CN102930710A - Method and device for realizing infrared remote control by mobile phone - Google Patents
Method and device for realizing infrared remote control by mobile phone Download PDFInfo
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- CN102930710A CN102930710A CN2012104149872A CN201210414987A CN102930710A CN 102930710 A CN102930710 A CN 102930710A CN 2012104149872 A CN2012104149872 A CN 2012104149872A CN 201210414987 A CN201210414987 A CN 201210414987A CN 102930710 A CN102930710 A CN 102930710A
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Abstract
The invention discloses a method and a device for realizing infrared remote control by a mobile phone. The method comprises the following steps of acquiring infrared codes matching with current controlled equipment and their encoding mode, storing the infrared codes and the encoding mode in a mobile phone data base, searching corresponding infrared code information from the infrared codes according to a user operational order, transforming the infrared code information into infrared signals by the encoding mode, and outputting the infrared signals to the controlled equipment. The method and the device realize infrared remote control of controlled equipment by a mobile phone and are convenient for operation and use by a user.
Description
Technical field
The present invention relates to the electronic equipment communication technique field, particularly a kind of mobile phone is realized method and the device of infrared remote control.
Background technology
Along with occur in the family more and more can be by the electronic equipment of telepilot control, and every kind of equipment need be equipped with the telepilot of a coupling, thereby causes the telepilot of a plurality of different models of occurring in the family.The user needs to be familiar with first the usage of different remote before use, also easily takes telepilot when using simultaneously by mistake, therefore uses quite inconvenience.In order to address the above problem, usually adopt universal remote control in the prior art, be typically provided with many group infrared codings in this universal remote control, the user can be by the mode of circulation conversion, from many groups infrared coding, debug one by one one group of infrared coding with current controlled device coupling and realize control to controlled device, its operation is comparatively complicated, is not easy to the user and uses.
Summary of the invention
Fundamental purpose of the present invention is to provide a kind of mobile phone to realize the method for infrared remote control, is intended to realize mobile phone infrared remote control controlled device, user-friendly use.
In order to realize goal of the invention, the invention provides the method that a kind of mobile phone is realized infrared remote control, this mobile phone realizes that the method for infrared remote control may further comprise the steps:
Obtain infrared coding and the coded system that is complementary with current controlled device and deposit to the data in mobile phone storehouse;
From described infrared coding, search the corresponding infrared coding information that obtains according to user's operational order;
Described infrared coding information is converted to infrared signal with described coded system, and exports described controlled device to.
Preferably, describedly obtain infrared coding and the coded system that is complementary with current controlled device and deposit that step specifically comprises to the data in mobile phone storehouse:
Obtain the characteristic information of current controlled device, inquiry obtains corresponding infrared coding and coded system and deposits to the data in mobile phone storehouse according to this characteristic information.
Preferably, describedly obtain infrared coding and the coded system that is complementary with current controlled device and deposit that step specifically comprises to the data in mobile phone storehouse:
Receive the remote signal that the telepilot corresponding with described controlled device sends;
According to the coded system of the described telepilot of described remote control signal analysis, and described remote signal decoded;
Described coded system, the decoded infrared coding information of remote signal and the function button corresponding with described remote signal are stored in the data in mobile phone storehouse, and the decoded infrared coding information of described remote signal and the function button corresponding with described remote signal are corresponding one by one.
Preferably, after carrying out the described step that coded system, the decoded infrared coding information of remote signal and the function button corresponding with described remote signal is stored in the data in mobile phone storehouse, also comprise, with described data in mobile phone library backup to background server.
Preferably, described searching from described infrared coding according to user's operational order obtains corresponding infrared coding information step and specifically comprises:
Show the corresponding function button of described remote control coding;
Receive user's operational order, and obtain corresponding function button according to user's operational order analysis;
Obtain corresponding infrared coding information according to described function button inquiry.
