CN100392680C - Remote controller, remote control system and method of selectively controlling multiple electronic devices remotely - Google Patents
Remote controller, remote control system and method of selectively controlling multiple electronic devices remotely Download PDFInfo
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- CN100392680C CN100392680C CNB2005100047013A CN200510004701A CN100392680C CN 100392680 C CN100392680 C CN 100392680C CN B2005100047013 A CNB2005100047013 A CN B2005100047013A CN 200510004701 A CN200510004701 A CN 200510004701A CN 100392680 C CN100392680 C CN 100392680C
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Abstract
The present invention relates to a remote controller which comprises an identification code inputting interface used for inputting identification codes of electronic devices, a function command inputting interface used for inputting function commands for controlling the operation of electronic devices, a wireless transmission module used for outputting wireless signals, and a control module used for controlling the wireless transmission module. When the identification code inputting interface receives an identification code of an electronic device, a wireless signal corresponding to the identification code is output; when the function command inputting interface receives a function command to control the operation of the electronic device, a wireless signal corresponding to the function command is output.
Description
Technical field
The invention provides telepilot, telechirics and the method for a plurality of electronic installations of a kind of optionally remote control, be meant especially a kind of by the wireless signal that sends a corresponding identification code to these a plurality of electronic installations, with the electronic installation of locking phase corresponding to this identification code, and by the wireless signal that sends a corresponding function command to this a plurality of electronic installations, carry out telepilot, telechirics and the method for this function command to control blocked electronic installation.
Background technology
Telepilot has become a kind of indispensable electronic installation in the daily life, and people can be recumbent on a sofa drawlingly, by the telepilot in the control hand, selects TV programme of desiring to watch or the running of controlling cold air.See also Fig. 1, Fig. 1 is the function block schematic diagram of a known telepilot 10, and telepilot 10 includes an input interface (input interface) 12, and it can comprise a plurality of buttons, is used to provide the function that the user selects corresponding each button representative; One control module 14 is electrically connected on input interface 12; And an infrared light-emitting diode (infrared light-emitting diode, infrared LED) 16, be electrically connected on control module 14.The user can select the function of corresponding each button representative by input interface 12, and input interface 12 can transmit the input signal of corresponding each button to control module 14, control module 14 according to input interface 12 transmitted input signal produce the infrared-type control signal of similar this code (Morsecode) that rubs, launch infrared signal to an electronic installation that should control signal with control infrared light-emitting diode 16, when this electronic installation receives this infrared signal, this infrared signal decoding can be carried out corresponding function, for example adjust volume, adjust image parameter etc.
Yet, when every emission one infrared signal of infrared ray light emitting diode 16, this infrared signal can be carried the function code of corresponding this function secretly, and before this function code, add a machine identifier, be used for discerning the electronic installation of desire control, and after this function code, add an end code, to separate the data between continuous signal.So as from the foregoing, known single remote controller 10 only can be controlled a kind of electronic installation of type, and when the electronic installation that many same model were arranged with the time is placed on the scope that 10 energy remote controls of telepilot arrive, if the user uses a teleswitch and 10 goes remote control wherein during an electronic installation, then the electronic installation of all the other same model all can receive the infrared signal that telepilot 10 is sent, so remote control simultaneously is to the electronic installation of multi-section same model, and the inconvenience that causes misoperation and use; Moreover, all can carry machine identifier, function code and end code secretly when launching infrared signal at every turn, so cause the steering order complexity, also prolonged the time of infrared signal decoding jointly, thereby just can postpone the reaction time of telepilot 10 remote-controlling electronic devices.
Summary of the invention
The invention provides a kind of telepilot, telechirics and method, control the wireless signal of identification code to a plurality of electronic installations of desiring remote control by sending one corresponding one, with the electronic installation of locking phase corresponding to this identification code, and by the wireless signal that sends a corresponding function command to these a plurality of electronic installations, correspond to this function command with the blocked electronic installation execution of control, to solve the above problems.
