temperature to surrounding air in building/structures, humidity, cleanliness factor are carried out the equipment of regulation and control, current, it is universal that air-conditioning has been tending towards, is the mark that people's living standard improves, in hot summer or cold winter, air-conditioning can be adjusted to the environment that is applicable to people's work, study, raw words indoor temperature, is one of indispensable household electrical appliance.
Now, almost every household all can be bought at least one air-conditioning, to promote life comfort level, in prior art, whether air-conditioning has people by detecting room conventionally, and then the operational mode of air-conditioning is adjusted, for example: when detection of air-conditioning is in room when no one, air-conditioning is closed automatically, and then the saving energy, but, return this room after user is of short duration withdrawing from a room time, need to restart air-conditioning, on the one hand, because the frequent starting of air-conditioning can shorten air-conditioning service life, on the other hand, in hot summer, start air-conditioning and need a period of time to reaching preference temperature in room, therefore, reduce users'comfort, and then bring constant to user.
So, in prior art, exist air-conditioning by detecting in room, air-conditioning place whether have people, to start or to close the technical problem of air-conditioning.
Summary of the invention
The application provides a kind of information processing method and air-conditioning, can only by detecting in room, air-conditioning place whether have people in order to solve the air-conditioning existing in prior art, start or close the technical problem of air-conditioning, network by multiple air-conditionings, realized air-conditioning according to the technique effect of the operational mode of the selection air-conditioning of the user state information intelligence in multiple rooms.
On the one hand, the embodiment of the present application provides a kind of information processing method, be applied in the first air-conditioning in the first space, described the first air-conditioning comprises the first air-conditioning body, be arranged on the first detecting unit on described the first air-conditioning body, and the first wireless communication module being connected with described the first detecting unit, described method comprises:
By the second wireless communication module on described the first wireless communication module and the second air-conditioning, set up the communication connection between described the first air-conditioning and described the second air-conditioning, described the second air-conditioning is to have and the second detecting unit of described the second wireless communication module connection the air-conditioning in the second space different with described the first space;
Detect in described the first space whether have at least one first user by described the first detecting unit, obtain the first testing result;
There is not described at least one first user within described the first testing result shows described the first space time, described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, and described the second testing result is used for characterizing in described the second air-conditioning place second space whether have at least one second user;
Described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
Optionally, described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning, specifically comprises:
Described the first detecting unit detects the lasting duration that does not have described at least one first user in described the first space;
In the time that described lasting duration is greater than a duration threshold value, described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
Optionally, described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning, is specially:
In the time that described the second testing result shows not exist in described second space described at least one second user, the present mode of described the first air-conditioning is adjusted into " shut " mode" by described the first air-conditioning body; Or
In the time that described the second testing result shows in described second space to have described at least one second user, the present mode of described the first air-conditioning is adjusted into standby mode by described the first air-conditioning body.
Optionally, detect in described the first space whether have at least one first user described by described the first detecting unit, after obtaining the first testing result, described method also comprises:
Within described the first testing result shows described the first space, have described at least one first user, and the present mode of described the first air-conditioning is in the time of " shut " mode" or standby mode, starts described the first air-conditioning body, makes described present mode in operational mode.
Optionally, detect in described the first space whether have at least one first user described by described the first detecting unit, after obtaining the first testing result, described method also comprises:
Within described the first testing result shows described the first space, have described at least one first user, and the present mode of described the first air-conditioning is in the time of operational mode, controls described the first air-conditioning body and remains on described operational mode.
Optionally, after described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, described method also comprises:
Show not exist in described second space described at least one second user in described the second testing result, and described the second air-conditioning is in the time of operational mode, send a closing control instruction by described the first wireless communication module to described the second wireless communication module, so that described the second air-conditioning is by carrying out after described closing control instruction, can be in " shut " mode".
Optionally, after described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, described method also comprises:
Show described at least one second user of existence in described second space in described the second testing result, and described the second air-conditioning is in the time of " shut " mode" or standby mode, send one by described the first wireless communication module to described the second wireless communication module and open control instruction, so that described the second air-conditioning is by carrying out after described unlatching control instruction, can be in operational mode.
