CN101727735A - Remote control system - Google Patents
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- CN101727735A CN101727735A CN200810170885A CN200810170885A CN101727735A CN 101727735 A CN101727735 A CN 101727735A CN 200810170885 A CN200810170885 A CN 200810170885A CN 200810170885 A CN200810170885 A CN 200810170885A CN 101727735 A CN101727735 A CN 101727735A
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Abstract
The invention relates to a remote control system. A universal remote controller comprises a communication unit used for communicating with an external device, a plurality of remote control signal transmission units adopting different remote control techniques and used for transmitting remote control signals to the exterior, an input unit used for receiving an instruction input by a user, a storage, and a controller used for acquiring remote control information in at least one remote-controlled device from the external device through the communication unit, storing the remote control information in the storage, and controlling the remote control signal transmission unit corresponding to a remote control technique adopted by the designated remote-controlled device to transmit a remote control signal corresponding to a designated function based on the remote control information of the designated remote-controlled device stored by the storage when the input unit receives an instruction for performing the designated function on the designated remote-controlled device in the at least one remote-controlled device. Through the remote control system, the controller can easily learn multiple kinds of remote control information of the remote-controlled device at present and in the future. Therefore, the user can conveniently perform remote control on the remote-controlled device.
Description
Technical field
The present invention relates to a kind of telechirics.
Background technology
Along with the raising of scientific and technological level, the operable household electrical appliance of people are more and more, for example: domestic television set, digital TV set-top box, video recorder, VCD or DVD player, air conditioner, digital projector and combination audio etc.These household electrical appliance generally all have distant control function, and for every kind of household electrical appliance, the production commercial city has been equipped with a corresponding telepilot for it, so that the user just can use it easily by telepilot.
At present, a lot of families have had the multiple household electrical appliance that have distant control function, therefore, are often all placing a plurality of telepilots on the desk in living room.In this case, when one of desire use had the household electrical appliance of distant control function, the user at first needed to find the telepilot of these household electrical appliance from numerous telepilots, use this household electrical appliance by this telepilot then.If the user can not find the telepilot of these household electrical appliance, even find the telepilot of other household electrical appliance so, the user can not use the telepilot of other household electrical appliance to use this household electrical appliance, and this is to very inconvenience of user.Simultaneously, not only increased manufacturer's production cost for each household electrical appliance is equipped with a telepilot, and increased user's purchase cost.
For this reason, people propose learning-oriented telepilot, can use a plurality of household electrical appliance by learning-oriented telepilot people.There are following two types in existing learning-oriented telepilot.
First kind is the learning-oriented telepilot of fixed code formula.When making the learning-oriented telepilot of fixed code formula, at first collect the remote control parameter of existing various telepilots, in a telepilot, realize the function of existing various telepilots based on collected remote control parameter then, thereby be fixed the learning-oriented telepilot of yard formula.
Yet, the learning-oriented telepilot extendability of fixed code formula is very poor, it can only be implemented in the function of various telepilots collected when making the learning-oriented telepilot of fixed code formula, and when new telepilot occurring after making the learning-oriented telepilot of fixed code formula, the learning-oriented telepilot of fixed code formula can not be realized the function of this new telepilot.
Second kind is the learning-oriented telepilot of waveform copy type.The learning-oriented telepilot of waveform copy type is realized the function of learned remote control in the following manner: the learning-oriented telepilot of waveform copy type is placed automatic learning state, then learned remote control is aimed at the learning-oriented telepilot of waveform copy type, press a button of learned remote control, the learning-oriented telepilot of waveform copy type is learnt the signal waveform of this button, then indicate the user that corresponding button in the learning-oriented telepilot of waveform copy type is set, be provided with and finish the learning-oriented telepilot of postwave shape copy type signal waveform information that storage is explicitly learnt in storer and set corresponding key information.In this manner, the learning-oriented telepilot of waveform copy type is learnt the function of all buttons of learned remote control.
In use, the learning-oriented telepilot of waveform copy type places user mode, and when the user presses button on the learning-oriented telepilot of waveform copy type, the learning-oriented telepilot of waveform copy type is read and the corresponding signal waveform information of this button in reservoir, produces signal and launches based on this signal waveform information of reading.