The present invention discloses a kind of telepilot, and it includes an identification code input interface, is used for importing the control identification code of the electronic installation of desiring remote control; One function command input interface is used for importing the function command of the operation of control electronic installation; One wireless sending module is used for exporting wireless signal; An and control module, when this identification code input interface receives the control identification code of electronic installation, be used for controlling this wireless sending module and export corresponding control identification code signal, and when this function command input interface receives the function command of the operation of controlling electronic installation, be used for controlling this wireless sending module and export corresponding function command signal.
Description of drawings
Fig. 1 is the function block schematic diagram of known telepilot.
Fig. 2 is the function block schematic diagram of telechirics of the present invention.
Fig. 3 is the synoptic diagram of a plurality of electronic installations of telepilot remote control of telechirics of the present invention.
Fig. 4 is for using a teleswitch the optionally process flow diagram of a plurality of electronic installations of remote control in telechirics of the present invention.
The main element symbol description
10 telepilots, 12 input interfaces
14 control modules, 16 infrared light-emitting diodes
30 telechiricss, 32 telepilots
34 identification code input interfaces, 35 numerical keys
36 function command input interfaces, 38 wireless sending modules
40 control modules, 42 electronic installations
44 memory modules, 46 wireless receiving modules
48 logical blocks, 50 identification codes are set the interface
52 release keies
Embodiment
See also Fig. 2, Fig. 2 is the function block schematic diagram of the present invention's one telechirics 30.Telechirics 30 includes a telepilot 32, a plurality of electronic installations 42 of remote control optionally, it includes an identification code input interface 34, is used for importing the control identification code of the electronic installation 42 of desiring remote control, it can comprise set of number key 35, is used for importing the control identification code of electronic installation 42; One function command input interface 36 is used for importing the function command of the operation of control electronic installation 42; One wireless sending module 38 is used for exporting wireless signal; An and control module 40, when identification code input interface 34 receives the control identification code of electronic installation 42, be used for controlling the corresponding control identification code signal of wireless sending module 38 outputs, and when function command input interface 36 receives the function command of the operation of controlling electronic installation 42, be used for controlling the corresponding function command signal of wireless sending module 38 outputs.Telechirics 30 also includes more than one electronic installation 42, each electronic installation 42 includes a memory module 44, be used for storing each electronic installation 42 corresponding device identification code, its can be one can electricity erase programmable read only memory (electrically erasable programmable read only memory, EEPROM);--wireless receiving module 46 is used for receiving this control identification code signal or this function command signal that the wireless sending module 38 of telepilot 32 transmits; One logical block 48, when this control identification code signal that is received when wireless receiving module 46 meets the stored device identification code of memory module 44, be used for setting electronic installation 42 and be locking (lock) state the state of function command (that is: can carry out), and when electronic installation 42 receives this function command signal for lock-out state and wireless receiving module 46, be used for controlling electronic installation 42 and carry out these function commands; And one identification code set interface 50, be used to provide demonstrations, set or change the device identification code in the memory module 44 that is stored in electronic installation 42.