On the other hand, the embodiment of the present application also provides a kind of the first air-conditioning, described the first air-conditioning is in the first space, described the first air-conditioning comprises the first air-conditioning body, be arranged on the first detecting unit on described the first air-conditioning body, and the first wireless communication module being connected with described the first detecting unit, described the first wireless communication module for the second air-conditioning on the second wireless communication module, set up the communication connection between described the first air-conditioning and described the second air-conditioning, described the second air-conditioning is to have and the second detecting unit of described the second wireless communication module connection the air-conditioning in the second space different with described the first space,
Described the first detecting unit, for detection of whether having at least one first user in described the first space, obtains the first testing result;
In described the first wireless communication module also for there is not described at least one first user within described the first testing result shows described the first space time, defeated next the second testing result obtaining via described the second detecting unit detection of described the second wireless communication module that receives described the second air-conditioning, described the second testing result is used for characterizing in described the second air-conditioning place second space whether have at least one second user;
Described air-conditioning also comprises: microprocessor, be arranged on described the first air-conditioning body, and for based on described the second testing result, the present mode of described the first air-conditioning is adjusted into the match pattern corresponding with described the second testing result.
Optionally, described the first detecting unit is also for detection of the lasting duration that does not have described at least one first user in described the first space;
Described microprocessor, also in the time that described lasting duration is greater than a duration threshold value, in described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
Optionally, described microprocessor when showing in described the second testing result not have described at least one second user in described second space, is adjusted into " shut " mode" by the present mode of described the first air-conditioning; Or
In the time that described the second testing result shows in described second space to have described at least one second user, the present mode of described the first air-conditioning is adjusted into standby mode.
Optionally, also for there is described at least one first user within described the first testing result shows described the first space in described microprocessor, and the present mode of described the first air-conditioning is in the time of " shut " mode" or standby mode, start described the first air-conditioning body, make described present mode in operational mode.
Optionally, also for there is described at least one first user within described the first testing result shows described the first space in described microprocessor, and the present mode of described the first air-conditioning, in the time of operational mode, is controlled described the first air-conditioning body and is remained on described operational mode.
Optionally, also in described second space, there is not described at least one second user for showing in described the second testing result in described the first wireless communication module, and described the second air-conditioning is in the time of operational mode, send a closing control instruction to described the second wireless communication module, so that described the second air-conditioning is by carrying out after described closing control instruction, can be in " shut " mode".
Optionally, described the first wireless communication module is also for showing described at least one second user of existence in described second space in described the second testing result, and described the second air-conditioning is in the time of " shut " mode" or standby mode, send one by described the first wireless communication module to described the second wireless communication module and open control instruction, so that described the second air-conditioning is by carrying out after described unlatching control instruction, can be in operational mode.
Above-mentioned one or more technical schemes in the embodiment of the present application, at least have following one or more technique effects:
1, in the application's technical scheme, by connecting between the first air-conditioning and the second air-conditioning, at the first detection of air-conditioning when whether there is not user in the first space, the first air-conditioning place, receive the second detection of air-conditioning to the second air-conditioning place second space in whether there is the second testing result of user, then based on described the second testing result, the present mode of described the first air-conditioning is adjusted into the match pattern corresponding with described the second testing result, as: in the time that the second testing result shows not have user in second space, the present mode of the first air-conditioning is adjusted into " shut " mode", and in the time that the second testing result shows there is user in second space, the present mode of the first air-conditioning is adjusted into standby mode, visible, the application's technical scheme efficiently solves the air-conditioning existing in prior art can only by detecting in room, air-conditioning place whether have people, start or close the technical problem of air-conditioning, network by multiple air-conditionings, realize air-conditioning according to the technique effect of the operational mode of the selection air-conditioning of the user state information intelligence in multiple rooms.
2, in the application's technical scheme, there is not at least one user within the first testing result shows the first space time, by detecting the lasting duration that does not have at least one user in the first space, in the time that lasting duration is greater than a duration threshold value, just the present mode of the first air-conditioning is adjusted into the match pattern corresponding with the second testing result, and then the air-conditioning frequent starting that user's frequent turnover causes or the problem of closing, the service life of the air-conditioning of prolongation are avoided.
3, in the application's technical scheme, the first air-conditioning is receiving after the second testing result of the second air-conditioning transmission, in self pattern being adjusted based on the second testing result, based on this second testing result, the pattern of the second air-conditioning is adjusted, make air-conditioning more intelligent.
