CN103237058B - The learning method of infrared control - Google Patents
The learning method of infrared control Download PDFInfo
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- CN103237058B CN103237058B CN201310112115.5A CN201310112115A CN103237058B CN 103237058 B CN103237058 B CN 103237058B CN 201310112115 A CN201310112115 A CN 201310112115A CN 103237058 B CN103237058 B CN 103237058B
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Abstract
The invention discloses the learning method of a kind of infrared control, it is applied in wireless transmitting system, comprises the steps: that remote control terminal obtains the product identification code of outside infrared controlled plant and is sent to cloud server; The telecommand coding that cloud server searches correspondence according to this identification code in data repository produces corresponding download list; Remote control terminal sends download instruction according to download list; Corresponding telecommand coding transmission is stored to infrared transponder by cloud server according to download instruction, the invention solves prior art mid-infrared transponder problem of complex operation when learning ultra-red order, it is achieved that intelligentized study, long-range control etc.
Description
Technical field
The present invention relates to a kind of learning method, the particularly learning method of a kind of infrared control that can control electronic equipment.
Background technology
In Modern Family, a lot of household electrical appliance are all the controllers adopting infrared remote control signal, each electronic equipment generally all can be equipped with independent infrared remote controller, electronic equipment internal also is provided with infrared receiver simultaneously, specific carrier frequency coded command launched by receiving infrared-ray remote controller, then performs relevant function according to command content.
But, there is more than one piece difference electric equipment in each family, the standard criterion corresponding due to the infrared remote controller of different brands and different product is different, therefore when operating every electric equipment, all need exclusive remote controller to be controlled, though this phenomenon causes multiple smart machine in family, but to the control of smart machine be but seem quite not intelligent, isolated, unordered, non-organic is overall, brings inconvenience to user.
At present, market also occurs in that the infrared transponder of some intelligence is applied in Smart Home, user sends control instruction to infrared transponder by an access terminals, infrared transponder sends the electric equipment that infrared coding is extremely controlled after transcoding, the shortcoming of this infrared transponder is: all need the control instruction on the infrared remote controller that this electric equipment is corresponding to carry out infrared learning before controlling every electric equipment, troublesome poeration, brings inconvenience.
Summary of the invention
It is an object of the invention to provide the learning method of a kind of infrared control, to solve prior art mid-infrared transponder problem of complex operation when learning ultra-red order, it is achieved that intelligentized study, long-range control etc.
For reaching above-mentioned purpose, the learning method of the infrared control of the present invention, it is applied in wireless transmitting system, and this system includes remote control terminal, infrared transponder, gateway coordinator, cloud server, controlled plant, and above-mentioned learning method comprises the following steps that
1), remote control terminal obtains the product identification code of infrared controlled plant, and data message is wirelessly sent to cloud server after transcoded data resolves;
2), the data message received is decoded analyzing, and finds should the product type information of above-mentioned controlled plant of data message in the first data repository being provided with in the inner by cloud server;
3), cloud server extracts the relevant telecommand coding information list of corresponding the said goods model in the second data repository, and is sent to remote control terminal;
4), remote control terminal selects telecommand coding in above-mentioned telecommand list, and produces a download and select instruction to send to cloud server;
5), cloud server selects instruction that the above-mentioned telecommand coding information of storage in the second data repository is sent to infrared transponder to store according to above-mentioned download, and sets up the telecommand coding data of corresponding user in the second data repository.
Preferably, above-mentioned steps 1) before when also comprising the steps: initial, the product identification code corresponding by storing various extra portion device product in the first data repository of cloud server, will store the telecommand coding after at least one user learning of the infrared controlled plant product in various extra portion in the second data repository.
Preferably, above-mentioned steps 3) in specifically include following steps: cloud server searches corresponding telecommand coding information according to product type information in the second data repository, if finding the on all four telecommand coding information of model, then the list that all telecommands found encode is sent to remote control terminal; If not finding the on all four telecommand coding information of model, then search the telecommand coding information that brand is identical, model is close, and the list that telecommand encodes is sent to remote control terminal.
It is preferred that above-mentioned remote control terminal is carried out data transmission by communication and cloud server, send control instruction, be embodied in smart mobile phone, panel computer or PC.
It is preferred that carried out data transmission by ZigBee, Z-Wave, WIFI or Bluetooth communication protocol mode between above-mentioned infrared transponder and gateway coordinator.
It is preferred that above-mentioned identification code be the bar code of product, two-dimensional bar code or Three-Dimensional Bar Code one of them.
