CN103900210A - Air conditioner and remote scheduled starting method thereof - Google Patents
Air conditioner and remote scheduled starting method thereof Download PDFInfo
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- CN103900210A CN103900210A CN201410114257.XA CN201410114257A CN103900210A CN 103900210 A CN103900210 A CN 103900210A CN 201410114257 A CN201410114257 A CN 201410114257A CN 103900210 A CN103900210 A CN 103900210A
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Abstract
The invention provides an air conditioner and a remote scheduled starting method thereof and aims to solve the technical problem that the air conditioner cannot be remotely started as scheduled in the prior art and to achieve the technical effect of remotely starting the air conditioner as scheduled. The method includes: receiving first scheduled time information through an information receiving module; determining starting time of an air conditioner according to the first scheduled time information; starting the air conditioner if the current time is the starting time. The first scheduled time information is transmitted by an electronic device in communication connection with the air conditioner or by a server in a network connected with the air conditioner. The invention further provides the air conditioner employing the method.
Description
Technical field
The present invention relates to electronic technology field, relate in particular to a kind of method and air-conditioning of remote reserved startup air-conditioning.
Background technology
Before 20th century, people are restraining oneself the heat in summer and the severe cold in winter, and the incomparable extravagant hope of people has one day can change indoor changes in temperature.1906, the appearance of air-conditioning realized people's dream for many years.
Air-conditioning, also claims air conditioning, refers to the artificial means of using, temperature to interior of building surrounding air, humidity, etc. the equipment that regulates of parameter.Nowadays, in our life, air-conditioning has become people's work and has lived one of indispensable electrical equipment.
Now, the method that we start air-conditioning generally has two kinds.The first, after power-on of air conditioner, the power knob that user clicks on air-conditioner body or air-conditioning remote control starts air-conditioning.Another kind, through development after a while, air-conditioning has possessed reservation start/shut-off function, and user by arranging subscription time and start or close air-conditioning on air-conditioner body or air-conditioning remote control.
But in the prior art, the prerequisite of reservation starting of air conditioner is user indoor or very near apart from air-conditioning in the situation that, when user is during away from air-conditioning, user just can not preengage startup air-conditioning when apart from 1km, and air-conditioning can not start intelligently.So there is the technical problem that air-conditioning can not remote reserved startup in prior art.
Summary of the invention
The application provides a kind of method and air-conditioning of remote reserved startup air-conditioning, in order to solve the technical problem that the air-conditioning that exists in prior art can not remote reserved startup, has realized the long-range technique effect that starts air-conditioning of also preengaging.
On the one hand, the application provides a kind of method of remote reserved startup air-conditioning, be applied to an air-conditioning, described air-conditioning comprises an air-conditioner body, for according to control instruction, by heating or freezing, temperature to described air-conditioning environment of living in regulates, information receiving module, is arranged in described air-conditioner body, and described method comprises:
Receive one by described information receiving module and set up with described air-conditioning the first subscription time information that has the server transmission in the electronic equipment of communication connection or network that described air-conditioning is connected;
Determine the start-up time of described air-conditioning based on described the first subscription time information;
In the time that current time is described start-up time, start described air-conditioning.
On the other hand, the application provides a kind of air-conditioning, comprising:
Air-conditioner body, for according to control instruction, by heating or freezing, regulates the temperature of described air-conditioning environment of living in;
Information receiving module, is arranged in described air-conditioner body, sets up the first subscription time information that has the electronic equipment of communication connection or the server of the network that described air-conditioning is connected to send for receiving one with described air-conditioning;
Microprocessor, is arranged in described air-conditioner body, is connected, for determine the start-up time of described air-conditioning based on described the first subscription time information with described information receiving module; In the time that current time is described start-up time, start described air-conditioning.
On the other hand, provide a kind of air-conditioning, having comprised:
Air-conditioner body, for according to control instruction, by heating or freezing, regulates the temperature of described air-conditioning environment of living in;
Information receiving module, sets up with described air-conditioning the first subscription time information that has the electronic equipment of communication connection or the server of the network that described air-conditioning is connected to send for receiving one;
Microprocessor, for determining the start-up time of described air-conditioning based on described the first subscription time information; In the time that current time is described start-up time, start described air-conditioning.
