CN103914973A - Method and system for infrared learning by using cloud server - Google Patents
Method and system for infrared learning by using cloud server Download PDFInfo
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- CN103914973A CN103914973A CN201410108942.1A CN201410108942A CN103914973A CN 103914973 A CN103914973 A CN 103914973A CN 201410108942 A CN201410108942 A CN 201410108942A CN 103914973 A CN103914973 A CN 103914973A
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Abstract
The invention provides a method and system for infrared learning by using a cloud server. The method comprises: step A, a user operation terminal sends an infrared learning instruction to a household appliance control device; step B, the household appliance control device receives the infrared learning instruction, performs infrared learning of a target infrared signal sent by a remote controller of the household appliance so as to obtain a target infrared code corresponding to the target infrared signal, and sends the target infrared code to the cloud server; step C, the cloud server matches the target infrared code according to a preset infrared matching rule based on a preset infrared code database so as to obtain an infrared code table of a remote controller with a corresponding model, and sends the infrared code table to the user operation terminal. According to the method and system of the invention, infrared code matching is completed in the cloud server, and matching of the target infrared code can be carried out by a complex calculation process and a huge quantity of remote controller infrared code resources, thereby providing more accurate results.
Description
Technical field
The present invention relates to infrared learning technical field, particularly relate to a kind of method and system of utilizing Cloud Server to carry out infrared learning.
Background technology
In Modern Family, a lot of household electrical appliance are all to adopt infrared remote-controlled signal to control, each electronic equipment all can be equipped with independently infrared remote controller conventionally, electronic equipment internal is also provided with infrared receiver simultaneously, receiving infrared-ray telepilot is launched specific carrier frequency coded order, then carries out relevant function according to command content.
But, there are many different electric equipments in each family, due to standard criterion difference corresponding to the infrared remote controller of different brands and different product, therefore all needing exclusive telepilot while operating every electric equipment controls, can not the home appliance in family be managed concentratedly and be controlled, simultaneously because telepilot is numerous, also can cause inconvenience depositing, in use procedure.
Cloud Server is as a main computer boxes in intelligent data service system, calculates, storage capacity is strong, stable and reliable for performance, and use cost is low, is subject to increasing favor and uses.In addition, extensively universal along with user's operating terminal, particularly smart mobile phone in recent years, there is the change of completeness in people's life style.If Cloud Server and user's operating terminal can be introduced among the management domain of household appliances, will certainly be brought easy-to-use greatly for users.
Summary of the invention
One object of the present invention is one of above-mentioned defect for existing in prior art, and a kind of method and system of utilizing Cloud Server to carry out infrared learning are provided.
According to one aspect of the present invention, the invention provides a kind of method of utilizing Cloud Server to carry out infrared learning, comprising:
Steps A: user's operating terminal sends infrared learning instruction to domestic electric appliances controller;
Step B: domestic electric appliances controller receives after described infrared learning instruction, the Infrared Targets signal that the telepilot of home appliance is sent carries out infrared learning to obtain the Infrared Targets code that described Infrared Targets signal is corresponding, and described Infrared Targets code is sent to Cloud Server;
Step C: described Cloud Server mates to obtain the infrared code table of respective model telepilot by preset infrared matched rule to described Infrared Targets code according to preset infrared code storehouse, and described infrared code table is sent to described user's operating terminal.
Alternatively, in step B, described Infrared Targets code is sent to user's operating terminal by described domestic electric appliances controller, then by described user's operating terminal, described Infrared Targets code is forwarded to described Cloud Server.
Alternatively, in step C, the infrared code table mating with the code length of described Infrared Targets code in described Cloud Server inquiry infrared code storehouse, and judge that whether the infrared code table of inquiry acquisition is unique;
If so, described infrared code table is sent to described user's operating terminal;
If not, described Cloud Server continues in inquiry infrared code storehouse and the infrared code table of the code element structure matching of described Infrared Targets code, and the infrared code table that inquiry is obtained is sent to described user's operating terminal.
Alternatively, described code element structure comprises the duration of first code, tail code, low and high level; Described Cloud Server utilizes the duration of first code, tail code, low and high level to inquire about successively, if the infrared code table that wherein inquiry obtains is unique, now described Cloud Server stops inquiry, and unique infrared code table that inquiry is obtained is as Query Result.