Beneficial effects of the present invention:
Identification code scanning technique is combined by the learning method of the infrared control of the present invention effectively with Radio infrared telecontrol engineering, is automatically performed the learning functionality of infrared remote control; Can storing the telecommand coding information of the setting not of the same race of same type product in the data repository of cloud server, user can carry out selecting to download according to the hobby of oneself.
Accompanying drawing explanation
Fig. 1 illustrate the present invention based on the structured flowchart of wireless transmitting system.
Fig. 2 illustrates the learning method of infrared control of the present invention workflow diagram in embodiment.
Fig. 3 illustrates the learning method of infrared control of the present invention workflow diagram in preferred embodiment.
Detailed description of the invention
For the ease of the understanding of those skilled in the art, below in conjunction with embodiment, the present invention is further illustrated with accompanying drawing, and the content that embodiment is mentioned not is limitation of the invention.
With reference to shown in Fig. 1, the learning method of the infrared control of the present invention, in the present embodiment, it is applied in Smart Home wireless transmitting system, and this intelligent domestic system includes: remote control terminal, infrared transponder, gateway coordinator, cloud server, controlled plant, wherein:
This remote control terminal, in order to obtain the product identification code of infrared controlled plant and to send remote pilot command information, it is by carrying out data transmission with cloud server after connecting the Internet network, this remote control terminal refers specifically on behalf of smart mobile phone, panel computer, the electronics equipments for surfing the net such as PC, inside is provided with Smart Home software program, this Smart Home software program is integrated with bar code scan program, the identification code of product can be scanned, as: bar code, two-dimensional bar code or Three-Dimensional Bar Code etc. have the bar code of product identification information, each user logs in all corresponding respective account and password during Smart Home software program, it is noted that user logs in Smart Home software program to control infrared controlled plant for existing known technology, applicant is not described in detail at this,
This infrared transponder, in order to receive telecommand coding information and to store, and send the infrared controlled plant of ultra-red order coding-control, wireless communication module it is provided with in it, micro controller module, infrared module, FLASH memory, the infrared signal that the remote controller that control controlled plant itself after the coding that the telecommand coding information of the gateway coordinator transmission that wireless communication module can be received by this micro controller module and infrared module receive carries sends stores to FLASH memory, and infrared signal can be sent to control infrared controlled plant, how this infrared transponder carries out the control to infrared controlled plant for prior art, and and the main body of non-invention, applicant is not repeated,
This gateway coordinator, in order to above-mentioned infrared transponder and cloud server to be bridged, it is connected transmission data by the communication protocol such as ZigBee, Z-Wave, WIFI or bluetooth with infrared transponder, and is connected with cloud server by cable interface;
This cloud server, including the first data repository and the second data repository, this first data repository is in order to product identification code corresponding to the product type storing each infrared controlled plant, this second data repository is in order to store the telecommand coding data after at least one user learning of the infrared controlled plant product of each model, it connects internet by wired or wireless mode, receive the product identification code information after the conversion that remote control terminal sends, in the first data repository, brand and the model of the product of correspondence is inquired about according to this product identification code information, and according to the concrete model of the product obtained inquire about in the second data repository to should model telecommand coding data, produce a telecommand list to send to remote control terminal, additionally, this cloud server is additionally provided with processing unit and communications interface unit, Data Management Analysis and data communication function can be carried out respectively, additionally, the first described data repository and the second data repository can be a data base.