By as seen above-mentioned, the learning process more complicated of the telepilot that the waveform copy type is learning-oriented, study need take a long time, the such learning process of the difficult grasp of user.
And, the learning-oriented telepilot of telepilot that the fixed code formula is learning-oriented and waveform copy type all can only use in the remote control applications of the remote control mode such based on infrared ray, can not use in the remote control applications of the remote control mode such based on sub-audible sound or ultrasound wave.
Summary of the invention
The object of the present invention is to provide a kind of telechirics, utilize this telechirics, telepilot can easily be learnt remote informations existing and the following various remotely-controlled equipments that occur, thus user's remote control remotely-controlled equipment easily.
In order to realize purpose of the present invention,, comprising according to a kind of general remote controller of the present invention:
Communication unit is used for communicating with external device (ED);
The remote signal transmitter unit of the different telecontrol engineerings of a plurality of employings is used for to the external emission remote signal;
Input block is used to receive the indication of user's input;
Storer; And
Controller, be used for obtaining the remote information of at least one remotely-controlled equipment and being stored in the described storer from described external device (ED) via described communication unit, and, when described input block receives when the appointment remotely-controlled equipment in described at least one remotely-controlled equipment carried out the indication of appointed function, based on the remote information of the described appointment remotely-controlled equipment of described memory stores, control the corresponding remote signal transmitter unit emission remote signal corresponding of telecontrol engineering that adopts with described appointment remotely-controlled equipment in described a plurality of remote signal transmitter unit with described appointed function.
In order to realize purpose of the present invention,, comprising according to a kind of device of the present invention:
Communication unit is used for communicating with general remote controller;
Storer is used to store the remote information of remotely-controlled equipment; And
Controller, be used for when receive via described communication unit from described general remote controller be used to ask the message of remote information the time, from described storer, read the remote information of described remotely-controlled equipment and the described remote information that reads sent to described general remote controller via described communication unit.
Description of drawings
Fig. 1 shows the synoptic diagram according to the telechirics of first embodiment of the invention.
Fig. 2 shows the structural representation according to the remotely-controlled equipment of first embodiment of the invention.
Fig. 3 shows the structural representation according to the general remote controller of first embodiment of the invention.
Fig. 4 shows the schematic flow sheet according to the method for the learning remote control information of first embodiment of the invention.
Fig. 5 shows and according to first embodiment of the invention remotely-controlled equipment is carried out the process flow diagram of the method for remote control.
Fig. 6 shows the synoptic diagram according to the telechirics of second embodiment of the invention.
Fig. 7 shows the synoptic diagram according to the remote information server of second embodiment of the invention.
Fig. 8 shows the synoptic diagram according to the general remote controller of second embodiment of the invention.
Fig. 9 shows the schematic flow sheet according to the method for the learning remote control information of second embodiment of the invention.
Embodiment
Describe each embodiment of the present invention in detail below in conjunction with accompanying drawing.
Fig. 1 shows the synoptic diagram according to the telechirics of first embodiment of the invention.As shown in Figure 1, telechirics 10 comprises remotely-controlled equipment 100 and general remote controller 200.
Wherein, remotely-controlled equipment 100 is that it has the remote information of oneself in storage inside such as such having by the equipment of distant control function such as domestic television set, digital TV set-top box, video recorder, VCD or DVD player, air conditioner, digital projector and combination audio.This remote information comprises the telecontrol engineering that remotely-controlled equipment 100 is adopted and the remote control parameter of remote control remotely-controlled equipment 100.Wherein, this telecontrol engineering comprises infrared remote control, sub-audible sound remote control or ultra-sonic remote control etc., and this remote control parameter comprises the telecontrol engineering parameter of each function of the corresponding relation of each function of identification information, remote control remotely-controlled equipment 100 of each function of remotely-controlled equipment 100 and the button in the telepilot and remotely-controlled equipment 100.For the remotely-controlled equipment 100 that adopts different telecontrol engineerings, the telecontrol engineering parameter that its each function is corresponding different.For example, for the remotely-controlled equipment 100 that adopts Infrared Ray Remote Control Technology, the telecontrol engineering parameter of its each function correspondence comprises level, recurrent interval, pulse length and transmission cycle etc., and for the remotely-controlled equipment 100 that adopts sub-audible sound remote control and ultra-sonic remote control, the telecontrol engineering parameter of its each function correspondence comprises sound frequency, pitch and sound bandwidth etc.