Accompanying drawing explanation
Fig. 1 is the flow chart of information processing method in the embodiment of the present application one;
Fig. 2 is the block diagram of air-conditioning in the embodiment of the present application two.
The specific embodiment
The application provides a kind of information processing method and air-conditioning, can only by detecting in room, air-conditioning place whether have people in order to solve the air-conditioning existing in prior art, start or close the technical problem of air-conditioning, network by multiple air-conditionings, realized air-conditioning according to the technique effect of the operational mode of the selection air-conditioning of the user state information intelligence in multiple rooms.
The technical problem existing in order to solve above-mentioned prior art, the general thought of the technical scheme that the embodiment of the present application provides is as follows:
A kind of information processing method, be applied in the first air-conditioning in the first space, described the first air-conditioning comprises the first air-conditioning body, is arranged on the first detecting unit on described the first air-conditioning body, and the first wireless communication module being connected with described the first detecting unit, described method comprises:
By the second wireless communication module on described the first wireless communication module and the second air-conditioning, set up the communication connection between described the first air-conditioning and described the second air-conditioning, described the second air-conditioning is to have and the second detecting unit of described the second wireless communication module connection the air-conditioning in the second space different with described the first space;
Detect in described the first space whether have at least one first user by described the first detecting unit, obtain the first testing result;
There is not described at least one first user within described the first testing result shows described the first space time, described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, and described the second testing result is used for characterizing in described the second air-conditioning place second space whether have at least one second user;
Described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
Can find out by foregoing, by connecting between the first air-conditioning and the second air-conditioning, at the first detection of air-conditioning when whether there is not user in the first space, the first air-conditioning place, receive the second detection of air-conditioning to the second air-conditioning place second space in whether there is the second testing result of user, then based on described the second testing result, the present mode of described the first air-conditioning is adjusted into the match pattern corresponding with described the second testing result, as: in the time that the second testing result shows not have user in second space, the present mode of the first air-conditioning is adjusted into " shut " mode", and in the time that the second testing result shows there is user in second space, the present mode of the first air-conditioning is adjusted into standby mode, visible, the application's technical scheme efficiently solves the air-conditioning existing in prior art can only by detecting in room, air-conditioning place whether have people, start or close the technical problem of air-conditioning, network by multiple air-conditionings, realize air-conditioning according to the technique effect of the operational mode of the selection air-conditioning of the user state information intelligence in multiple rooms.
Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that the specific features in the embodiment of the present application and embodiment is the detailed explanation to present techniques scheme, rather than restriction to present techniques scheme, in the situation that not conflicting, the technical characterictic in the embodiment of the present application and embodiment can combine mutually.
Embodiment mono-
A kind of information processing method is provided in embodiment mono-, be applied in the first air-conditioning in the first space, described the first air-conditioning comprises the first air-conditioning body, be arranged on the first detecting unit on described the first air-conditioning body, and the first wireless communication module being connected with described the first detecting unit, please refer to Fig. 1, described method comprises:
S1: by the second wireless communication module on described the first wireless communication module and the second air-conditioning, set up the communication connection between described the first air-conditioning and described the second air-conditioning, described the second air-conditioning is to have and the second detecting unit of described the second wireless communication module connection the air-conditioning in the second space different with described the first space.
S2: detect in described the first space whether have at least one first user by described the first detecting unit, obtain the first testing result.
S3: there is not described at least one first user within described the first testing result shows described the first space time, described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, and described the second testing result is used for characterizing in described the second air-conditioning place second space whether have at least one second user.
S4: described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
In specific implementation process, described the first air-conditioning and the second air-conditioning can be central air-conditioning, cabinet air-conditioner, hanging air conditioner etc., and the application does not limit this.
Next, so that being installed, the second air-conditioning of being arranged on first air-conditioning in parlor in user a family and be arranged on study method in the embodiment of the present application is described as example.Wherein, the first air-conditioning can be cabinet air-conditioner, and the second air-conditioning can hanging air conditioner.