With reference to shown in Fig. 2, the learning method of above-mentioned infrared control includes step specific as follows:
Step 101: remote control terminal obtains the product identification code of infrared controlled plant, and data message is wirelessly sent to cloud server after transcoded data resolves, it is embodied in: user passes through remote control terminal (hands machine, panel computer etc.) the outside infrared controlled plant of identification code scanning imaging system scanning in built-in Smart Home software is (such as television set, air-conditioning, player etc., selecting brand in embodiment be X-type number is the television set of 42E7CRN) identification code, above-mentioned technical method is similar to the two-dimensional bar code scanning software in existing smart mobile phone, can by obtaining the information such as concrete model and the price of product after connecting internet after the identification code of scanning product, in the present embodiment, the identification code transcoding that scanning is obtained by remote control terminal is converted to digital signal data and sends to cloud server after resolving,
Step 102: cloud server receives the data message after above-mentioned transcoding and analyzes and processes, and finds the product type information of the above-mentioned infrared controlled plant of corresponding above-mentioned data message in the first data repository being provided with in the inner; It is embodied in: cloud server is by wired or wireless mode real-time UNICOM internet, the brand of television set, the model that are sent by the above-mentioned remote control terminal received are analyzed, in the first data repository, (in this first data repository, storage has the identification code corresponding to the infrared controlled plant of each model of various brands, and the data message in thesaurus carries out real-time update) in data contrast, obtain the television set that the model that result is X brand is 42E7CRN of infrared controlled plant of scanning;
Step 103: cloud server extracts the relevant telecommand coding information list of corresponding above-mentioned television set model according to the television set model obtained in above-mentioned steps 102 in the second data repository, and is sent to remote control terminal, it is embodied in: the processing unit in cloud server extracts the coding data of the telecommand after at least one user learning of this model corresponding according to the television set model obtained in the second data repository, in the second data repository in the present embodiment, the telecommand after the user learning of storage encodes the instruction encoding data that data can be the manual infrared learning that television manufacturer be completed before television set dispatches from the factory by test or service personal, or the instruction encoding data of manual infrared learning that other users complete voluntarily, it is listing file that all telecommands obtained are encoded data compilation by processing unit, and sent to remote control terminal by communications interface unit,
Step 104: remote control terminal selects telecommand coding in above-mentioned telecommand list, and produce a download and select instruction to send to cloud server; It is embodied in: remote control terminal receives the telecommand list that cloud server sends, user can be downloaded according to some telecommand in selective listing of liking of oneself, after user selects, remote control terminal can produce a selection instruction and be sent to cloud server;
Step 105: cloud server is sent to infrared transponder according to the telecommand coding information that the above-mentioned download stored in the second data repository is selected instruction corresponding by above-mentioned download selection instruction and stores, and the telecommand of foundation correspondence user encodes data in the second data repository, it is embodied in: cloud server receives the download selection instruction that remote controller sends, by analysis after decoding, the telecommand coding that this selection instruction is corresponding is found in the second data repository, and infrared transponder will be sent to by gateway device and carry out infrared coding storage, simultaneously, the telecommand coding of a newly-built corresponding described user in the second data repository, so that this user can directly use the telecommand of storage to encode after logging on cloud server by remote controller, and above-mentioned telecommand coding data also can be supplied to other users and use by cloud server, " use " herein is meant to by same control instruction, the infrared controlled plant having authority is operated, and the infrared controlled plant of not operation lack of competence, technical field personnel it should be readily understood that.
Next, after user uses remote control terminal to log in Smart Home software, the telecommand controlling television set can be sent, after cloud server receives above-mentioned remote control command signal, the control coding of correspondence is searched in the second data repository, and produce a control instruction by gateway coordinator transmission to infrared transponder, infrared transponder is according to the infrared coding extracting correspondence in the control instruction received FLASH memory in the inner, and send to controlled plant (television set), complete remote control actions.
In addition, step 100 is also included: time initial before above-mentioned steps 101, various brands are stored in the first data repository of cloud server, identification code corresponding to the infrared controlled plant of model, the telecommand coding of each infrared controlled plant is stored in the second data repository, instruction encoding data including the manual infrared learning completed by test or service personal before dispatching from the factory, and the instruction encoding data of manual infrared learning that subsequent user completes voluntarily, the first above-mentioned data repository and the data message of the second data repository carry out real-time update, to guarantee the integrity of data.
Preferably, with reference to described in Fig. 3, above-mentioned steps 103 specifically includes: the processing unit in cloud server searches the telecommand coding data of correspondence according to the television set model obtained in the second data repository, if finding on all four brand, model, can be directly entered step 113: the relevant telecommand of corresponding above-mentioned television set model (model of X brand is 42E7CRN) is encoded information list and is sent to remote control terminal;If not finding, then enter step 123: it is completely the same that processing unit searches brand in the second data repository, the telecommand coding data of the infrared controlled plant that model is the most close, when processing unit searches the television set that model is 42E7CRN less than X brand, processing unit can search other models under X brand, as: the models such as 50E7CRN or 32E7CRN, and the telecommand coding arrangement of each model is sent to remote control terminal for listing file, the IR remote controller that above-mentioned method uses based on a serial product under the same brand of most infrared controlled plant currently on the market is all general, the product of one serial different model can be controlled by one remote controller.
The concrete application approach of the present invention is a lot, and the above is only the preferred embodiment of the present invention, it should be pointed out that; for those skilled in the art; under the premise without departing from the principles of the invention, it is also possible to make some improvement, these improvement also should be regarded as protection scope of the present invention.