See also Fig. 3, Fig. 3 is the synoptic diagram of a plurality of electronic installations 42 of telepilot 32 remote controls of telechirics 30 of the present invention.Electronic installation 42 can be projector, each electrical home appliances etc. can be by the electronic installation of remote control.The user can set the device identification code that this electronic installation 42 is set at interface 50 by the identification code of electronic installation 42, and the identification code of electronic installation 42 setting interface 50 can be various man-machine interfaces (human-machine interface) such as button or contact panel, and can further provide viewing window pictures operation (OnScreen Display, function OSD).The device identification code that each electronic installation 42 sets can be inequality fully, and is handling with the independence of distinguishing each electronic installation 42; Or the device identification code of setting section electronic installation 42 is identical to form one group, the device identification code that for example can set certain three electronic installation 42 is 1, the device identification code of other four electronic installations 42 is 2, so the actuation means identification code is three electronic installations 42 of 1 simultaneously, or while actuation means identification code is four electronic installations 42 of 2.And at telepilot 32 ends, the user can import the control identification code of the electronic installation of desiring to control 42 by identification code input interface 34, and wherein controlling identification code can be by numerical key 35 input.And during practice, control identification code and device identification code can be numeral 1,2,3... Deng or be alphabetical a, b, c ... wait any symbol for identification, and the identification code setting interface 50 of the identification code input interface 34 of input control identification code and setting device identification code can not only be confined to the button kenel, also can be various man-machine interfaces such as contact panel.In addition, the user can control the function command of the operation of electronic installations 42 by 36 inputs of function command input interface, for example adjust each operating parameter of electronic installation 42 etc., and function command input interface 36 can comprise release (release) key 52, be used for importing one and release order, to remove the lock-out state of blocked electronic installation 42.
See also Fig. 4, Fig. 4 is 32 process flow diagrams of a plurality of electronic installations 42 of remote control optionally that use a teleswitch in telechirics 30 of the present invention, and method of the present invention comprises the following step:
Step 100: utilize the identification code input interface 34 of telepilot 32, the control identification code of the electronic installation 42 of remote control is desired in input.
Step 102: after execution in step 100, by the control module 40 control wireless sending modules 38 of telepilot 32, so that sending module 38 utilizes the wireless receiving module 46 of the corresponding control identification code of wireless transmission technology export signal to all electronic installations 42.
Step 104: after the wireless receiving module 46 of each electronic installation 42 receives this control identification code signal that the wireless sending module 38 of telepilot 32 transmits, the logical block 48 of each electronic installation 42 just contrasts individual device identification code stored in the memory module 44 of this control identification code and each electronic installation 42, and then the logical block 48 of this electronic installation 42 can the electronic installation 42 of setting own be a lock-out state just.
Step 106: after execution in step 104, utilize the function command input interface 36 of telepilot 32, control the function command of the operation of electronic installation 42 with input.
Step 108: after execution in step 106, by the control module 40 control wireless sending modules 38 of telepilot 32, so that sending module 38 utilizes the wireless receiving module 46 of the corresponding function command signal of wireless transmission technology export to all electronic installations 42.
Step 110: after the wireless receiving module 46 of each electronic installation 42 receives this function command signal that the wireless sending module 38 of telepilot 32 transmits, carry out these function commands at the electronic installation 42 that the logical block 48 of the peaceful blocked electronic installation 42 of step 104 just can control itself.
Step 112: utilize release key 52 inputs one to release order, to remove the lock-out state of blocked electronic installation 42.
At this above-mentioned steps being done one describes in detail, at first the user can set the device identification code that 50 pairs of respective electronic device in interface 42 are set each electronic installation 42 by the identification code of electronic installation 42, wherein the device identification code that sets of each electronic installation 42 can be inequality fully, for example, then can set 0,1 respectively if ten electronic installations 42 are arranged, .., 8,90 groups of device identification codes are to these ten electronic installations 42, and are handling with the independence of distinguishing each electronic installation 42; Or the device identification code of setting section electronic installation 42 is identical to form one group, the device identification code that for example can set certain three electronic installation 42 is 1, the device identification code of other four electronic installations 42 is 2, so the actuation means identification code is three electronic installations 42 of 1 simultaneously, or while actuation means identification code is four electronic installations 42 of 