The device that the present invention also provides a kind of mobile phone to realize infrared remote control, this mobile phone realize that the device of infrared remote control comprises:
Acquisition module is used for obtaining infrared coding and the coded system that is complementary with current controlled device and depositing to the data in mobile phone storehouse;
Search module, from described infrared coding, search the corresponding infrared coding information that obtains according to user's operational order;
Transmitter module is converted to infrared signal with described infrared coding information with described coded system, and exports described controlled device to.
Preferably, described acquisition module specifically is used for obtaining the characteristic information of current controlled device, obtains corresponding infrared coding and coded system and deposits to the data in mobile phone storehouse according to this characteristic information inquiry.
Preferably, described acquisition module comprises:
Receiving element is used for receiving the remote signal that the telepilot corresponding with described controlled device sends;
Decoding unit is used for the coded system according to the described telepilot of described remote control signal analysis, and described remote signal is decoded;
Storage element, be used for described coded system, the decoded infrared coding information of remote signal and the function button corresponding with described remote signal are stored to the data in mobile phone storehouse, and the decoded infrared coding information of described remote signal and the function button corresponding with described remote signal are corresponding one by one.
Preferably, described acquisition module also comprises backup units, is used for described data in mobile phone library backup to background server.
Preferably, the described module of searching comprises:
Display unit is used for showing the corresponding function button of described remote control coding;
Analytic unit be used for to receive user's operational order, and obtains corresponding function button according to user's operational order analysis;
Query unit is used for obtaining corresponding infrared coding information according to described function button inquiry.
The present invention is by obtaining infrared coding and the coded system of mating with controlled device, search the corresponding infrared coding information that obtains according to user's operational order, and in the corresponding encoded mode infrared coding information is encoded, then export infrared signal to controlled device, thereby realize mobile phone infrared remote control controlled device.Utilize the present invention, infrared coding and coded system by system's automatic acquisition and controlled device coupling, the user only need send operational order simply just can realize control to controlled device, need not as prior art, debug out one by one infrared coding with current controlled device coupling and go to realize control to controlled device, thereby reduce the difficulty that operates, and then more user-friendly.
Description of drawings
Fig. 1 is the schematic flow sheet that mobile phone of the present invention is realized the embodiment of the method for infrared remote control;
Fig. 2 is the schematic flow sheet of second embodiment of step S10 among Fig. 1;
Fig. 3 is the schematic flow sheet of step S20 embodiment among Fig. 1;
Fig. 4 is the structural representation that mobile phone of the present invention is realized the device embodiment of infrared remote control;
Fig. 5 is the structural representation of transmitter module among Fig. 4;
Fig. 6 is the structural representation of searching module among Fig. 4.
The realization of the object of the invention, functional characteristics and advantage are described further with reference to accompanying drawing in connection with embodiment.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
With reference to Fig. 1, Fig. 1 is the schematic flow sheet that mobile phone of the present invention is realized the embodiment of the method for infrared remote control.The mobile phone that the present embodiment provides is realized the method for infrared remote control, may further comprise the steps:
Step S10 obtains infrared coding and the coded system that is complementary with current controlled device and deposits to the data in mobile phone storehouse;
In the present embodiment, but above-mentioned controlled device is the electronic equipment with infrared remote control, and such as televisor, remote control electric fan etc. below made detailed description as an example of televisor example.When needs adopt mobile phone to use realization control televisor to carry out corresponding feature operation as telepilot, at first obtain infrared coding and coded system thereof with the adaptive telepilot of this televisor by mobile phone, and this infrared coding and coded system are stored in the database of mobile phone.
Step S20 searches the corresponding infrared coding information that obtains according to user's operational order from above-mentioned infrared coding;
In the present embodiment, mobile phone is the operating system of Android4.x, and has infrared remote-control operation software, and this infrared function software has application interface, this application interface is provided with virtual function button, and the user can input corresponding operational order by operating virtual function button.For example, the arrangement mode of the function button on the application interface can be consistent with the function arrangement mode of entity telepilot, when needs are realized function that program adds, at first start the infrared remote-control operation software of mobile phone, enter application interface, then click " program+" button in the virtual function button, background program will be searched the infrared coding information corresponding with this " program+" that obtains according to " program+" button that the user presses from database.