General remote controller 200 has two kinds of duties: remote information learning state and remote state.Under the remote information learning state, general remote controller 200 can obtain the remote information of remotely-controlled equipment 100 from remotely-controlled equipment 100.Under remote state, general remote controller 200 can carry out remote control to remotely-controlled equipment 100.
Fig. 2 shows the structural representation according to the remotely-controlled equipment of first embodiment of the invention.As shown in Figure 2, remotely-controlled equipment 100 comprises that remote information administration module 110 and remote signal receive control module 160.
Wherein, remote information administration module 110 comprises communication unit 1102, controller 1104 and storer 1106.Wherein, communication unit 1102 has NFC (near-field communication) antenna, be used for utilizing near-field communication technology and general purpose controller 200 to communicate, and produce the working power of remote information administration module 110 by the signal that this NFC antenna coupling general purpose controller 200 sends by this NFC antenna.Controller 1104 is used to control communication unit 1102 and storer 1106.Storer 1106 is used to store the remote information of remotely-controlled equipment 100.
Remote signal receives control module 160 and comprises remote-control-signal reception unit 162 and functional module 164.Wherein, remote-control-signal reception unit 162 is used to receive the remote signal that general purpose controller 200 sends, and functional module 164 is used to carry out the remote signal function corresponding that is received with remote-control-signal reception unit 162.
Fig. 3 shows the structural representation according to the general remote controller of first embodiment of the invention.Shown in 3, general remote controller 200 comprises communication unit 202, storer 204, remote signal transmitter unit 206A-206C, input block 208, display unit 210 and controller 212.
Wherein, communication unit 202 has the NFC antenna, is used for utilizing near-field communication technology and remotely-controlled equipment 100 to communicate by this NFC antenna.Storer 204 is used to store the remote information of each remotely-controlled equipment that general remote controller 200 learns to obtain.Remote signal transmitter unit 206A-206C is used for to remotely-controlled equipment 100 emission remote signals, wherein, remote signal transmitter unit 206A is the remote signal transmitter unit of infrared remote control type, remote signal transmitter unit 206B is the remote signal transmitter unit of sub-audible sound remote control type, and remote signal transmitter unit 206C is the remote signal transmitter unit of ultra-sonic remote control type.Input block 208 has the keyboard (hard manual or soft keyboard) that comprises button, is used for importing various indications by the user by button.Display unit 210 is used for display message.Controller 212 is used to control communication unit 202, storer 204, remote signal transmitter unit 206A-206C, input block 208 and display unit 210.
Fig. 4 shows the schematic flow sheet according to the method for the learning remote control information of first embodiment of the invention.As shown in Figure 4, when the user was set to the remote information learning state in order to make general remote controller 200 learn the remote information of remotely-controlled equipment 100 with general remote controller 200, the communication unit 202 of general remote controller 200 outwards sent the signal (step S400) that comprises the indication that is used to ask remote information constantly via its NFC antenna.
When the user moved general remote controller 200 close enough remotely-controlled equipments 100, the communication unit 1102 of the remote information administration module 110 in the remotely-controlled equipment 100 was via the coupling of its NFC antenna and be used to comprising of receiving that general remote controller 200 sends to ask the signal (step S410) of the indication of remote information.
Communication unit 1102 produces the working power that is used for remote information administration module 110 according to the signal of this coupling and reception, and asks being used to of being comprised in the signal of this coupling and reception the indication of remote information to send to the controller 1104 (step S420) of remote information administration module 110.
When receive from communication unit 1102 be used to ask the indication of remote information the time, the controller 1104 of remote information administration module 110 reads the remote information of remotely-controlled equipment 100 and sends to communication unit 1102 (step S430) from storer 1106.