2.After the device identification code of having set electronic installation 42, the user can import the control identification code of the electronic installation of desiring to control 42 by the identification code input interface 34 of controlling telepilot 32, next is about to the electronic installation of controlling 42 with selection.For instance, the user supresses in the numerical key 35 of identification code input interface 34 1 button, then represents the user to select and next wants the actuation means identification code to be set at 1 electronic installation 42.And after the control module 40 of telepilot 32 receives the control identification code signal that identification code input interface 34 transmits, control module 40 just can be controlled wireless sending module 38, so that wireless sending module 38 utilizes the wireless transmission technology export to correspond to the wireless receiving module 46 of the wireless signal of this control identification code to all electronic installations 42, wherein wireless sending module 38 can be the WLAN (wireless local area network) agreement of utilization infrared ray transmission technology or utilization bluetooth (Bluetooth) technology, to export wireless signal to wireless receiving module 46.Hold above-mentioned example, control module 40 just can be controlled wireless sending module 38, is 1 the wireless signal wireless receiving module 46 to all electronic installations 42 so that wireless sending module 38 output corresponds to the control identification code.To correspond to the control identification code be behind 1 the wireless signal and the wireless receiving module 46 of each electronic installation 42 receives that the wireless sending module 38 of telepilot 32 transmits, and the logical block 48 of each electronic installation 42 just contrasts individual device identification code stored in the memory module 44 of this control identification code and each electronic installation 42.Stored individual device identification code promising 1 in the memory module 44 of these a plurality of electronic installations 42, then the equality circuit identification code is that the logical block 48 of 1 electronic installation 42 just can be lock-out state by the electronic installation 42 of setting own, that is to say to present the remote control lock-out state only have blocked electronic installation 42 can carry out the function command that telepilot 32 is next transmitted.
Fetch down the function command input interface 36 that the user can utilize telepilot 32,, for example can import each operating parameter of blocked electronic installation 42 etc. to import the function command of the operation of controlling locked electronic installation 42.And after the control module 40 of telepilot 32 receives the function command that function command input interface 36 transmits, the control module 40 of telepilot 32 just can be controlled wireless sending module 38, so that wireless sending module 38 utilizes the wireless receiving module 46 of the corresponding function command signal of wireless transmission technology export to all electronic installations 42.Though and the wireless receiving module 46 of each electronic installation 42 all can receive this function command signal that the wireless sending module 38 of telepilot 32 transmits, the electronic installation 42 that the logical block 48 that blocked electronic installation 42 only arranged just can control itself is carried out these function commands.Hold above-mentioned example, it is that the electronic installation 42 that the logical block 48 of 1 electronic installation 42 just can control itself is carried out these function commands that device identification code is only arranged, the electronic installation 42 of other device identification code does not have any corresponding action and takes place after receiving this function command signal.
It is last if desire is removed the lock-out state of blocked electronic installation 42, to finish the blocked electronic installation 42 of remote control or to change other still unblocked electronic installations 42 of remote control, the user can release order to import one by pressing release key 52, and after the control module 40 of telepilot 32 receives releasing order that release key 52 transmits, the control module 40 of telepilot 32 just can be controlled wireless sending module 38, so that wireless sending module 38 utilizes the corresponding wireless receiving module 46 of signal to all electronic installations 42 that release order of wireless transmission technology export.At this moment, the logical block 48 of all blocked electronic installations 42 can be removed the lock-out state of electronic installation 42, and gets back to the original state that is not locked by telepilot 32 as yet.At this moment, can select the control identification code of the electronic installation 42 of desiring remote control more again, and continue repeated execution of steps 100 to step 112.For instance, when utilizing the numerical key 35 of identification code input interface 34 at the beginning, the user imports control identification code 1 and control identification code 3 respectively, then the electronic installation 42 of all device identification code 1 and device identification code 3 just is in locked state at this moment, and next the user just can utilize the function command input interface 36 of telepilot 32, carries out correlation functions with the electronic installation 42 of while telechiric device identification code 1 and device identification code 3.And if the user pressed release key 52 and released order with input afterwards, then this moment all device identification code 1 and device identification code 3 the lock-out state of electronic installation 42 just can be removed simultaneously, and get back to the original state that is not locked as yet by telepilot 32.