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, first receive one by described information receiving module and set up with described air-conditioning the first subscription time information that has the server transmission in the electronic equipment of communication connection or network that described air-conditioning is connected, then determine the start-up time of described air-conditioning based on described the first subscription time information, finally in the time that current time is described start-up time, start described air-conditioning, solve the technical problem that the air-conditioning that exists in prior art can not remote reserved startup, realize by electronic equipment or the long-range technique effect that starts air-conditioning of also preengaging of server.
Accompanying drawing explanation
Fig. 1 is the method flow diagram of the remote activation air-conditioning in the embodiment of the present application one;
Fig. 2 is the air conditioner structure schematic diagram in the embodiment of the present application two.
The specific embodiment
The application provides a kind of method and air-conditioning of remote reserved startup air-conditioning, in order to solve the technical problem that the air-conditioning that exists in prior art can not remote reserved startup, has realized the long-range technique effect that starts air-conditioning of also preengaging.
In order to address the above problem, the technical scheme general thought that the application provides is as follows:
Receive one by described information receiving module and set up with described air-conditioning the first subscription time information that has the server transmission in the electronic equipment of communication connection or network that described air-conditioning is connected;
Determine the start-up time of described air-conditioning based on described the first subscription time information;
In the time that current time is described start-up time, start described air-conditioning.
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-:
Before introducing the method for the embodiment of the present application, first making a presentation the air-conditioning of the method application of the embodiment of the present application.Described air-conditioning comprises:
Air-conditioner body 1, for according to control instruction, by heating or freezing, regulates the temperature of described air-conditioning environment of living in;
Information receiving module 2, is arranged in described air-conditioner body 1, sets up the first subscription time information that has the electronic equipment of communication connection or the server of the network that described air-conditioning is connected to send for receiving one with described air-conditioning;
, please refer to Fig. 1 below, the method for the remote reserved startup air-conditioning in the embodiment of the present application one comprises:
S1: receive one by described information receiving module and set up with described air-conditioning the first subscription time information that has the server transmission in the electronic equipment of communication connection or network that described air-conditioning is connected.
Specifically, in the embodiment of the present application, the first subscription time can be that user initiatively sends, can be also air conditioner intelligent obtain some information, thereby obtain the first subscription time, below these two kinds of modes are introduced.
The first: air-conditioning is preengage automatically
If the situation of air-conditioning reservation, air-conditioning just needs to gather or obtain some information about user so, as user normally 18:30 get home, or user's ordinary practice was opened air-conditioning in 11 o'clock, the geographical position that user is present etc., take user's geography information as example is introduced, in specific implementation process, be not limited to automatically preengage by geography information below.Be specially:
Described information receiving module receive that described electronic equipment or described server send for characterizing first geography information in described electronic equipment geographical position;
Determine according to described the first geography information described the first subscription time information that obtains.
First, the first geography information of the locating module consumer positioning in electronic equipment, the first geography information comprises geographical position and translational speed.If electronic equipment and air-conditioning can directly establish a communications link, air-conditioning can directly send to electronic equipment the request that obtains the first geography information so, and electronic equipment is sent to air-conditioning by the first geography information after receiving request.If electronic equipment can not directly be connected with air-conditioning, air-conditioning can first send to request the server in the network of place so, server is sent to electronic equipment by the request that obtains the first geography information again, electronic equipment is sent to the first geography information after server, and server feeds back to air-conditioning by the first geography information again.
The first geography information that for example air-conditioning is received shows that user is now apart from air-conditioning 3 kms, and average translational speed is 300m per minute, and air-conditioning calculating acquisition user gets home greatly after 10min so, and then determines that the first subscription time information is current time; Or on average translational speed is 90m per minute, air-conditioning calculating acquisition user gets home greatly after 33min so, after determining 10 minutes that the first subscription time information is current time so.
The first: the passive reservation of air-conditioning
In the time that user is initiatively sent to air-conditioning by the subscription time of own needs, air-conditioning is exactly passive reservation.The first subscription time is now: the first selection information corresponding to selection operation that the user that described electronic equipment or described server send carries out for very first time option, the second time option, the 3rd time option and the 4th time option on described electronic equipment.