According to another aspect of the present invention, the invention provides a kind of system of utilizing Cloud Server to carry out infrared learning, comprising:
User's operating terminal, for sending infrared learning instruction;
Domestic electric appliances controller, for receiving after described infrared learning instruction, the Infrared Targets signal that the telepilot of home appliance is sent carries out infrared learning to obtain the Infrared Targets code that described Infrared Targets signal is corresponding, and described Infrared Targets code is sent to Cloud Server;
Cloud Server, for according to preset infrared code storehouse, described Infrared Targets code is mated to obtain the infrared code table of respective model telepilot by preset infrared matched rule, and is sent to described user's operating terminal by described infrared code table.
Alternatively, described Infrared Targets code is sent to described user's operating terminal by described domestic electric appliances controller;
Described user's operating terminal also comprises:
End message receiver module, for receiving the Infrared Targets code sending from described domestic electric appliances controller; With
End message sending module, for sending described Infrared Targets code to described Cloud Server.
Alternatively, described Cloud Server comprises:
Memory module, for storing infrared code storehouse and described infrared matched rule;
High in the clouds information receiving module, for receiving the Infrared Targets code of uploading from described domestic electric appliances controller and/or described user's operating terminal by network; And
High in the clouds information sending module, for sending to described user's operating terminal the infrared code table that inquiry obtains by network.
Alternatively, described Cloud Server also comprises:
Relatively judge module, for obtaining the infrared code table of described infrared code storehouse and described Infrared Targets code matches by preset infrared matched rule;
The infrared code table mating with the code length of described Infrared Targets code in described relatively judge module inquiry infrared code storehouse, and judge that whether the infrared code table of inquiry acquisition is unique;
If so, described infrared code table is sent to described user's operating terminal by described high in the clouds information sending module;
If not, described relatively judge module continues in inquiry infrared code storehouse and the infrared code table of the code element structure matching of described Infrared Targets code, and infrared code table inquiry being obtained by described high in the clouds information sending module is sent to described user's operating terminal.
Alternatively, described code element structure comprises the duration of first code, tail code, low and high level;
Described relatively judge module utilizes the duration of first code, tail code, low and high level to inquire about successively, if the infrared code table that wherein inquiry obtains is unique, now described relatively judge module stops inquiry, and unique infrared code table that inquiry is obtained is as Query Result.
Alternatively, described user's operating terminal is smart mobile phone, panel computer or PC.
The present invention stores the infrared code storehouse being made up of infrared code table corresponding to various model telepilots by Cloud Server, be convenient in time infrared code storehouse be upgraded, and be not subject to capacity limit in the time having the listing of new model telepilot on market.Be conducive to Cloud Server to unify to upgrade and management.Having solved code of remote control table in the single universal remote control of family (being equivalent to the domestic electric appliances controller in the present invention) upgrades and the limited problem of capacity.
Further, the present invention completes infrared code coupling in Cloud Server, be not subject to the restriction of domestic electric appliances controller self configuration, can mate Infrared Targets code by the telepilot infrared code resource of the calculating process of more complicated and huge quantity, make matching result more accurate.Greatly reduce the cost of domestic electric appliances controller, be conducive to the universal of domestic electric appliances controller.
Further, infrared learning method of the present invention, user only needs manual operation telepilot once just can obtain whole infrared code of relatively accurate remote controller models, comparing in tradition needs each operation push-button all to learn separately or learn the learning method of multiple operation push-buttons, the present invention is easy to operate, has better user and experiences.
In addition, can be by home appliance accessing Internet by the present invention, be conducive to realize by user's operating terminal for example smart mobile phone to household electrical appliance Remote.
According to the detailed description to the specific embodiment of the invention by reference to the accompanying drawings below, those skilled in the art will understand above-mentioned and other objects, advantage and feature of the present invention more.
Brief description of the drawings
Hereinafter describe specific embodiments more of the present invention in detail in exemplary and nonrestrictive mode with reference to the accompanying drawings.In accompanying drawing, identical Reference numeral has indicated same or similar parts or part.It should be appreciated by those skilled in the art that these accompanying drawings may not draw in proportion.In accompanying drawing:
Fig. 1 utilizes Cloud Server to carry out the schematic diagram of the method for infrared learning according to an embodiment of the invention;
Fig. 2 utilizes Cloud Server to carry out the schematic diagram of the method for infrared learning according to an embodiment of the invention;
Fig. 3 utilizes Cloud Server to carry out the schematic diagram of the system of infrared learning according to an embodiment of the invention;
Fig. 4 is the schematic diagram of Cloud Server according to an embodiment of the invention.