Claims (5)
1. the learning method of an infrared control, it is applied in wireless transmitting system, this system includes remote control terminal, infrared transponder, gateway coordinator, cloud server, controlled plant, it is characterized in that, time initial, storage identification code corresponding to various brands, the infrared controlled plant of model in the first data repository of cloud server, the telecommand coding of each infrared controlled plant is stored in the second data repository, the first above-mentioned data repository and the data message of the second data repository carry out real-time update, to guarantee the integrity of data; Above-mentioned learning method comprises the following steps that
Step 101: remote control terminal obtains the product identification code of infrared controlled plant, and after transcoded data resolves, data message is wirelessly sent to cloud server, it is embodied in: user passes through the identification code of the outside infrared controlled plant of identification code scanning imaging system scanning in the Smart Home software that remote control terminal is built-in, by obtaining concrete model and the pricing information of product after connecting internet after the identification code of scanning product, the identification code transcoding that scanning is obtained by remote control terminal is converted to digital signal data and sends to cloud server after resolving;
Step 102: cloud server receives the data message after above-mentioned transcoding and analyzes and processes, and the first data repository being provided with in the inner finds the product type information of the above-mentioned infrared controlled plant of corresponding above-mentioned data message, it is embodied in: cloud server is by wired or wireless mode real-time UNICOM internet, the brand of television set, the model that are sent by the above-mentioned remote control terminal received are analyzed, data in the first data repository contrast, and obtain the result of the infrared controlled plant of scanning;
Step 103: cloud server extracts the relevant telecommand coding information list of corresponding the said goods model in the second data repository, and it is sent to remote control terminal, it is embodied in: cloud server searches corresponding telecommand coding information according to product type information in the second data repository, if finding the on all four telecommand coding information of model, then the list that all telecommands found encode is sent to remote control terminal, if not finding the on all four telecommand coding information of model, then search brand identical, the telecommand coding information that model is close, and the list that telecommand encodes is sent to remote control terminal,
Step 104: remote control terminal selects telecommand coding in above-mentioned telecommand list, and produce a download and select instruction to send to cloud server; It is embodied in: remote control terminal receives the telecommand list that cloud server sends, user can be downloaded according to some telecommand in selective listing of liking of oneself, after user selects, remote control terminal can produce a selection instruction and be sent to cloud server;
Step 105: cloud server is sent to infrared transponder according to the telecommand coding information that the above-mentioned download of storage in the second data repository is selected instruction corresponding by above-mentioned download selection instruction and stores, and in the second data repository, set up the telecommand coding data of corresponding user, it is embodied in: cloud server receives the download selection instruction that remote control terminal sends, by analysis after decoding, the telecommand coding that this selection instruction is corresponding is found in the second data repository, and infrared transponder will be sent to by gateway device and carry out infrared coding storage, simultaneously, the telecommand coding of a newly-built corresponding described user in the second data repository, so that this user can directly use the telecommand of storage to encode after logging on cloud server by remote control terminal, and above-mentioned telecommand coding data also can be supplied to other users and use by cloud server, by same control instruction, the infrared controlled plant having authority is operated.
2. the learning method of infrared control according to claim 1, it is characterised in that the first described data repository and the second data repository are a data base.
3. the learning method of infrared control according to claim 1, it is characterised in that above-mentioned remote control terminal is carried out data transmission by communication and cloud server, sends control instruction, is embodied in smart mobile phone, panel computer or PC.
4. the learning method of infrared control according to claim 1, it is characterised in that carried out data transmission by ZigBee, Z-Wave, WIFI or Bluetooth communication protocol mode between above-mentioned infrared transponder and gateway coordinator.
5. the learning method of infrared control according to claim 1, it is characterised in that above-mentioned identification code be the bar code of product, two-dimensional bar code or Three-Dimensional Bar Code one of them.
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Denomination of invention: Learning method of infrared control Effective date of registration: 20201209 Granted publication date: 20160608 Pledgee: Science City (Guangzhou) Finance Leasing Co.,Ltd. Pledgor: NANJING IOT SENSOR TECHNOLOGY Co.,Ltd. Registration number: Y2020980009045 |
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Date of cancellation: 20230417 Granted publication date: 20160608 Pledgee: Science City (Guangzhou) Finance Leasing Co.,Ltd. Pledgor: NANJING IOT SENSOR TECHNOLOGY Co.,Ltd. Registration number: Y2020980009045 |