When receiving the remote information of the remotely-controlled equipment 100 that controller 1104 sends, communication unit 1102 sends the signal (step S440) of the remote information that comprises remotely-controlled equipment 100 to general remote controller 200.
The communication unit 202 of general remote controller 200 receives the signal of the remote information that comprises remotely-controlled equipment 100 that sends from remotely-controlled equipment 100 and sends it to the controller 212 (step S450) of general remote controller 200.
When receiving the signal of the remote information that comprises remotely-controlled equipment 100 that communication unit 202 sends, the remote information of the remotely-controlled equipment 100 that is comprised in the signal that the controller 212 of general remote controller 200 will receive is stored in (step S460) in the storer 204.
After the remote information with remotely-controlled equipment 100 was stored in the storer 204, the controller 212 of general remote controller 200 sent the message (step S470) of the remote information of representing successfully to learn remotely-controlled equipment 100 to the display unit 210 of general remote controller 200.
Fig. 5 shows and according to first embodiment of the invention remotely-controlled equipment is carried out the process flow diagram of the method for remote control.As shown in Figure 5, be set under the situation of remote state by the user at general remote controller 200, when the user for remotely-controlled equipment 100 is set to current remotely-controlled equipment when the input block 208 input expression of general remote controller 200 is set to the indication of current remotely-controlled equipment with remotely-controlled equipment 100, input block 208 receives the controller 212 (step S500) that these indicating concurrents are given general remote controller 200.
When receiving this expression from input block 208 when remotely-controlled equipment 100 is set to the indication of current remotely-controlled equipment, controller 212 retrieves the remote information of remotely-controlled equipment 100 from the storer 204 of general remote controller 200, as the remote information (step S510) of current remotely-controlled equipment.
According to the telecontrol engineering of being retrieved that remote information comprised, one of them of the remote signal transmitter unit 206A-206C of controller 212 selection general remote controllers 200 is as current remote signal transmitter unit (step S520).Particularly, when the telecontrol engineering of being retrieved that remote information comprised was infrared remote control, the remote signal transmitter unit 206A that selects the infrared remote control type was as current remote signal transmitter unit; When the telecontrol engineering of being retrieved that remote information comprised was the sub-audible sound remote control, the remote signal transmitter unit 206B that selects sub-audible sound remote control type was as current remote signal transmitter unit; And when the telecontrol engineering of being retrieved that remote information comprised was ultra-sonic remote control, the remote signal transmitter unit 206C that selects the ultra-sonic remote control type was as current remote signal transmitter unit.
After the message of receiving self-controller 212, display unit 210 shows that current remotely-controlled equipment is remotely-controlled equipment 100 (step S540).
When the user pressed button on the input block 208 of general remote controller 200, input block 208 received the buttons input and sends to the controller 212 (step S550) of general remote controller 200.
When receiving from the input of the button of input block 208, controller 212 finds out the telecontrol engineering parameter of importing function corresponding with the button of this reception from the remote control parameter that remote information comprised of current remotely-controlled equipment, and the telecontrol engineering parameter that is found out is sent to current remote signal transmitter unit (step S560).
After the telecontrol engineering parameter of receiving self-controller 212, current remote signal transmitter unit is according to the telecontrol engineering parameter generating remote signal (step S570) of this reception.
Current remote signal transmitter unit sends the remote signal (step S580) that is produced.
The remote signal of remotely-controlled equipment 100 receives remote-control-signal reception unit 162 in the control module 160 and receives the remote signal that general remote controllers 200 send and send to remote signal and receive functional module 164 (step S590) in the control module 160.
The functional module 164 that remote signal receives in the control module 160 is carried out the remote signal function corresponding (step S595) that is received with remote-control-signal reception unit 162.
Though it will be appreciated by those skilled in the art that among superincumbent first embodiment, remote information administration module 110 be embedded in the remotely-controlled equipment 100 and with remotely-controlled equipment 100 be inseparable, yet the present invention is not limited thereto.In other embodiments of the invention, remote information administration module 110 can be realized in a NFC card that is independent of remotely-controlled equipment 100, this NFC card can be active or passive type, and can be distributed to the user with the operation instructions or the packing box of remotely-controlled equipment 100.