Embodiment
Fig. 1 utilizes Cloud Server to carry out the schematic diagram of the method for infrared learning according to an embodiment of the invention.The Cloud Server that utilizes of the present embodiment carries out the method for infrared learning, comprises the following steps:
Step S102: user's operating terminal sends infrared learning instruction to domestic electric appliances controller.
In one embodiment, described user's operating terminal can be smart mobile phone, panel computer or PC etc.Taking smart mobile phone as example, in the time that user presses the infrared learning button on smart mobile phone interface, smart mobile phone can pass through LAN (Local Area Network) or bluetooth or wifi and send infrared learning instruction to domestic electric appliances controller.
Step S104: domestic electric appliances controller receives after described infrared learning instruction, the Infrared Targets signal that the telepilot of home appliance is sent carries out infrared learning to obtain the Infrared Targets code that described Infrared Targets signal is corresponding, and described Infrared Targets code is sent to Cloud Server.
In this step, user, using smart mobile phone to send after infrared learning instruction, aims at the infrared signal transmitting terminal of the telepilot of for example air-conditioning of home appliance (being that user expects to replace with smart mobile phone the home appliance that its original telepilot is controlled) the infrared signal receiver module of domestic electric appliances controller.In the time that user presses a certain operation push-button on telepilot as on/off key, wind speed button or temperature button, telepilot correspondingly sends corresponding Infrared Targets signal.Now, domestic electric appliances controller receives this Infrared Targets signal by infrared signal receiving end, and is converted into Infrared Targets code, for example, be sent to Cloud Server by wifi.
In one embodiment, when domestic electric appliances controller receives after infrared learning instruction, domestic electric appliances controller has vision or feedback acoustically, for example the pilot lamp on it continues bright a period of time (for example 6 seconds), user need be before pilot lamp extinguishes (totally 6 second stand-by period) infrared signal receiver module that the corresponding operation push-button of telepilot of need study is aimed to domestic electric appliances controller press.
In one embodiment, domestic electric appliances controller is sent to user's operating terminal by the Infrared Targets code after conversion by LAN (Local Area Network) or wifi or bluetooth, then by wifi or mobile network, this Infrared Targets code is forwarded to Cloud Server by this user's operating terminal.In one embodiment, domestic electric appliances controller can will send to Cloud Server after the packing of infrared code table.
Step S106: Cloud Server mates to obtain the infrared code table of respective model telepilot by preset infrared matched rule to Infrared Targets code according to preset infrared code storehouse, and described infrared code table is sent to described user's operating terminal.
The inner preset infrared code storehouse of Cloud Server can comprise that multiple model telepilots distinguish corresponding infrared code table.Cloud Server can upgrade infrared code storehouse termly by third party, for example, periodically the remote controller models of the new model corresponding home appliance of new listing and corresponding infrared code table are uploaded to Cloud Server.Or user uses some infrared code of rear discovery to occur mistake, feed back to after third party, by third party, infrared code wrong in Cloud Server is corrected.Than upgraded separately by each family or amendment domestic electric appliances controller in infrared code storehouse, the present invention adopts Cloud Server to carry out the storage in infrared code storehouse and corrects conveniently, quick, and cost is low.
As can be seen here, the embodiment of the present invention is stored the infrared code storehouse being made up of infrared code table corresponding to various model telepilots by Cloud Server, is convenient in time infrared code storehouse be upgraded, and is not subject to capacity limit in the time having the listing of new model telepilot on market.Be conducive to Cloud Server to unify to upgrade and management.Solve code of remote control table in the single domestic electric appliances controller of family and upgraded and the limited problem of capacity, greatly reduced the cost of domestic electric appliances controller in the present invention, be conducive to the universal of domestic electric appliances controller.And the present invention completes infrared code coupling in Cloud Server, be not subject to the restriction of domestic electric appliances controller self configuration, can mate Infrared Targets code by the telepilot infrared code resource of the calculating process of more complicated and huge quantity, make matching result more accurate.