First, on the first air-conditioning and the second air-conditioning, wireless communication module is all installed, makes can carry out transfer of data between the first air-conditioning and the second air-conditioning.In step S1, set up the communication connection between the first air-conditioning and the second air-conditioning by the wireless communication module on the first air-conditioning and the second air-conditioning, make to set up a communication connection between the air-conditioning in parlor and the air-conditioning in study.
In specific implementation process, two air-conditionings can directly communicate by the wireless communication module on air-conditioning, also can be by the electronic equipment being connected with two air-conditionings, as: cloud server or mobile electronic device communicate, take cloud server as example, a solicited message is sent to cloud server by the first air-conditioning, then, be forwarded to the second air-conditioning by cloud server, certainly, can also adopt other implementations, the embodiment of the present application does not limit.
Next,, in step S2, the first air-conditioning detects to obtain in the first space, the first air-conditioning place whether have at least one user by the first detecting unit being arranged on the first air-conditioning, obtains the first testing result.
Concrete, the first detecting unit can be camera, can be also infrared detecting device, the application does not limit this.
Take the first space as the parlor of user a family as example, the air-conditioning of supposing parlor is current in operational mode, and user a is just being sitting on the sofa in parlor and is seeing TV, the first testing result that the first detection of air-conditioning obtains is: in the first space, have at least one user, at a time, user a stands up to move towards study reading, now nobody in parlor, and the first testing result that the first detection of air-conditioning obtains is: in the first space, do not have at least one user.
In the first testing result be: while there is not at least one user in the first space, execution step S3, receives one for characterizing the second testing result that whether has at least one the second user in the second air-conditioning place second space.
First, the first air-conditioning sends the detection request that whether has user in the second space at a request detection second air-conditioning place to the second air-conditioning, and then, the second air-conditioning obtains after the second testing result detecting, and this second testing result is sent to the first air-conditioning.
Next, continue to use the example in above-mentioned parlor and study, to step, S3 describes.
Concrete, when there is not user in parlor in the detection of air-conditioning in parlor, and the air-conditioning in study sends the detection request that whether has user in a request detection study, and receives the testing result that in study, air-conditioning returns.
Concrete, the first air-conditioning sends the request of detection can two kinds of situations.
The first:
The first air-conditioning is detecting while there is not user in parlor, sends the request of detection immediately to the second air-conditioning in study.
The second:
The frequent starting of the air-conditioning causing for fear of user's frequent turnover or close, the first air-conditioning is detecting in parlor in the time that one continues not have user in duration, and in the time that this lasting duration is greater than a duration threshold value, ability sends to the second air-conditioning in study the request of detection.
Concrete, duration threshold value can arrange according to user's custom, can be: 10 minutes or 15 minutes, the application did not limit this.
As: suppose that duration threshold value is 10 minutes, when the first detection of air-conditioning does not exist user to parlor in inherent 10 minutes, just send to the second air-conditioning in study the request of detection.
In the embodiment of the present application, after obtaining the second testing result, execution step S4, the first air-conditioning, based on described the second testing result, is adjusted into the match pattern corresponding with the second testing result by the present mode of the first air-conditioning.
In the embodiment of the present application, the corresponding relation of the second testing result and match pattern, please refer to table 1, in actual applications, is not limited to the corresponded manner in table 1.
| The second testing result | Match pattern |
| In second space, there is not user | The present mode of the first air-conditioning is operational mode, is adjusted into " shut " mode" |
| In second space, there is user | The present mode of the first air-conditioning is operational mode, is adjusted into standby mode |
Table 1
Concrete, continuing to use the first space is parlor, the example that second space is study, as: user a has come into study from parlor, be in second space, to have user, for in using electricity wisely, can start fast air-conditioning next time, the present mode of the first air-conditioning is adjusted into standby mode from operational mode, or user a gos out and goes out for a walk in the park, in second space, there is not user yet, for using electricity wisely, the present mode of the first air-conditioning is adjusted into " shut " mode" from operational mode.
Next, continue to use the example that the first space is the parlor of user a family, suppose that the air-conditioning in parlor is current in " shut " mode" or standby mode, at the first detection of air-conditioning when there is user in parlor, start described the first air-conditioning body, make described present mode in operational mode.