Though it will be appreciated by those skilled in the art that in the above remotely-controlled equipment is stored its remote information in advance and learnt for general remote controller among first embodiment, yet the present invention is not limited thereto.In fact, the remote information of remotely-controlled equipment also can be stored on the server and download for general remote controller.Below this is described in detail.
Fig. 6 shows the synoptic diagram according to the telechirics of second embodiment of the invention.As shown in Figure 6, telechirics 20 comprises remotely-controlled equipment 300, remote information server 400 and general remote controller 600.
Wherein, remotely-controlled equipment 300 is such as such having by the equipment of distant control function such as domestic television set, digital TV set-top box, video recorder, VCD or DVD player, air conditioner, digital projector and combination audio.
General remote controller 600 has two kinds of duties: remote information learning state and remote state.Under the remote information learning state, general remote controller 600 can obtain the remote information of remotely-controlled equipment 300 by utilizing wireless communication technology from remote information server 400.Under remote state, general remote controller 600 can carry out remote control to remotely-controlled equipment 300.
Fig. 7 shows the synoptic diagram according to the remote information server of second embodiment of the invention.As shown in Figure 7, remote information server 400 comprises communication unit 402, authenticating unit 404, database 406 and controller 408.
Wherein, communication unit 402 is used to utilize wireless communication technology and general remote controller 500 to communicate.Authenticating unit 404 is used to register the identity identification information of each validated user, and verifies according to the identity identification information of being registered whether the user that desire is downloaded the remote information of remotely-controlled equipment from remote information server 400 is validated user.Database 406 is used to store the remote information of each remotely-controlled equipment.Controller 408 is used to control communication unit 402, authenticating unit 404 and database 406.
Fig. 8 shows the synoptic diagram according to the general remote controller of second embodiment of the invention.As shown in Figure 8, general remote controller 600 comprises communication unit 602, storer 604, remote signal transmitter unit 606A-606C, input block 608, display unit 610 and controller 612.
Wherein, communication unit 602 is used to utilize wireless communication technology and remote information server 400 to communicate.Storer 204 is used to store the user's of the remote information of each remotely-controlled equipment that general remote controller 600 learns to obtain and general remote controller 600 identity identification information.Remote signal transmitter unit 606A-606C is used for to remotely-controlled equipment 300 emission remote signals, wherein, remote signal transmitter unit 606A is the remote signal transmitter unit of infrared remote control type, remote signal transmitter unit 606B is the remote signal transmitter unit of sub-audible sound remote control type, and remote signal transmitter unit 606C is the remote signal transmitter unit of ultra-sonic remote control type.Input block 608 has keyboard or the soft keyboard that comprises button, is used for importing various indications by the user by button.Display unit 610 is used for display message.Controller 612 is used to control communication unit 602, storer 604, remote signal transmitter unit 606A-606C, input block 608 and display unit 610.
Fig. 9 shows the schematic flow sheet according to the method for the learning remote control information of second embodiment of the invention.As shown in Figure 9, be at general remote controller 600 under the situation of remote information learning state, when the user when the indication of remote information of remotely-controlled equipments 300 is downloaded in the input block 608 input expression of general remote controller 600, input block 608 receives the indication of these inputs and sends it to the controller 604 (step S900) of general remote controller 600.
When receiving that when downloading the indication of remote information of remotely-controlled equipment 300 from this expression of input block 608, controller 604 is read the user's of general remote controller 600 identity identification information (step S904) from storer 604.
After this download request of receiving self-controller 604, communication unit 602 utilizes wireless communication technology to send this download request (step S912) to remote information server 400.
The communication unit 402 of remote information server 400 receives from the download request of general remote controller 600 and sends to the controller 408 (step S916) of remote information server 400.
After this download request of receiving from communication unit 402, controller 408 sends to authenticating unit 404 (step S920) with the user's of the general remote controller 600 that comprised in this download request identity identification information.