In the embodiment of the present invention, Cloud Server can mate infrared code the table corresponding telepilot of respective model in infrared code storehouse by preset infrared matched rule with Infrared Targets code.In certain embodiments, to can be the code length of infrared code identical for infrared matched rule.In one embodiment, in step S106, the infrared code table mating with the code length of described Infrared Targets code in Cloud Server inquiry infrared code storehouse, and judge that whether the infrared code table of inquiry acquisition is unique; If so, described infrared code table is sent to described user's operating terminal; If not, described Cloud Server continues in inquiry infrared code storehouse and the infrared code table of the code element structure matching of described Infrared Targets code, and the infrared code table that inquiry is obtained is sent to described user's operating terminal.It will be understood by those skilled in the art that " judging that whether the infrared code table that inquiry obtains is unique " here namely sentence and in the Query Result of Satisfying Matching Conditions, have one or multiple infrared code tables; Judge in other words infrared code table corresponding to telepilot that has a model in the Query Result of Satisfying Matching Conditions, still have multiple different model telepilots corresponding multiple different infrared code table respectively.
In a further embodiment, the code element structure that further infrared matched rule can be infrared code is as duration of first code, tail code or low and high level etc.Described Cloud Server utilizes duration of first code, tail code, low and high level etc. to inquire about successively, if the infrared code table that wherein inquiry obtains is unique, now described Cloud Server stops inquiry, and the unique infrared code table will inquiry obtaining is as Query Result.Concrete method can be referring to Fig. 2.
The Cloud Server that utilizes that Fig. 2 shows one embodiment of the invention carries out the schematic diagram of the method for infrared learning.Referring to Fig. 2, in the time that needs carry out infrared learning, execution step S202, user's operating terminal sends infrared learning instruction to domestic electric appliances controller.Concrete steps can be referring to step S102.
Step S204: domestic electric appliances controller receives after described infrared learning instruction, the Infrared Targets signal that the telepilot of home appliance is sent carries out infrared learning to obtain the Infrared Targets code that described Infrared Targets signal is corresponding, and described Infrared Targets code is sent to Cloud Server.Concrete steps can be referring to step S104.
Step S206: the infrared code table mating with the code length of described Infrared Targets code in described Cloud Server inquiry infrared code storehouse.Because the length (code length) of the infrared code of the telepilot of different manufacturers is generally different, by simple comparison, can get rid of more unmatched remote controller models.If only have one with the infrared code table of Infrared Targets code matches in step S206, using this infrared code table as Query Result, and be sent to user's operating terminal.If still have the infrared code table of multiple model telepilots in step S206 with the infrared code table of Infrared Targets code matches, increase the matching condition in infrared matched rule, to filter out unique infrared code table the highest with Infrared Targets code matches degree in the infrared code table of the plurality of model telepilot.
Step S208: whether the infrared code table that judges current inquiry acquisition is unique.Be to perform step S220: Cloud Server stops inquiry, and the infrared code table that current inquiry is obtained is as Query Result; Otherwise execution step S210.
Step S210: the infrared code table mating with the first code of described Infrared Targets code in Cloud Server inquiry infrared code storehouse.
Step S212: whether the infrared code table that judges current inquiry acquisition is unique.Be to perform step S220: Cloud Server stops inquiry, and the infrared code table that current inquiry is obtained is as Query Result; Otherwise execution step S214.
Step S214: the infrared code table mating with the tail code of described Infrared Targets code in described Cloud Server inquiry infrared code storehouse.
Step S216: whether the infrared code table that judges current inquiry acquisition is unique.Be to perform step S220: Cloud Server stops inquiry, and the infrared code table that current inquiry is obtained is as Query Result; Otherwise execution step S218.
Step S218: the infrared code table mating with the duration of the low and high level of described Infrared Targets code in described Cloud Server inquiry infrared code storehouse.
Method by the embodiment shown in Fig. 2 is known, the present invention is carrying out in the process of Infrared Targets code matches, by the infrared matched rule arranging, filter out layer by layer the infrared code table that approaches most Infrared Targets code coding rule, all mate all positions for Infrared Targets code compared to existing technology, operand greatly reduces, and matching speed is fast, and coupling accuracy is high.And, user only needs manual operation telepilot once just can obtain whole infrared code of relatively accurate remote controller models, compare in tradition and need each operation push-button all to learn separately or learn the learning method of multiple operation push-buttons, the present invention is easy to operate, has better user and experiences.