As: user a just reads a book on the sofa in parlor, the first testing result that the first detection of air-conditioning obtains is: in the first space, have at least one user, or the friend of user a and user a just plays chess in parlor, the first testing result that the first detection of air-conditioning obtains is: at least one user of existence the first space in.The first air-conditioning can be adjusted into operational mode from " shut " mode" or standby mode by present mode.
Further, current in operational mode at the first air-conditioning, and detect in parlor that while there is at least one user, the first air-conditioning maintains current operational mode.
In the embodiment of the present application, in order to make air-conditioning more intelligent, can also adjust the present mode of the second air-conditioning by the first air-conditioning, concrete, there are following two kinds of situations.
The first situation, show not exist in second space at least one second user in the second testing result, and the second air-conditioning is in the time of operational mode, send a closing control instruction by the first wireless communication module to the second wireless communication module, so that the second air-conditioning is by carrying out after closing control instruction, can be in " shut " mode", wherein, the second user can be user a, can be also user b, and the application does not limit this.
Next, continuing to use the first space is parlor, and the example that second space is study, describes the first situation.
Concrete, in study, do not have user, and air-conditioning in study is in the time of operational mode, for using electricity wisely, in parlor, air-conditioning sends a closing control instruction to the air-conditioning in study, so that the air-conditioning in study can be in " shut " mode".
The second situation, show to exist in second space at least one second user in the second testing result, and the second air-conditioning is in the time of " shut " mode" or standby mode, send one by the first wireless communication module to the second wireless communication module and open control instruction, so that the second air-conditioning opens after control instruction by execution, can be in operational mode.
Next, continuing to use the first space is parlor, and the example that second space is study, describes the second situation.
Concrete, in study, there is user, as: user a reads a book in study, and air-conditioning in study is in the time of " shut " mode" or standby mode, and, air-conditioning sends a unlatching control instruction to the air-conditioning in study in the parlor in, so that the air-conditioning in study can be in operational mode.
Embodiment bis-
Based on same inventive concept, the embodiment of the present application also provides a kind of the first air-conditioning, please refer to Fig. 2, described the first air-conditioning is in the first space, described the first air-conditioning comprises the first air-conditioning body 1, be arranged on the first detecting unit 2 on described the first air-conditioning body 1, and the first wireless communication module 3 being connected with described the first detecting unit 2, described the first wireless communication module 3 for the second air-conditioning on the second wireless communication module, set up the communication connection between described the first air-conditioning and described the second air-conditioning, described the second air-conditioning is to have and the second detecting unit of described the second wireless communication module connection the air-conditioning in the second space different with described the first space,
Described the first detecting unit 2, for detection of whether having at least one first user in described the first space, obtains the first testing result;
In described the first wireless communication module 3 also for there is not described at least one first user within described the first testing result shows described the first space time, defeated next the second testing result obtaining via described the second detecting unit detection of described the second wireless communication module that receives described the second air-conditioning, described the second testing result is used for characterizing in described the second air-conditioning place second space whether have at least one second user;
Described air-conditioning also comprises: microprocessor 4, be arranged on described the first air-conditioning body 1, and for based on described the second testing result, the present mode of described the first air-conditioning is adjusted into the match pattern corresponding with described the second testing result.
Optionally, described the first detecting unit 2 is also for detection of the lasting duration that does not have described at least one first user in described the first space;
Described microprocessor 4, also in the time that described lasting duration is greater than a duration threshold value, in described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
Optionally, described microprocessor 4 when showing in described the second testing result not have described at least one second user in described second space, is adjusted into " shut " mode" by the present mode of described the first air-conditioning; Or
In the time that described the second testing result shows in described second space to have described at least one second user, the present mode of described the first air-conditioning is adjusted into standby mode.
Optionally, also for there is described at least one first user within described the first testing result shows described the first space in described microprocessor 4, and the present mode of described the first air-conditioning is in the time of " shut " mode" or standby mode, start described the first air-conditioning body 1, make described present mode in operational mode.
Optionally, also for there is described at least one first user within described the first testing result shows described the first space in described microprocessor 4, and the present mode of described the first air-conditioning, in the time of operational mode, is controlled described the first air-conditioning body 1 and is remained on described operational mode.
Optionally, also in described second space, there is not described at least one second user for showing in described the second testing result in described the first wireless communication module 3, and described the second air-conditioning is in the time of operational mode, send a closing control instruction to described the second wireless communication module, so that described the second air-conditioning is by carrying out after described closing control instruction, can be in " shut " mode".