That is to say, in the time that user needs oneself to preengage starting of air conditioner, there will be very first time option, the second time option, the 3rd time option and the 4th time option at user's interface of electronic equipment, these four time options different subscription time of correspondence respectively, for example very first time option is that " after 10 minutes, getting home ", the second time option are that " getting home after 20 minutes " the 3rd time option is that " getting home after 30 minutes " the 4th time option is " after more than 30 minutes, getting home; the concrete time please be inputted ", or the time in fact, just differ here and one given an example.These four time options can be that user is before preengaging, on the server of air-conditioning place network, download can with the reservation software of air conditioner for matching oneself using in option, can be that user directly downloads from air-conditioning microprocessor, the application do concrete restriction yet.
See after four time options user, select a time option according to oneself needs and custom, and the option of oneself is directly sent or is sent to air-conditioning by server.
S2: the start-up time of determining described air-conditioning based on described the first subscription time information.
Due in specific implementation process, air-conditioning is determined need to consider some factors start-up time, such as room temperature, power etc., so, just there are three kinds of possibilities:
1) based on described the first subscription time information, determine early than the very first time of the first subscription time be described start-up time.
For example, air-conditioning is determined after starting 20 minutes needs to reach 26 degree, but room temperature is now 30 degree, and dropping to 26 degree needs 20 minutes, but the first subscription time of user is 17:00, and current time 16:00 so just determines that be 16:50 start-up time.
2), based on described the first subscription time information, determine that described the first subscription time is described start-up time.
In this case, namely no matter the user's first reservation is any situation, and air-conditioning is strict implement user's selection all, determines that the first subscription time is exactly start-up time.
3), based on described the first subscription time information, definite the second time that is later than described the first subscription time is described start-up time.
For example, the first subscription time of user is current time, but current room temperature is 26 degree, is pleasant temperature, and air-conditioning be in order to reduce power consumption so, after being just defined as to 10 minutes of current time start-up time.
Determining after start-up time, just air-conditioning can be started below.In the embodiment of the present application, also need to determine the target temperature value after air starting, specifically comprise:
The first temperature value that judges described air-conditioning environment of living in whether is more than or equal to first threshold and whether the second outdoor temperature value is more than or equal to Second Threshold, obtains the first judged result;
When described the first judged result is when being, determine and start described air-conditioning, determine simultaneously by heat or freeze after to need the temperature value reaching be first object temperature value.
Or judge whether described the first temperature value is less than or equal to the 3rd threshold value and whether described the second temperature value is less than or equal to described the 3rd threshold value, obtain the second judged result;
When described the second judged result is when being, determine and start described air-conditioning, determine by heating or the temperature value that need to reach that freezes is the second target temperature value that is different from described first object temperature value simultaneously.
Specifically,, in the time that user can not target setting temperature value, air-conditioning can be determined target temperature value automatically according to the current temperature value of own residing environment.For the above-mentioned process of automatically determining target temperature value is described, to illustrate with concrete numeral below, but, in specific implementation process, be that first object temperature value, the second target temperature value or the first temperature value etc. are all not limited to the numeral in following example.
Suppose to be provided with when outdoor temperature >=26 degree, and indoor temperature >=26 are while spending, the target temperature value after Lookup protocol reservation starts is 26 degree; When outdoor temperature≤21 degree, and indoor temperature≤22 are while spending, and the target temperature value 20 after Lookup protocol reservation starts is spent.In such setting, first and second threshold value is 26 degree, and first object temperature value is 26 degree, and the 3rd threshold value is 21 degree, and the 4th threshold value is 22 degree, and the second target temperature value is 20 degree.Arranging like this can be to be built in air-conditioning, air-conditioning oneself just can be determined target temperature value after having obtained indoor and outdoor temperature, can be also that setting is uploaded onto the server, like this, indoor and outdoor temperature is sent to server by air-conditioning, determined and returned to target temperature value by server.
Suppose that the first temperature value is now 30 degree, the second target temperature value is 32 degree, determines that so target location value is that the first temperature value 26 is spent; If now the first temperature value is 16 degree, the second target temperature value is 19 degree, determines that so target location value is that the second temperature value 20 is spent.
Certainly, user also can be sent in the lump air-conditioning or server by own Offered target temperature value in the first subscription time information of transmission, and the application does not do concrete restriction.
Further, when air-conditioning is about to start, air-conditioning can be sent to electronic equipment or server by the first information that is about to start, to notify user, user can receive after the first information so, in conjunction with the actual conditions of oneself, returns to the first confirmation and represents oneself to confirm to start air-conditioning.Certainly, when user need to, in the time starting air-conditioning, also can not feed back the first changed information and cancel or change start-up time.