Step S30 is converted to infrared signal with above-mentioned infrared coding information with coded system, and exports above-mentioned controlled device to.
In the present embodiment, mobile phone has the infrared emission receiving function.Particularly, the one infrared emission receiver module that is connected with mobile phone can be set, and this infrared emission receiver module can be built in mobile phone, but also peripheral hardware, one adapter with infrared emission receiving function for example can be set, and this adapter can carry out communication by USB interface and mobile phone.After searching the acquisition infrared coding information corresponding with above-mentioned " program+", this infrared coding information can be sent to the infrared emission receiver module, by this infrared emission receiver module according to above-mentioned " program+" corresponding infrared coding information to encode with the coded system of controlled device coupling, and export corresponding infrared signal to controlled device, carry out corresponding function with the control controlled device, namely televisor will be carried out program and add 1 operation in the present embodiment.
The present invention is by obtaining infrared coding and the coded system of mating with controlled device, search the corresponding infrared coding information that obtains according to user's operational order, and in the corresponding encoded mode infrared coding information is encoded, then export infrared signal to controlled device, thereby realize mobile phone infrared remote control controlled device.Utilize the present invention, infrared coding and coded system by system's automatic acquisition and controlled device coupling, the user only need send operational order simply just can realize control to controlled device, need not as prior art, debug out one by one infrared coding with current controlled device coupling and go to realize control to controlled device, thereby reduced the difficulty that operates, and then more user-friendly.
Particularly, above-mentioned steps S10 can adopt various embodiments, below is described with two kinds of embodiment wherein.Wherein, first embodiment of step S10 specifically comprises: mobile phone obtains the characteristic information of current controlled device, and inquiry obtains corresponding infrared coding and coded system and deposits to the data in mobile phone storehouse according to this characteristic information.
Above-mentioned characteristic information comprises that unit type knows equipment photo etc.In the present embodiment, the scheme of obtaining the characteristic information of current controlled device can be for multiple, such as manual input equipment model or the mode such as take pictures, below makes detailed description in the mode of taking pictures.The user can clap the photo of getting controlled device by mobile phone, and this photo is sent in the background server that stores corresponding infrared coding and coded system, by the image processing module analysis of background server obtain controlled device the type of corresponding telepilot, and the infrared coding that this telepilot is corresponding and coded system feed back to mobile phone.Should be noted that when not having corresponding data in the background server, can communicate the acquisition corresponding data by background server and third-party server, then by background server corresponding data are sent to mobile phone.
Second embodiment of step S10 specifically comprises: by infrared coding and the coded system of the adaptive telepilot of mobile phone autonomous " study " formation and controlled device.This is a kind of mobile phone imitation telepilot, and mobile phone carries out " study " rear method that automatically forms one group of infrared coding and coded system, and it does not need to depend on existing infrared coding and coded system as first embodiment of step S10.Therefore, second embodiment of step S10 is larger for the obvious meaning of versatility that improves cellphone remote-control function, it can be applicable in some novel mobile phones that lack corresponding infrared coding and coded system or the non-mainstream mobile phone, avoid to realize owing to can not find existing corresponding infrared coding and coded system the situation of distant control function, be specifically introduced below with reference to Fig. 2.
With reference to Fig. 2, Fig. 2 is infrared coding and the coded system schematic flow sheet that obtains controlled device among second embodiment of step S10.In the present embodiment, above-mentioned steps S10 specifically comprises:
Step S101 receives the remote signal that the telepilot corresponding with above-mentioned controlled device sends;
Step S102 according to the coded system of above-mentioned remote control signal analysis telepilot, and decodes to remote signal;
Step S103, above-mentioned coded system, the decoded infrared coding information of remote signal and the function button corresponding with remote signal are stored in the data in mobile phone storehouse, and the decoded infrared coding information of remote signal and the function button corresponding with remote signal are corresponding one by one.