Optionally, described the first wireless communication module 3 is also for showing described at least one second user of existence in described second space in described the second testing result, and described the second air-conditioning is in the time of " shut " mode" or standby mode, send one by described the first wireless communication module 3 to described the second wireless communication module and open control instruction, so that described the second air-conditioning is by carrying out after described unlatching control instruction, can be in operational mode.
Technical scheme in above-mentioned the embodiment of the present application, at least has following technique effect or advantage:
1, in the application's technical scheme, by connecting between the first air-conditioning and the second air-conditioning, at the first detection of air-conditioning when whether there is not user in the first space, the first air-conditioning place, receive the second detection of air-conditioning to the second air-conditioning place second space in whether there is the second testing result of user, then based on described the second testing result, the present mode of described the first air-conditioning is adjusted into the match pattern corresponding with described the second testing result, as: in the time that the second testing result shows not have user in second space, the present mode of the first air-conditioning is adjusted into " shut " mode", and in the time that the second testing result shows there is user in second space, the present mode of the first air-conditioning is adjusted into standby mode, visible, the application's technical scheme efficiently solves the air-conditioning existing in prior art can only by detecting in room, air-conditioning place whether have people, start or close the technical problem of air-conditioning, network by multiple air-conditionings, realize air-conditioning according to the technique effect of the operational mode of the selection air-conditioning of the user state information intelligence in multiple rooms.
2, in the application's technical scheme, there is not at least one user within the first testing result shows the first space time, by detecting the lasting duration that does not have at least one user in the first space, in the time that lasting duration is greater than a duration threshold value, just the present mode of the first air-conditioning is adjusted into the match pattern corresponding with the second testing result, and then the air-conditioning frequent starting that user's frequent turnover causes or the problem of closing, the service life of the air-conditioning of prolongation are avoided.
3, in the application's technical scheme, the first air-conditioning is receiving after the second testing result of the second air-conditioning transmission, in self pattern being adjusted based on the second testing result, based on this second testing result, the pattern of the second air-conditioning is adjusted, make air-conditioning more intelligent.
Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.
Claims (14)
1. an information processing method, be applied in the first air-conditioning in the first space, described the first air-conditioning comprises the first air-conditioning body, be arranged on the first detecting unit on described the first air-conditioning body, and the first wireless communication module being connected with described the first detecting unit, it is characterized in that, described method comprises:
By the second wireless communication module on described the first wireless communication module and the second air-conditioning, set up the communication connection between described the first air-conditioning and described the second air-conditioning, described the second air-conditioning is to have and the second detecting unit of described the second wireless communication module connection the air-conditioning in the second space different with described the first space;
Detect in described the first space whether have at least one first user by described the first detecting unit, obtain the first testing result;
There is not described at least one first user within described the first testing result shows described the first space time, described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, and described the second testing result is used for characterizing in described the second air-conditioning place second space whether have at least one second user;
Described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
2. the method for claim 1, is characterized in that, described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning, specifically comprises:
Described the first detecting unit detects the lasting duration that does not have described at least one first user in described the first space;
In the time that described lasting duration is greater than a duration threshold value, described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
3. method as claimed in claim 1 or 2, is characterized in that, described the first air-conditioning body, based on described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning, is specially:
In the time that described the second testing result shows not exist in described second space described at least one second user, the present mode of described the first air-conditioning is adjusted into " shut " mode" by described the first air-conditioning body; Or
In the time that described the second testing result shows in described second space to have described at least one second user, the present mode of described the first air-conditioning is adjusted into standby mode by described the first air-conditioning body.
4. the method for claim 1, is characterized in that, detects in described the first space whether have at least one first user described by described the first detecting unit, and after obtaining the first testing result, described method also comprises:
Within described the first testing result shows described the first space, have described at least one first user, and the present mode of described the first air-conditioning is in the time of " shut " mode" or standby mode, starts described the first air-conditioning body, makes described present mode in operational mode.
5. the method for claim 1, is characterized in that, detects in described the first space whether have at least one first user described by described the first detecting unit, and after obtaining the first testing result, described method also comprises:
Within described the first testing result shows described the first space, have described at least one first user, and the present mode of described the first air-conditioning is in the time of operational mode, controls described the first air-conditioning body and remains on described operational mode.