Mode as for the lock-out state of removing blocked electronic installation 42, above-mentionedly utilize release key 52 input to release order except adopting, outside the mode with the lock-out state of removing all blocked electronic installations 42 simultaneously, telechirics 30 of the present invention also can be designed to: when the user utilizes identification code input interface 34 to import the control identification code of the electronic installation 42 of desiring remote controls for the first time, this control identification code is in order to the electronic installation 42 of locking phase to controlling identification code, and when the user utilized for the second time 34 inputs of identification code input interface to be same as the control identification code of being imported for the first time again, this control identification code was then in order to the lock-out state of the electronic installation 42 of removing corresponding this control identification code.That is to say, the control identification code of odd number time input electronic installation 42 in order to locking phase to the identical control identification code of electronic installation 42, the even numbers time input electronic installation 42 that should control identification code then in order to the lock-out state of the electronic installation 42 of removing corresponding this control identification code.Thus, telepilot 32 just can successively be selected to specify some electronic installations 42 of desiring remote control, control the electronic installation 42 of different device identification code and the lock-out state that can successively remove some electronic installations 42 severally simultaneously.For instance, when utilizing the numerical key 35 of identification code input interface 34 at the beginning, the user imports control identification code 1 and control identification code 3 respectively, then this moment, all electronic installations 42 that correspond to device identification code 1 and device identification code 3 just were in locked state, and next, the user just can utilize the function command input interface 36 of telepilot 32, and the electronic installation 42 that corresponds to device identification code 1 and device identification code 3 with remote control is carried out correlation function simultaneously.If the user only thought that remote control corresponded to the electronic installation 42 of device identification code 3 afterwards, and when not rethinking remote control simultaneously and corresponding to the electronic installation 42 of device identification code 1, the user can press numeral 1 in the numerical key 35 with the signal of input control identification code 1 once more, so the time all lock-out states that correspond to the electronic installation 42 of device identification code 1 just can be disengaged, thereby the user just can utilize the function command input interface 36 of telepilot 32, and only the remote control electronic installation 42 that corresponds to device identification code 3 is carried out correlation functions.
Compared to known telepilot, telepilot of the present invention can utilize the wireless signal that sends corresponding control identification code earlier extremely by the electronic installation of remote control, with the electronic installation of locking phase corresponding to this control identification code, the wireless signal that sends corresponding function command is again carried out this function command to by the electronic installation of remote control with the blocked electronic installation of control.Thus, just a plurality of electronic installations of remote control optionally, and remote control simultaneously to the electronic installation of multi-section same model, the inconvenience that does not cause misoperation and use.In addition, telepilot of the present invention only can transmit this control identification code signal or this both one of function command signal to by the electronic installation of remote control at every turn, so can simplify the steering order of telepilot remote-controlling electronic device, and then the reaction time of shortening telepilot remote-controlling electronic device, so all can carry machine identifier, function code and end code secretly in the time of can improving known technology and launch wireless signal at every turn, thereby cause the steering order complexity, also postpone the shortcoming in the reaction time of telepilot remote-controlling electronic device.In addition, telepilot of the present invention does not need to launch wireless signal at every turn all will carry machine identifier, function code and end code secretly, only need the user prior to setting device identification code in the electronic installation, again in the set control identification code by the identification code input interface on the telepilot, select input to desire the corresponding control identification code of remote-controlling electronic device, wireless signal with corresponding this control identification code of launching, so telepilot itself can not need additionally to add device, memory to store the identification code of each electronic installation, also increased the advantage of saving the telepilot cost thus.Moreover, the present invention is except that removing the lock-out state of all locked electronic installations simultaneously, also can successively distinctly remove electronic installation with respect to certain specific control identification code, thus to a plurality of electronic installations can reach simultaneously locking successively, remote control simultaneously and simultaneously or the elasticity that unlocks of priority control flexibly.
The above only is the preferred embodiments of the present invention, and all equivalences of carrying out according to claim of the present invention change and revise, and all should belong to covering scope of the present invention.