In the present embodiment, can at first start the infrared remote-control operation software of mobile phone, enter application interface, and newly-built one virtual function button, for example " power key ".Then press " power key " in the middle of the telepilot corresponding with controlled device, this telepilot will be exported corresponding remote signal to the infrared receiving module of mobile phone, after this infrared receiving module receives this remote signal, analyze the coded system of telepilot, and this remote signal is decoded.To state at last coded system, the decoded infrared coding information of remote signal and the function button corresponding with remote signal and be stored in the data in mobile phone storehouse, and the decoded infrared coding information of remote signal and the function button corresponding with remote signal are corresponding one by one.When the user when application interface input " power key ", mobile phone will be from searching this " power key " corresponding infrared coding information from data.
The quantity that should be noted that virtual functions button on the above-mentioned application interface can be added according to actual needs, does not limit further at this.Owing to can the infrared coding information of telepilot be stored in the present embodiment, then according to the corresponding infrared coding of remote control coding information output that stores, thereby therefore control improved the practicality of mobile phone remote to the operation of controlled device.
Further, based on above-described embodiment, after carrying out above-mentioned steps S103, also comprise,
Step S104, with the data in mobile phone library backup to background server.
In the present embodiment, each is with arranging corresponding database per family, so that the database in the mobile phone is backed up in background server.When the data in mobile phone stock is upgrading, with the data in mobile phone library backup after upgrading to background server.In the present embodiment, because the database after the mobile phone renewal is backed up, when the user need to change mobile phone, can be with the database update that backs up in the background server to the mobile phone of changing, thus the infrared coding that need not again to store telepilot can be realized distant control function.
With reference to Fig. 3, search the schematic flow sheet of infrared coding information among Fig. 3 step S20.Based on above-described embodiment, in the present embodiment, above-mentioned steps S20 specifically comprises:
Step S201 shows the corresponding function button of above-mentioned remote control coding;
Step S202 receives user's operational order, and obtains corresponding function button according to user's operational order analysis;
Step S203, inquiry obtains corresponding infrared coding information according to the above-mentioned functions button.
In the present embodiment, mobile phone is the operating system of Android4.x, and has infrared remote-control operation software, and this infrared function software has application interface, and this application interface is provided with virtual function button.Mobile phone at first receives the user to using the operational order at interface, because function button and infrared coding information are corresponding one by one, therefore after can judging the function button of user selection according to the operational order analysis, from the data in mobile phone storehouse, search the corresponding infrared coding information that obtains.
The display mode that should be noted that above-mentioned application interface also can be multiple, for example can comprise simplifying display mode and full display mode, and can mutually switch, and wherein simplifies display mode and can show function button commonly used, uses thereby more be suitable for people.
With reference to Fig. 4, Fig. 4 is the structural representation that mobile phone of the present invention is realized the device embodiment of infrared remote control.The device that the present invention also provides a kind of mobile phone to realize infrared remote control, for the method that realizes above-mentioned mobile phone realization infrared remote control, this mobile phone realizes that the device of infrared remote control comprises:
In the present embodiment, but above-mentioned controlled device is the electronic equipment with infrared remote control, and such as televisor, remote control electric fan etc. below made detailed description as an example of televisor example.When needs adopt mobile phone to use realization control televisor to carry out corresponding feature operation as telepilot, at first obtain infrared coding and coded system thereof with the adaptive telepilot of this televisor by acquisition module 100, and this infrared coding and coded system are stored in the database of mobile phone.