Below, execution step S3.
S3: in the time that current time is described start-up time, start described air-conditioning.
There is multiple option during for passive reservation due to air-conditioning, so, have differently for the Starting mode of multiple option, will be bright specifically below:
1), based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is in described very first time section, described air-conditioning starts with high-power mode.
2), based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is within the second time period, described air-conditioning starts with energy saver mode;
In the time that enter in the described very first time section running time, described air-conditioning switches to described high-power mode from described energy saver mode.
3), based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 3rd time period, described air-conditioning starts with described energy saver mode;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
4), based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 4th time period, described air-conditioning started with energy saver mode in described start-up time;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
When receiving after the first confirmation, illustrate that user confirms now to start air-conditioning, air-conditioning starts according to the first object temperature of confirming or the second temperature value so.
For convenience of description, we suppose that the first subscription time t of user is above-mentioned very first time option and illustrates for example for " get home after more than 30 minutes, specifically the time please be inputted " for " getting home after 30 minutes " and the 4th time option for " getting home after 20 minutes " the 3rd time option for " getting home after 10 minutes ", the second time option.And very first time section is 0≤t≤10, the second time period was 10<t≤20, and the 3rd time period was 20<t≤30, and the 4th time period was t>30.
1) suppose that user has selected very first time option, air-conditioning is for can be after 10 minutes so, and user has a pleasant temperature time family, so just starts and heats rapidly or freeze with high-power mode.
2) suppose that user has selected the second time option, the first subscription time is within the second time period so, air-conditioning is for can be after 20 minutes so, when being user to family, there is a pleasant temperature, and can be fully energy-conservation, in the time that running time of air-conditioning is within the second time period, move with energy saver mode so, after entering in the very first time section running time, just heat rapidly or freeze with high-power mode.Namely in first 10 points of air-conditioning with energy saver mode operation, within latter 10 minutes, move with high-power mode.
2) suppose that user has selected the 3rd time option, the first subscription time is within the 3rd time period so, air-conditioning is for can be after 30 minutes so, when being user to family, there is a pleasant temperature, and can be fully energy-conservation, in the time that running time of air-conditioning is within the 3rd time period, move with energy saver mode so, after entering in the second time period running time, just heat rapidly or freeze with high-power mode.Namely in first 10 points of air-conditioning with energy saver mode operation, within latter 20 minutes, move with high-power mode.
4) suppose that user has selected the 4th time option, the first subscription time is within the 4th time period so, and user got home after 35 minutes input time, air-conditioning is for can be after 35 minutes so, when being user to family, there is a pleasant temperature, and can be fully energy-conservation, countdown 5 minutes on user's electronic equipment so, electronic equipment or directly or send enabled instruction by server wants air-conditioning and start air-conditioning after countdown finishes, so in the time that running time of air-conditioning is within the 3rd time period, move with energy saver mode, after entering in the second time period running time, just heat rapidly or freeze with high-power mode.Namely in first 10 points of air-conditioning with energy saver mode operation, within latter 20 minutes, move with high-power mode.
Embodiment bis-:
Please refer to Fig. 2, the present embodiment provides a kind of air-conditioning, and described air-conditioning comprises:
Air-conditioner body 1, for according to control instruction, by heating or freezing, regulates the temperature of described air-conditioning environment of living in;
In the embodiment of the present application, information receiving module 2 specifically for:
Receive that described electronic equipment or described server send for characterizing first geography information in described electronic equipment geographical position;
Based on described the first subscription time information, determine early than the very first time of the first subscription time be described start-up time; Or
Based on described the first subscription time information, determine that described the first subscription time is described start-up time; Or
Based on described the first subscription time information, definite the second time that is later than described the first subscription time is described start-up time.
Described in the time that current time is described start-up time, before starting described air-conditioning, the first temperature value that judges described air-conditioning environment of living in whether is more than or equal to first threshold and whether the second outdoor temperature value is more than or equal to Second Threshold, obtains the first judged result;
When described the first judged result is when being, determine and start described air-conditioning, determine simultaneously by heat or freeze after to need the temperature value reaching be first object temperature value.
Or described in the time that current time is described start-up time, before starting described air-conditioning, judge whether described the first temperature value is less than or equal to the 3rd threshold value and whether described the second temperature value is less than or equal to described the 3rd threshold value, obtain the second judged result;
When described the second judged result is when being, determine and start described air-conditioning, determine by heating or the temperature value that need to reach that freezes is the second target temperature value that is different from described first object temperature value simultaneously.