In some embodiments of the invention, the execution sequence of step S206, step S210, step S214, step S218 can change, for example, can first perform step S206, then performs step arbitrary step in S210, step S214 and step S218; Then carry out two steps of residue with random order again.In other embodiment of the present invention, also can first perform step at least any step in S210, step S214, step S218, then perform step S206.
In the process of Infrared Targets code being mated in the present invention, finally issue the unique accuracy of only having of user's operating terminal the highest infrared code table relatively.Therefore, if at some in particular cases, even while carrying out step S218 according to the method shown in Fig. 2, the Query Result obtaining is still not unique, now, Cloud Server can then carry out further infrared coupling, and for example infrared matched rule is even hundreds of position of after the first code of infrared code several, Shi Jiwei, tens, until stop further inquiry while finally filtering out unique infrared code table, obtain Query Result.In order to obtain unique infrared code table, getting rid of after most of infrared code table by the infrared matched rule such as code length, code structure, in Query Result, further whether having in inquiry infrared code table and all identical infrared code of all positions of described Infrared Targets code.In addition, in some cases, in infrared code storehouse, may there are two or more sets infrared code tables close or identical with the coded system of Infrared Targets code, and the producer of the corresponding two or more telepilots of these two or more sets infrared code tables is identical and model approaches, its difference may only be to have more in different infrared code tables or go out less one or several and have the infrared code of difference in functionality, now, Cloud Server can be using maximum infrared code infrared code tables as Query Result.
Fig. 3 shows the Cloud Server that utilizes that can realize according to the embodiment of the present invention and carries out the schematic diagram of the system of the method for infrared learning.This system can comprise: user's operating terminal 301, domestic electric appliances controller 302 and Cloud Server 303.User's operating terminal 301 is for sending infrared learning instruction.Domestic electric appliances controller 302 is for receiving after described infrared learning instruction, the Infrared Targets signal that the telepilot 304 of home appliance is sent carries out infrared learning to obtain the Infrared Targets code that described Infrared Targets signal is corresponding, and described Infrared Targets code is sent to Cloud Server 303.In one embodiment, domestic electric appliances controller 302 can comprise command reception module, infrared signal receiver module, infrared learning module and infrared code transmitter module.Command reception module is for receiving the infrared learning instruction that user's operating terminal 301 sends; The Infrared Targets signal that infrared signal receiver module sends for receiving the telepilot 304 of home appliance; Infrared learning module is for being converted to Infrared Targets code by Infrared Targets signal; Infrared code transmitter module is for being sent to Cloud Server 303 by described Infrared Targets code.
In one embodiment, user's operating terminal 301 sends after infrared learning instruction, and command reception module receives after this instruction, the work of infrared signal receiver module.Now need the infrared signal transmitting terminal of the telepilot of for example air-conditioning of home appliance (being that user expects to replace with user's operating terminal 301 home appliance that its original telepilot is controlled) to aim at the infrared signal receiver module of domestic electric appliances controller 302.In the time that user presses a certain operation push-button on telepilot as on/off key, wind speed button or temperature button, telepilot correspondingly sends corresponding Infrared Targets signal.Now, domestic electric appliances controller receives this Infrared Targets signal by infrared signal receiver module, and is converted into Infrared Targets code by infrared learning module, and then infrared code transmitter module is sent to Cloud Server by wifi.In one embodiment, domestic electric appliances controller 302 also can comprise pilot lamp or loudspeaker, when domestic electric appliances controller receives after infrared learning instruction, domestic electric appliances controller has vision or feedback acoustically, for example the pilot lamp on it continues bright a period of time (for example 6 seconds), user need be before pilot lamp extinguishes (totally 6 second stand-by period) infrared signal receiver module that the corresponding operation push-button of telepilot of need study is aimed to domestic electric appliances controller press.
In one embodiment, the Infrared Targets code that domestic electric appliances controller 302 infrared learnings obtain can directly not be sent to Cloud Server 303, and is forwarded to Cloud Server 303 by user's operating terminal 301.In this case, domestic electric appliances controller 302 can be sent to described user's operating terminal 301 by described Infrared Targets code.User's operating terminal 301 also comprises end message receiver module and end message sending module, is respectively used to receive the Infrared Targets code sending from domestic electric appliances controller 302 and send described Infrared Targets code to Cloud Server 303.In one embodiment, user's operating terminal 301 can be smart mobile phone, panel computer or PC etc.