In the present embodiment, mobile phone is the operating system of Android4.x, and has infrared remote-control operation software, and this infrared function software has application interface, this application interface is provided with virtual function button, and the user can input corresponding operational order by operating virtual function button.For example, the arrangement mode of the function button on the application interface can be consistent with the function arrangement mode of entity telepilot, when needs are realized function that program adds, at first start the infrared remote-control operation software of mobile phone, enter application interface, then click " program+" button in the virtual function button, search module 200 and will obtain and be stored to according to " program+" button that the user presses infrared coding and the coded message in data in mobile phone storehouse from acquisition module 100, search the infrared coding information corresponding with this " program+" that obtains.
In the present embodiment, mobile phone has the infrared emission receiving function.Particularly, the one infrared emission receiver module that is connected with mobile phone can be set, and this infrared emission receiver module can be built in mobile phone, but also peripheral hardware, one adapter with infrared emission receiving function for example can be set, and this adapter can carry out communication by USB interface and mobile phone.Should be noted that above-mentioned transmitter module 300 is the part of infrared emission receiver module.When search module 200 search obtain the infrared coding information corresponding with above-mentioned " program+" after, this infrared coding information can be sent to transmitter module 300, by this transmitter module 300 according to above-mentioned " program+" corresponding infrared coding information to encode with the coded system of controlled device coupling, and export corresponding infrared signal to controlled device, carry out corresponding function with the control controlled device, namely televisor will be carried out program and add 1 operation in the present embodiment.
The present invention obtains infrared coding and the coded system of mating with controlled device by acquisition module 100, search module 200 and search the corresponding infrared coding information that obtains according to user's operational order, and infrared coding information is encoded in the corresponding encoded mode by transmitter module 300, then export infrared signal to controlled device, thereby realize mobile phone infrared remote control controlled device, and then reduced and realized the difficulty of Universal remote control operation, and then more be convenient to people's use.
Particularly, above-mentioned acquisition module 100 can specifically be used for obtaining the characteristic information of current controlled device, and obtains corresponding infrared coding and coded system according to this characteristic information inquiry.
Above-mentioned characteristic information comprises that unit type knows equipment photo etc.In the present embodiment, acquisition module 100 obtains the scheme of the characteristic information of current controlled device can be for multiple, such as manual input equipment model or the mode such as take pictures, below makes detailed description in the mode of taking pictures.The user can clap the photo of getting controlled device by mobile phone, and this photo is sent in the background server that stores corresponding infrared coding and coded system, by the image processing module analysis of background server obtain controlled device the type of corresponding telepilot, and the infrared coding that this telepilot is corresponding and coded system feed back to mobile phone.Should be noted that when not having corresponding data in the background server, can communicate the acquisition corresponding data by background server and third-party server, then by background server corresponding data are sent to mobile phone.
Should be noted that, acquisition module 100 is by obtaining the characteristic information inquiry obtains and current controlled device is complementary infrared coding and the coded system of controlled device in above-described embodiment, also pass through infrared coding and the coded system of the adaptive telepilot of mobile phone autonomous " study " formation and controlled device among other embodiment, it does not need to depend on existing infrared coding and coded system, therefore larger for the obvious meaning of versatility that improves cellphone remote-control function, be introduced below in conjunction with Fig. 5.
With reference to Fig. 5, Fig. 5 is the structural representation of transmitter module among Fig. 4.Based on above-described embodiment, above-mentioned transmitter module 100 comprises:
Receiving element 101 is used for receiving the remote signal that the telepilot corresponding with above-mentioned controlled device sends;
Decoding unit 102 is used for the coded system according to the above-mentioned telepilot of above-mentioned remote control signal analysis, and above-mentioned remote signal is decoded;
In the present embodiment, can at first start the infrared remote-control operation software of mobile phone, enter application interface, and newly-built one virtual function button, for example " power key ".Then press " power key " in the middle of the telepilot corresponding with controlled device, this telepilot will be exported corresponding remote signal to the receiving element 101 of mobile phone, after this receiving element 101 receives this remote signal, export this remote signal to decoding unit 102, analyzed the coded system of telepilot by this decoding unit 102, and this remote signal is decoded.To state coded system, the decoded infrared coding information of remote signal and the function button corresponding with remote signal by storage element 103 at last and be stored in the data in mobile phone storehouse, and the decoded infrared coding information of remote signal and the function button corresponding with remote signal are corresponding one by one.When the user when application interface input " power key ", mobile phone will be from searching this " power key " corresponding infrared coding information from data.