Further, the air-conditioning in the embodiment of the present application also comprises:
Information sending module, is arranged in described air-conditioner body 1, is connected with described microprocessor 3, for before the described air-conditioning of described definite startup, sends the described air-conditioning of sign by the first information starting to described electronic equipment or described server;
The first confirmation that described information receiving module 2 also sends based on the described first information for receiving described electronic equipment or described server.
Further, microprocessor 3 specifically for:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is in described very first time section, described air-conditioning starts with high-power mode.
Or based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is within the second time period, described air-conditioning starts with energy saver mode;
In the time that enter in the described very first time section running time, described air-conditioning switches to described high-power mode from described energy saver mode.
Or based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 3rd time period, described air-conditioning starts with described energy saver mode;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
Or based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 4th time period, described air-conditioning started with energy saver mode in described start-up time;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
Due to the present embodiment two with embodiment mono-based on same inventive concept, therefore repeat part and just repeated no longer one by one.
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 (22)
1. the method for a remote reserved startup air-conditioning, be applied to an air-conditioning, described air-conditioning comprises an air-conditioner body, for according to control instruction, by heating or freezing, the temperature of described air-conditioning environment of living in is regulated, it is characterized in that, information receiving module, is arranged in described air-conditioner body, and described method comprises:
Receive one by described information receiving module and set up with described air-conditioning the first subscription time information that has the server transmission in the electronic equipment of communication connection or network that described air-conditioning is connected;
Determine the start-up time of described air-conditioning based on described the first subscription time information;
In the time that current time is described start-up time, start described air-conditioning.
2. the method for claim 1, it is characterized in that, describedly receive one by described information receiving module and set up with described air-conditioning the first subscription time information that has the server transmission in the electronic equipment of communication connection or network that described air-conditioning is connected, be specially:
Described information receiving module receive that described electronic equipment or described server send for characterizing first geography information in described electronic equipment geographical position;
Determine according to described the first geography information described the first subscription time information that obtains.
3. the method for claim 1, is characterized in that, described the first subscription information is specially:
The first selection information corresponding to selection operation that the user that described electronic equipment or described server send carries out for very first time option, the second time option, the 3rd time option and the 4th time option on described electronic equipment.
4. method as claimed in claim 2 or claim 3, is characterized in that, the described start-up time of determining described air-conditioning based on described the first subscription time information, is specially:
Based on described the first subscription time information, determine early than the very first time of the first subscription time be described start-up time; Or
Based on described the first subscription time information, determine that described the first subscription time is described start-up time; Or
Based on described the first subscription time information, definite the second time that is later than described the first subscription time is described start-up time.
5. method as claimed in claim 4, is characterized in that, described, in the time that current time is described start-up time, before starting described air-conditioning, described method also comprises:
The first temperature value that judges described air-conditioning environment of living in whether is more than or equal to first threshold and whether the second outdoor temperature value is more than or equal to Second Threshold, obtains the first judged result;
When described the first judged result is when being, determine and start described air-conditioning, determine simultaneously by heat or freeze after to need the temperature value reaching be first object temperature value.
6. method as claimed in claim 4, is characterized in that, described, in the time that current time is described start-up time, before starting described air-conditioning, described method also comprises:
Judge whether described the first temperature value is less than or equal to the 3rd threshold value and whether described the second temperature value is less than or equal to described the 3rd threshold value, obtain the second judged result;
When described the second judged result is when being, determine and start described air-conditioning, determine by heating or the temperature value that need to reach that freezes is the second target temperature value that is different from described first object temperature value simultaneously.
7. the method as described in claim as arbitrary in claim 5 or 6, is characterized in that, before the described air-conditioning of described definite startup, described method also comprises:
Send the described air-conditioning of sign by the first information starting to described electronic equipment or described server;
Receive the first confirmation that described electronic equipment or described server send based on the described first information.
8. method as claimed in claim 7, is characterized in that, described in the time that current time is described start-up time, starts described air-conditioning, is specially:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is in described very first time section, described air-conditioning starts with high-power mode.
9. method as claimed in claim 7, is characterized in that, described in the time that current time is described start-up time, starts described air-conditioning, is specially:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is within the second time period, described air-conditioning starts with energy saver mode;
In the time that enter in the described very first time section running time, described air-conditioning switches to described high-power mode from described energy saver mode.