6. the method as described in arbitrary claim in claim 1-5, it is characterized in that, after described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, described method also comprises:
Show not exist in described second space described at least one second user in described the second testing result, and described the second air-conditioning is in the time of operational mode, send a closing control instruction by described the first wireless communication module to described the second wireless communication module, so that described the second air-conditioning is by carrying out after described closing control instruction, can be in " shut " mode".
7. the method as described in arbitrary claim in claim 1-5, it is characterized in that, after described the first wireless communication module receives defeated next second testing result obtaining via described the second detecting unit detection of described the second wireless communication module of described the second air-conditioning, described method also comprises:
Show described at least one second user of existence in described second space in described the second testing result, and described the second air-conditioning is in the time of " shut " mode" or standby mode, send one by described the first wireless communication module to described the second wireless communication module and open control instruction, so that described the second air-conditioning is by carrying out after described unlatching control instruction, can be in operational mode.
8. an air-conditioning, described the first air-conditioning is in the first space, described the first air-conditioning comprises the first air-conditioning body, be arranged on the first detecting unit on described the first air-conditioning body, and the first wireless communication module being connected with described the first detecting unit, it is characterized in that, described the first wireless communication module for the second air-conditioning on the second wireless communication module, set up the communication connection between described the first air-conditioning and described the second air-conditioning, described the second air-conditioning is to have and the second detecting unit of described the second wireless communication module connection the air-conditioning in the second space different with described the first space,
Described the first detecting unit, for detection of whether having at least one first user in described the first space, obtains the first testing result;
In described the first wireless communication module also for there is not described at least one first user within described the first testing result shows described the first space time, defeated next the second testing result obtaining via described the second detecting unit detection of described the second wireless communication module that receives described the second air-conditioning, described the second testing result is used for characterizing in described the second air-conditioning place second space whether have at least one second user;
Described air-conditioning also comprises: microprocessor, be arranged on described the first air-conditioning body, and for based on described the second testing result, the present mode of described the first air-conditioning is adjusted into the match pattern corresponding with described the second testing result.
9. the first air-conditioning as claimed in claim 8, is characterized in that, described the first detecting unit is also for detection of the lasting duration that does not have described at least one first user in described the first space;
Described microprocessor, also in the time that described lasting duration is greater than a duration threshold value, in described the second testing result, is adjusted into the match pattern corresponding with described the second testing result by the present mode of described the first air-conditioning.
10. the first air-conditioning as claimed in claim 8 or 9, it is characterized in that, described microprocessor when showing in described the second testing result not have described at least one second user in described second space, is adjusted into " shut " mode" by the present mode of described the first air-conditioning; Or
In the time that described the second testing result shows in described second space to have described at least one second user, the present mode of described the first air-conditioning is adjusted into standby mode.
11. the first air-conditionings as claimed in claim 8, it is characterized in that, also for there is described at least one first user within described the first testing result shows described the first space in described microprocessor, and the present mode of described the first air-conditioning is in the time of " shut " mode" or standby mode, start described the first air-conditioning body, make described present mode in operational mode.
12. the first air-conditionings as claimed in claim 8, it is characterized in that, also for there is described at least one first user within described the first testing result shows described the first space in described microprocessor, and the present mode of described the first air-conditioning, in the time of operational mode, is controlled described the first air-conditioning body and is remained on described operational mode.
13. the first air-conditionings as described in arbitrary claim in claim 8-12, it is characterized in that, also in described second space, there is not described at least one second user for showing in described the second testing result in described the first wireless communication module, and described the second air-conditioning is in the time of operational mode, send a closing control instruction to described the second wireless communication module, so that described the second air-conditioning is by carrying out after described closing control instruction, can be in " shut " mode".
14. the first air-conditionings as described in arbitrary claim in claim 8-12, it is characterized in that, described the first wireless communication module is also for showing described at least one second user of existence in described second space in described the second testing result, and described the second air-conditioning is in the time of " shut " mode" or standby mode, send one by described the first wireless communication module to described the second wireless communication module and open control instruction, so that described the second air-conditioning is by carrying out after described unlatching control instruction, can be in operational mode.
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