Cloud Server 303 is for according to preset infrared code storehouse, described Infrared Targets code is mated to obtain the infrared code table of respective model telepilot by preset infrared matched rule, and described infrared code table is sent to user's operating terminal 301.
Fig. 4 shows the Cloud Server that utilizes that can realize according to the embodiment of the present invention and carries out the schematic diagram of the Cloud Server of the method for infrared learning.As shown in Figure 4, Cloud Server 400 of the present invention can comprise memory module 404, high in the clouds information receiving module 401 and high in the clouds information sending module 403.Memory module 404 is for storing infrared code storehouse and infrared matched rule.High in the clouds information receiving module 401 is for receiving the Infrared Targets code of uploading from described domestic electric appliances controller and/or described user's operating terminal by network.High in the clouds information sending module 403 is for sending to described user's operating terminal the infrared code table that inquiry obtains by network.In the embodiment shown in fig. 4, Cloud Server 400 also can comprise comparison judge module 402, for obtain the infrared code table of described infrared code storehouse and described Infrared Targets code matches by preset infrared matched rule.Particularly, relatively judge module 402 is inquired about the infrared code table mating with the code length of described Infrared Targets code in infrared code storehouse, and judges that whether the infrared code table of inquiry acquisition is unique; If so, described infrared code table is sent to described user's operating terminal by high in the clouds information sending module 403; If not, relatively judge module 402 continues in inquiry infrared code storehouses and the infrared code table of the code element structure matching of described Infrared Targets code, and infrared code table inquiry being obtained by high in the clouds information sending module 403 is sent to described user's operating terminal.It will be understood by those skilled in the art that " judging that whether the infrared code table that inquiry obtains is unique " here namely sentence and in the Query Result of Satisfying Matching Conditions, have one or multiple infrared code tables; Judge in other words infrared code table corresponding to telepilot that has a model in the Query Result of Satisfying Matching Conditions, still have multiple different model telepilots corresponding multiple different infrared code table respectively.
In one embodiment, described code element structure can comprise the duration of first code, tail code, low and high level etc.Relatively judge module 402 utilizes the duration of first code, tail code, low and high level to inquire about successively, if the infrared code table that wherein inquiry obtains is unique, now relatively judge module 402 stops inquiry, and unique infrared code table that inquiry is obtained is as Query Result.Known by this embodiment, relatively judge module 402 of the present invention is carrying out in the process of Infrared Targets code matches, by the infrared matched rule arranging, filter out layer by layer the infrared code table that approaches most Infrared Targets code coding rule, all mate all positions for Infrared Targets code compared to existing technology, operand greatly reduces, and matching speed is fast, and coupling accuracy is high.And, user only needs manual operation telepilot once just can obtain whole infrared code of relatively accurate remote controller models, compare in tradition and need each operation push-button all to learn separately or learn the learning method of multiple operation push-buttons, the present invention is easy to operate, has better user and experiences.
In the process of Infrared Targets code being mated at Cloud Server 400 of the present invention, final high in the clouds information sending module 403 is issued the unique accuracy of only having of user's operating terminal the highest infrared code table relatively.Therefore, if at some in particular cases, even if relatively judge module 402 utilizes the duration of first code, tail code, low and high level to inquire about successively, the final Query Result obtaining is still not unique, now, relatively judge module 402 can then carry out further infrared coupling, and for example infrared matched rule is even hundreds of position of after the first code of infrared code several, Shi Jiwei, tens, until stop further inquiry while finally filtering out unique infrared code table, obtain Query Result.In order to obtain unique infrared code table, getting rid of after most of infrared code table by the infrared matched rule such as code length, code structure, in Query Result, further whether having in inquiry infrared code table and all identical infrared code of all positions of described Infrared Targets code.In addition, in some cases, in infrared code storehouse, may there are two or more sets infrared code tables close or identical with the coded system of Infrared Targets code, and the producer of the corresponding two or more telepilots of these two or more sets infrared code tables is identical and model approaches, its difference may only be to have more in different infrared code tables or go out less one or several and have the infrared code of difference in functionality, now, relatively judge module 402 can be using maximum infrared code infrared code tables as Query Result.And infrared code table inquiry being obtained by high in the clouds information sending module 403 is sent to described user's operating terminal.