The quantity that should be noted that virtual functions button on the above-mentioned application interface can be added according to actual needs, does not limit further at this.Owing to can the infrared coding information of telepilot be stored in the present embodiment, then according to the corresponding infrared coding of remote control coding information output that stores, thereby therefore control improved the practicality of mobile phone remote to the operation of controlled device.
Further, based on above-described embodiment, above-mentioned acquisition module 100 also comprises backup units 104, and this backup units 104 is used for the data in mobile phone library backup to background server.
In the present embodiment, each is with arranging corresponding database per family, so that the database in the mobile phone is backed up in background server.When the data in mobile phone stock was upgrading, the DB Backup after will being upgraded by backup units 104 was to background server.In the present embodiment, because the database after the mobile phone renewal is backed up, when the user need to change mobile phone, can be with the database update that backs up in the background server to the mobile phone of changing, thus the infrared coding that need not again to store telepilot can be realized distant control function
With reference to Fig. 6, Fig. 6 is the structural representation of searching module among Fig. 4.Based on above-described embodiment, in the present embodiment, the above-mentioned module 200 of searching comprises:
In the present embodiment, mobile phone is the operating system of Android4.x, and has infrared remote-control operation software, and this infrared function software has application interface, and this application interface is provided with virtual function button.Particularly, the application interface of infrared function software is the part of above-mentioned display unit 201.Mobile phone at first receives the user to using the operational order at interface, because function button and infrared coding information are corresponding one by one, after analysis module 202 is judged the function button of user selection according to the operational order analysis, the information output of this function button to query unit 203, is searched the corresponding infrared coding information that obtains by query unit 203 according to the information of function button from the data in mobile phone storehouse.
The display mode that should be noted that above-mentioned application interface also can be multiple, for example can comprise simplifying display mode and full display mode, and can mutually switch, and wherein simplifies display mode and can show function button commonly used, uses thereby more be suitable for people.
Below only be the preferred embodiments of the present invention; be not so limit claim of the present invention; every equivalent structure or equivalent flow process conversion that utilizes instructions of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. the method for a mobile phone realization infrared remote control is characterized in that, may further comprise the steps:
Obtain infrared coding and the coded system that is complementary with current controlled device and deposit to the data in mobile phone storehouse;
From described infrared coding, search the corresponding infrared coding information that obtains according to user's operational order;
Described infrared coding information is converted to infrared signal with described coded system, and exports described controlled device to.
2. mobile phone as claimed in claim 1 is realized the method for infrared remote control, it is characterized in that, describedly obtains infrared coding and the coded system that is complementary with current controlled device and deposits that step specifically comprises to the data in mobile phone storehouse:
Obtain the characteristic information of current controlled device, inquiry obtains corresponding infrared coding and coded system and deposits to the data in mobile phone storehouse according to this characteristic information.
3. mobile phone as claimed in claim 1 is realized the method for infrared remote control, it is characterized in that, describedly obtains infrared coding and the coded system that is complementary with current controlled device and deposits that step specifically comprises to the data in mobile phone storehouse:
Receive the remote signal that the telepilot corresponding with described controlled device sends;
According to the coded system of the described telepilot of described remote control signal analysis, and described remote signal decoded;
Described coded system, the decoded infrared coding information of remote signal and the function button corresponding with described remote signal are stored in the data in mobile phone storehouse, and the decoded infrared coding information of described remote signal and the function button corresponding with described remote signal are corresponding one by one.