Behind the user's who receives the general remote controller 600 that controller 408 sends identity identification information, authenticating unit 404 is judged the identity identification information that whether has the user of general remote controller 600 in the user's who is registered the identity identification information, and returns an authenticating result message (step S924) based on judged result to controller 408.Wherein, if judged result shows the identity identification information that does not have the user of general remote controller 600 in the user's who is registered the identity identification information, then return the authenticating result message that shows failed authentication, otherwise return the authenticating result message that shows the authentication success to controller 408.
When receiving the authenticating result message that authenticating unit 404 is returned, if the failure of authenticating result message table explicit example for reference power, then controller 408 sends a download response (step S928) that shows failed authentication to communication unit 402.
If authenticating result message table explicit example for reference is weighed successfully, then controller 408 retrieves the remote information (step S932) of remotely-controlled equipment 300 from the database 406 of remote information server 400.
The communication unit 602 of general remote controller 600 receives the download response of remote information server 400 transmissions and sends it to the controller 612 (step S944) of general remote controller 600.
After the download response of receiving from communication unit 602, if should download the failure of Response Table explicit example for reference power, then controller 612 sends the information (step S948) of an expression failed authentication to the display unit 608 of general remote controller 600.
If the download respond packet that should receive from communication unit 602 contain the remote information of remotely-controlled equipment 300, then controller 612 will be downloaded in the storer 604 that the remote information that responds the remotely-controlled equipment 300 that is comprised is stored in general remote controller 600 (step S956).
According to second embodiment of the invention to remotely-controlled equipment 300 carry out the method for remote control with shown in Fig. 5 according to first embodiment of the invention that remotely-controlled equipment is carried out the method for remote control is identical, therefore, no longer repeat to give unnecessary details at this.
Those skilled in the art are to be understood that, though among superincumbent first and second embodiment, general remote controller comprises the remote signal transmitter unit of infrared remote control type, the remote signal transmitter unit of sub-audible sound remote control type and the remote signal transmitter unit of ultra-sonic remote control type, yet general remote controller of the present invention is not limited thereto.In other embodiments of the invention, general remote controller can be any two or three the whole remote signal transmitter units in these three remote signal transmitter units, perhaps can further include the remote signal transmitter unit of other remote control type.
Those skilled in the art are to be understood that; the disclosed telechirics of each embodiment of the present invention; can under the situation that does not depart from invention essence, make various distortion, modification and change, and these distortion, modification and change all should be within protection scope of the present invention.Therefore, protection scope of the present invention is limited by the accompanying claims.
Claims (10)
1. general remote controller comprises:
Communication unit is used for communicating with external device (ED);
The remote signal transmitter unit of the different telecontrol engineerings of a plurality of employings is used for to the external emission remote signal;
Input block is used to receive the indication of user's input;
Storer; And
Controller, be used for obtaining the remote information of at least one remotely-controlled equipment and being stored in the described storer from described external device (ED) via described communication unit, and, when described input block receives when the appointment remotely-controlled equipment in described at least one remotely-controlled equipment carried out the indication of appointed function, based on the remote information of the described appointment remotely-controlled equipment of described memory stores, control the corresponding remote signal transmitter unit emission remote signal corresponding of telecontrol engineering that adopts with described appointment remotely-controlled equipment in described a plurality of remote signal transmitter unit with described appointed function.
2. general remote controller as claimed in claim 1, wherein,
Described input block has the keyboard that comprises button;
The remote information of described at least one remotely-controlled equipment comprises the telecontrol engineering parameter of each function of corresponding relation that each function and the button of the telecontrol engineering that described at least one remotely-controlled equipment adopts, described at least one remotely-controlled equipment are imported and described at least one remotely-controlled equipment; And
Described controller is used for when described input block receives that being used for described appointment remotely-controlled equipment is set to the indication of current remotely-controlled equipment, the remote information that from described storer, retrieves described appointment remotely-controlled equipment as the remote information of current remotely-controlled equipment and the remote signal transmitter unit of the telecontrol engineering that remote information comprised of selecting to adopt in described a plurality of remote signal transmitter unit described retrieval as current remote signal transmitter unit, and when described input block receives the input of button, control the telecontrol engineering parameter of the corresponding function of button input that comprised and described reception in the remote information of described current remote signal transmitter unit according to described current remotely-controlled equipment and launch remote signal.