So far, those skilled in the art will recognize that, illustrate and described of the present invention multiple exemplary embodiment although detailed herein, but, without departing from the spirit and scope of the present invention, still can directly determine or derive many other modification or the amendment that meet the principle of the invention according to content disclosed by the invention.Therefore, scope of the present invention should be understood and regard as and cover all these other modification or amendments.
Claims (10)
1. utilize Cloud Server to carry out a method for infrared learning, comprising:
Steps A: user's operating terminal sends infrared learning instruction to domestic electric appliances controller;
Step B: domestic electric appliances controller receives after described infrared learning instruction, the Infrared Targets signal that the telepilot of home appliance is sent carries out infrared learning to obtain the Infrared Targets code that described Infrared Targets signal is corresponding, and described Infrared Targets code is sent to Cloud Server;
Step C: described Cloud Server mates to obtain the infrared code table of respective model telepilot by preset infrared matched rule to described Infrared Targets code according to preset infrared code storehouse, and described infrared code table is sent to described user's operating terminal.
2. method according to claim 1, is characterized in that
In step B, described Infrared Targets code is sent to user's operating terminal by described domestic electric appliances controller, then by described user's operating terminal, described Infrared Targets code is forwarded to described Cloud Server.
3. method according to claim 1, is characterized in that
In step C, the infrared code table mating with the code length of described Infrared Targets code in described Cloud Server inquiry infrared code storehouse, and judge that whether the infrared code table of inquiry acquisition is unique;
If so, described infrared code table is sent to described user's operating terminal;
If not, described Cloud Server continues in inquiry infrared code storehouse and the infrared code table of the code element structure matching of described Infrared Targets code, and the infrared code table that inquiry is obtained is sent to described user's operating terminal.
4. method according to claim 3, is characterized in that
Described code element structure comprises the duration of first code, tail code, low and high level; Described Cloud Server utilizes the duration of first code, tail code, low and high level to inquire about successively, if the infrared code table that wherein inquiry obtains is unique, now described Cloud Server stops inquiry, and unique infrared code table that inquiry is obtained is as Query Result.
5. utilize Cloud Server to carry out a system for infrared learning, comprising:
User's operating terminal, for sending infrared learning instruction;
Domestic electric appliances controller, for receiving after described infrared learning instruction, the Infrared Targets signal that the telepilot of home appliance is sent carries out infrared learning to obtain the Infrared Targets code that described Infrared Targets signal is corresponding, and described Infrared Targets code is sent to Cloud Server;
Cloud Server, for according to preset infrared code storehouse, described Infrared Targets code is mated to obtain the infrared code table of respective model telepilot by preset infrared matched rule, and is sent to described user's operating terminal by described infrared code table.
6. system according to claim 5, is characterized in that
Described Infrared Targets code is sent to described user's operating terminal by described domestic electric appliances controller;
Described user's operating terminal also comprises:
End message receiver module, for receiving the Infrared Targets code sending from described domestic electric appliances controller; With
End message sending module, for sending described Infrared Targets code to described Cloud Server.
7. according to the system described in claim 5 or 6, it is characterized in that
Described Cloud Server comprises:
Memory module, for storing infrared code storehouse and infrared matched rule;
High in the clouds information receiving module, for receiving the Infrared Targets code of uploading from described domestic electric appliances controller and/or described user's operating terminal by network; And
High in the clouds information sending module, for sending to described user's operating terminal the infrared code table that inquiry obtains by network.
8. system according to claim 7, is characterized in that
Described Cloud Server also comprises:
Relatively judge module, for obtaining the infrared code table of described infrared code storehouse and described Infrared Targets code matches by preset infrared matched rule;
The infrared code table mating with the code length of described Infrared Targets code in described relatively judge module inquiry infrared code storehouse, and judge that whether the infrared code table of inquiry acquisition is unique;
If so, described infrared code table is sent to described user's operating terminal by described high in the clouds information sending module;
If not, described relatively judge module continues in inquiry infrared code storehouse and the infrared code table of the code element structure matching of described Infrared Targets code, and infrared code table inquiry being obtained by described high in the clouds information sending module is sent to described user's operating terminal.
9. system according to claim 8, is characterized in that
Described code element structure comprises the duration of first code, tail code, low and high level;
Described relatively judge module utilizes the duration of first code, tail code, low and high level to inquire about successively, if the infrared code table that wherein inquiry obtains is unique, now described relatively judge module stops inquiry, and unique infrared code table that inquiry is obtained is as Query Result.