4. mobile phone as claimed in claim 3 is realized the method for infrared remote control, it is characterized in that, after carrying out the described step that coded system, the decoded infrared coding information of remote signal and the function button corresponding with described remote signal is stored in the data in mobile phone storehouse, also comprise, with described data in mobile phone library backup to background server.
5. realize the method for infrared remote control such as each described mobile phone in the claim 1 to 4, it is characterized in that, described searching from described infrared coding according to user's operational order obtains corresponding infrared coding information step and specifically comprises:
Show the corresponding function button of described remote control coding;
Receive user's operational order, and obtain corresponding function button according to user's operational order analysis;
Obtain corresponding infrared coding information according to described function button inquiry.
6. the device of a mobile phone realization infrared remote control is characterized in that, comprising:
Acquisition module is used for obtaining infrared coding and the coded system that is complementary with current controlled device and depositing to the data in mobile phone storehouse;
Search module, from described infrared coding, search the corresponding infrared coding information that obtains according to user's operational order;
Transmitter module is converted to infrared signal with described infrared coding information with described coded system, and exports described controlled device to.
7. mobile phone as claimed in claim 6 is realized the device of infrared remote control, it is characterized in that, described acquisition module specifically is used for obtaining the characteristic information of current controlled device, obtains corresponding infrared coding and coded system and deposits to the data in mobile phone storehouse according to this characteristic information inquiry.
8. mobile phone as claimed in claim 6 is realized the device of infrared remote control, it is characterized in that, described acquisition module comprises:
Receiving element is used for receiving the remote signal that the telepilot corresponding with described controlled device sends;
Decoding unit is used for the coded system according to the described telepilot of described remote control signal analysis, and described remote signal is decoded;
Storage element, be used for described coded system, the decoded infrared coding information of remote signal and the function button corresponding with described remote signal are stored to the data in mobile phone storehouse, and the decoded infrared coding information of described remote signal and the function button corresponding with described remote signal are corresponding one by one.
9. mobile phone as claimed in claim 8 is realized the device of infrared remote control, it is characterized in that, described acquisition module also comprises backup units, is used for described data in mobile phone library backup to background server.
10. realize the device of infrared remote control such as each described mobile phone in the claim 6 to 9, it is characterized in that, the described module of searching comprises:
Display unit is used for showing the corresponding function button of described remote control coding;
Analytic unit be used for to receive user's operational order, and obtains corresponding function button according to user's operational order analysis;
Query unit is used for obtaining corresponding infrared coding information according to described function button inquiry.
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| CN104735274A (en) * | 2013-12-18 | 2015-06-24 | 广西大学 | Learning type universal infrared remote control method based on cloud platform and smart phone |
| CN104767563A (en) * | 2015-03-19 | 2015-07-08 | 小米科技有限责任公司 | Information gathering method and device |
| CN104883433A (en) * | 2015-04-23 | 2015-09-02 | 惠州Tcl移动通信有限公司 | Mobile terminal and setting method of remote control parameter of mobile terminal |
| CN105741532A (en) * | 2014-12-11 | 2016-07-06 | 华为终端（东莞）有限公司 | Terminal having infrared remote control function, and infrared remote control pairing method |
| CN105792114A (en) * | 2014-12-16 | 2016-07-20 | 深圳Tcl新技术有限公司 | Method and system for acquiring remote control codes |
| CN105809948A (en) * | 2014-12-29 | 2016-07-27 | 西安Tcl软件开发有限公司 | Automatic testing method and system for infrared control equipment |
| CN106028109A (en) * | 2016-07-01 | 2016-10-12 | 美的智慧家居科技有限公司 | Remote control code library matching method and apparatus for intelligent terminal |
| CN108492545A (en) * | 2018-03-15 | 2018-09-04 | 北京金山安全软件有限公司 | Infrared remote control method, device, remote control equipment and medium |
| CN113068068A (en) * | 2021-03-25 | 2021-07-02 | 深圳Tcl数字技术有限公司 | Universal remote controller control method and device, television, remote controller and medium |
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