3. general remote controller as claimed in claim 1 or 2, wherein,
Described communication unit is used for communicating by near-field communication technology and described external device (ED); And
Described external device (ED) comprises described at least one remotely-controlled equipment or stores the near-field communication card of the remote information of described at least one remotely-controlled equipment.
4. general remote controller as claimed in claim 1 or 2, wherein
Described external device (ED) is a server;
Described communication unit is used for communicating by wireless communication technology and described server; And
Described controller is used for the indication according to the remote information of described at least one remotely-controlled equipment of download of described input block reception, send the download request that the remote information of described at least one remotely-controlled equipment is downloaded in an expression via described communication unit to described server, and, receive the remote information of described at least one remotely-controlled equipment and be stored in the described storer from described server via described communication unit.
5. general remote controller as claimed in claim 4, wherein
Described storer also is used to store the user's of described general remote controller identity identification information; And
Described download request also comprises the user's of described general remote controller identity identification information.
6. device comprises:
Communication unit is used for communicating with general remote controller;
Storer is used to store the remote information of remotely-controlled equipment; And
Controller, be used for when receive via described communication unit from described general remote controller be used to ask the message of remote information the time, from described storer, read the remote information of described remotely-controlled equipment and the described remote information that reads sent to described general remote controller via described communication unit.
7. device as claimed in claim 6, wherein
Described communication unit is used for communicating by near-field communication technology and described general remote controller.
8. device as claimed in claim 7, wherein,
Described device is arranged in the described remotely-controlled equipment or is independent of the near-field communication card of described remotely-controlled equipment.
9. device as claimed in claim 6, wherein
Described communication unit is used for communicating by wireless communication technology and described general remote controller;
Described storer is used to store the remote information of at least one remotely-controlled equipment;
Described message is used for asking the remote information of the appointment remotely-controlled equipment of described at least one remotely-controlled equipment; And
Described controller is used for when receiving described message, retrieves the remote information of described appointment remotely-controlled equipment from described storer, and sends the remote information of described retrieval to described general remote controller via described communication unit.
10. device as claimed in claim 9, wherein
Described message also comprises the user's of described general remote controller identity identification information;
Described device also comprises authenticating unit, be used to register the identity identification information of validated user, and the identity identification information of the validated user of the user's of included described general remote controller identity identification information and described registration in the described message verifies whether the user of described general remote controller is validated user; And
Described controller be used for when the checking result of described authenticating unit for certainly the time, from described storer, retrieve the remote information of described appointment remotely-controlled equipment, and send the remote information of described retrieval via described communication unit to described general remote controller.
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| CN200810170885A CN101727735A (en) | 2008-10-23 | 2008-10-23 | Remote control system |
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| CN200810170885A CN101727735A (en) | 2008-10-23 | 2008-10-23 | Remote control system |
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| CN102411840A (en) * | 2011-12-15 | 2012-04-11 | 鸿富锦精密工业（深圳）有限公司 | Remote control device |
| CN102568178A (en) * | 2011-12-27 | 2012-07-11 | 鸿富锦精密工业（深圳）有限公司 | Remote control system and remote control method |
| CN102739862A (en) * | 2012-06-08 | 2012-10-17 | 深圳市亿思达显示科技有限公司 | Remote control of smart phone |
| CN102789685A (en) * | 2012-07-10 | 2012-11-21 | Tcl通力电子（惠州）有限公司 | Universal remote controller, parameter configuration method thereof and controlled equipment |
| CN103051362A (en) * | 2012-12-26 | 2013-04-17 | 深圳市通力科技开发有限公司 | Method and system for realizing remote controller learning function |
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| CN103839398A (en) * | 2012-11-20 | 2014-06-04 | 华为终端有限公司 | Remote controller key value information processing method, control apparatus and remote controller |
| CN103914973A (en) * | 2013-12-31 | 2014-07-09 | 海尔集团公司 | Method and system for infrared learning by using cloud server |
| CN104697105A (en) * | 2013-12-05 | 2015-06-10 | 珠海格力电器股份有限公司 | Air conditioner control system and method |
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Application publication date: 20100609 |