10. system according to claim 5, is characterized in that
Described user's operating terminal is smart mobile phone, panel computer or PC.
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CN201410108942.1A CN103914973B (en) | 2013-12-31 | 2014-03-21 | The method and system of infrared learning are carried out using Cloud Server |
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CN201410108942.1A CN103914973B (en) | 2013-12-31 | 2014-03-21 | The method and system of infrared learning are carried out using Cloud Server |
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CN103914973B CN103914973B (en) | 2017-06-30 |
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CN201410109118.8A Active CN103942946B (en) | 2013-12-31 | 2014-03-21 | Cloud Server for home wiring control |
CN201410108943.6A Pending CN103914040A (en) | 2013-12-31 | 2014-03-21 | Control system and control method for household appliances |
CN201410108942.1A Active CN103914973B (en) | 2013-12-31 | 2014-03-21 | The method and system of infrared learning are carried out using Cloud Server |
CN201410108941.7A Active CN103914972B (en) | 2013-12-31 | 2014-03-21 | A kind of domestic electric appliances controller and its infrared learning method |
CN201410109105.0A Pending CN103941663A (en) | 2013-12-31 | 2014-03-21 | Method and system for controlling household appliances |
CN201410109558.3A Active CN103941668B (en) | 2013-12-31 | 2014-03-21 | User operating terminal for household appliance controlling |
CN201410109176.0A Pending CN103941664A (en) | 2013-12-31 | 2014-03-21 | Method and system for binding user terminal and household appliance control device |
CN201410109504.7A Active CN103941666B (en) | 2013-12-31 | 2014-03-21 | Judgement control instruction for home appliance sends the method and system of result |
CN201410108451.7A Pending CN103914038A (en) | 2013-12-31 | 2014-03-21 | Method and system for controlling domestic equipment according to position of user |
CN201410108452.1A Pending CN103914039A (en) | 2013-12-31 | 2014-03-21 | Control method and system for household appliances |
CN201410109060.7A Active CN103914041B (en) | 2013-12-31 | 2014-03-21 | User operates the binding method and appliance control system of terminal and domestic electric appliances controller |
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CN201410109118.8A Active CN103942946B (en) | 2013-12-31 | 2014-03-21 | Cloud Server for home wiring control |
CN201410108943.6A Pending CN103914040A (en) | 2013-12-31 | 2014-03-21 | Control system and control method for household appliances |
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CN201410108941.7A Active CN103914972B (en) | 2013-12-31 | 2014-03-21 | A kind of domestic electric appliances controller and its infrared learning method |
CN201410109105.0A Pending CN103941663A (en) | 2013-12-31 | 2014-03-21 | Method and system for controlling household appliances |
CN201410109558.3A Active CN103941668B (en) | 2013-12-31 | 2014-03-21 | User operating terminal for household appliance controlling |
CN201410109176.0A Pending CN103941664A (en) | 2013-12-31 | 2014-03-21 | Method and system for binding user terminal and household appliance control device |
CN201410109504.7A Active CN103941666B (en) | 2013-12-31 | 2014-03-21 | Judgement control instruction for home appliance sends the method and system of result |
CN201410108451.7A Pending CN103914038A (en) | 2013-12-31 | 2014-03-21 | Method and system for controlling domestic equipment according to position of user |
CN201410108452.1A Pending CN103914039A (en) | 2013-12-31 | 2014-03-21 | Control method and system for household appliances |
CN201410109060.7A Active CN103914041B (en) | 2013-12-31 | 2014-03-21 | User operates the binding method and appliance control system of terminal and domestic electric appliances controller |
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CN103942946A (en) | 2014-07-23 |
CN103941666A (en) | 2014-07-23 |
CN103914038A (en) | 2014-07-09 |
CN103942946B (en) | 2017-10-13 |
CN103941663A (en) | 2014-07-23 |
CN103941668B (en) | 2017-01-11 |
CN103914972A (en) | 2014-07-09 |
CN103914041A (en) | 2014-07-09 |
CN103914972B (en) | 2018-10-12 |
CN103914973B (en) | 2017-06-30 |
CN103914040A (en) | 2014-07-09 |
CN103941668A (en) | 2014-07-23 |
CN103914039A (en) | 2014-07-09 |
CN103941664A (en) | 2014-07-23 |
CN103941666B (en) | 2016-08-31 |
CN103914041B (en) | 2017-10-13 |
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