10. method as claimed in claim 7, is characterized in that, described in the time that current time is described start-up time, starts described air-conditioning, is specially:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 3rd time period, described air-conditioning starts with described energy saver mode;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
11. methods as claimed in claim 7, is characterized in that, described in the time that current time is described start-up time, start described air-conditioning, are specially:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 4th time period, described air-conditioning started with energy saver mode in described start-up time;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
12. 1 kinds of air-conditionings, is characterized in that, comprising:
Air-conditioner body, for according to control instruction, by heating or freezing, regulates the temperature of described air-conditioning environment of living in;
Information receiving module, is arranged in described air-conditioner body, sets up the first subscription time information that has the electronic equipment of communication connection or the server of the network that described air-conditioning is connected to send for receiving one with described air-conditioning;
Microprocessor, is arranged in described air-conditioner body, is connected, for determine the start-up time of described air-conditioning based on described the first subscription time information with described information receiving module; In the time that current time is described start-up time, start described air-conditioning.
13. air-conditionings as claimed in claim 12, is characterized in that, described information receiving module specifically for:
Receive that described electronic equipment or described server send for characterizing first geography information in described electronic equipment geographical position;
Described microprocessor is specifically for determining described the first subscription time information that obtains according to described the first geography information.
14. air-conditionings as claimed in claim 12, is characterized in that, described the first subscription information is specially:
The first selection information corresponding to selection operation that the user that described electronic equipment or described server send carries out for very first time option, the second time option, the 3rd time option and the 4th time option on described electronic equipment.
15. air-conditionings as described in claim 13 or 14, is characterized in that, described microprocessor specifically for:
Based on described the first subscription time information, determine early than the very first time of the first subscription time be described start-up time; Or
Based on described the first subscription time information, determine that described the first subscription time is described start-up time; Or
Based on described the first subscription time information, definite the second time that is later than described the first subscription time is described start-up time.
16. air-conditionings as claimed in claim 15, is characterized in that, described microprocessor specifically also for:
Described in the time that current time is described start-up time, before starting described air-conditioning, the first temperature value that judges described air-conditioning environment of living in whether is more than or equal to first threshold and whether the second outdoor temperature value is more than or equal to Second Threshold, obtains the first judged result;
When described the first judged result is when being, determine and start described air-conditioning, determine simultaneously by heat or freeze after to need the temperature value reaching be first object temperature value.
17. air-conditionings as claimed in claim 15, is characterized in that, described microprocessor specifically also for:
In the time that current time is described start-up time, before starting described air-conditioning, judge whether described the first temperature value is less than or equal to described the 3rd threshold value and whether described the second temperature value is less than or equal to the 3rd threshold value described, obtain the second judged result;
When described the second judged result is when being, determine and start described air-conditioning, determine by heating or the temperature value that need to reach that freezes is the second target temperature value that is different from described first object temperature value simultaneously.
18. air-conditionings as described in claim 16 or 17, is characterized in that, described air-conditioning also comprises:
Information sending module, is arranged in described air-conditioner body, is connected with described microprocessor, for before the described air-conditioning of described definite startup, sends the described air-conditioning of sign by the first information starting to described electronic equipment or described server;
The first confirmation that described information receiving module also sends based on the described first information for receiving described electronic equipment or described server.
19. air-conditionings as claimed in claim 18, is characterized in that, described microprocessor specifically for:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is in described very first time section, described air-conditioning starts with high-power mode.
20. air-conditionings as claimed in claim 18, is characterized in that, described microprocessor specifically for:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time is within the second time period, described air-conditioning starts with energy saver mode;
In the time that enter in the described very first time section running time, described air-conditioning switches to described high-power mode from described energy saver mode.
21. air-conditionings as claimed in claim 18, is characterized in that, described microprocessor specifically for:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 3rd time period, described air-conditioning starts with described energy saver mode;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
22. air-conditionings as claimed in claim 18, is characterized in that, described microprocessor specifically for:
Based on described the first confirmation, start with described first object temperature value or described the second target temperature value;
In the time that described the first subscription time information is within the 4th time period, described air-conditioning started with energy saver mode in described start-up time;
In the time that enter in described the second time period described running time, described air-conditioning switches to described high-power mode from described energy saver mode.
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