Claims (22)
1. telepilot includes:
One identification code input interface is used for importing one of a desire remote-controlling electronic device and controls identification code:
One function command input interface is used for importing a function command of the operation of this electronic installation of control;
One wireless sending module is used for exporting a wireless signal: and
One control module, when this identification code input interface receives this control identification code of this electronic installation, be used for controlling this wireless sending module and export a corresponding control identification code signal, and when this function command input interface receives this function command of the operation of controlling this electronic installation, be used for controlling this wireless sending module and export a corresponding function command signal
Wherein this control module is used for this control identification code of this electronic installation of being imported according to this identification code input interface, control corresponding this control identification code signal of this wireless sending module output to this electronic installation, with locking phase this electronic installation corresponding to this control identification code, and be used for this function command of being imported according to this function command input interface, control corresponding this function command signal of this wireless sending module output to this electronic installation, carry out this function command with blocked this electronic installation of control.
2. as telepilot that claim 1 reached, wherein this control module is used for this control identification code of this electronic installation of being imported according to this identification code input interface, control corresponding this control identification code signal of this wireless sending module output to this electronic installation, correspond to the lock-out state of this electronic installation of this control identification code with releasing.
3. telepilot as claimed in claim 1, wherein this function command input interface is used for importing one and releases order, and this control module is used for releasing order according to this, control this wireless sending module and export corresponding one and release order signal, to remove the lock-out state of blocked this electronic installation to this electronic installation.
4. telepilot as claimed in claim 1, wherein this identification code input interface comprises the set of number key, is used for importing this control identification code of this desire remote-controlling electronic device.
5. telepilot as claimed in claim 1, wherein this identification code input interface comprises a class symbol key, is used for importing this control identification code of this desire remote-controlling electronic device.
6. telepilot as claimed in claim 1, wherein this wireless sending module utilization infrared ray transmission technology is exported this wireless signal.
7. telepilot as claimed in claim 1, wherein this wireless signal of WLAN (wireless local area network) agreement output of this wireless sending module utilization Bluetooth technology.
8. telechirics includes:
One telepilot, it includes:
One identification code input interface is used for importing a control identification code;
One function command input interface is used for importing a function command;
One wireless sending module is used for exporting a wireless signal; And
One control module, when this identification code input interface receives this control identification code, be used for controlling this wireless sending module and export a corresponding control identification code signal, and when this function command input interface receives this function command, be used for controlling this wireless sending module and export a corresponding function command signal; And
An electronic installation includes:
One memory module is used for storing a device identification code of this electronic installation;
One wireless receiving module is used for receiving this control identification code signal or this function command signal that this wireless sending module of this telepilot transmits; An and logical block, when this control identification code signal that this wireless receiving module received meets stored this device identification code of this memory module, being used for setting this electronic installation is lock-out state, and when this electronic installation be lock-out state and this wireless receiving module when receiving this function command signal, be used for controlling this electronic installation and carry out this function command.
9. telechirics as claimed in claim 8, wherein work as this control identification code signal that this wireless receiving module received and meet this stored device identification code of this memory module, and when this electronic installation was lock-out state, this logical block was used for removing the lock-out state of this electronic installation.
10. telechirics as claimed in claim 8, wherein this function command input interface is used for importing one and releases order, and this control module is used for releasing order according to this, control this wireless sending module and export corresponding one and release order signal, to remove the lock-out state of blocked this electronic installation to this wireless receiving module of this electronic installation.
11. telechirics as claimed in claim 8, wherein this identification code input interface comprises the set of number key, with not importing this control identification code.
12. telechirics as claimed in claim 8, wherein this identification code input interface comprises a class symbol key, is used for importing this control identification code.
13. telechirics as claimed in claim 8, wherein this wireless sending module of this telepilot uses infrared ray transmission technology, to export this wireless signal this wireless receiving module to this electronic installation.
14. telechirics as claimed in claim 8, the wherein WLAN (wireless local area network) agreement of this wireless sending module utilization Bluetooth technology of this telepilot is to export this wireless signal this wireless receiving module to this electronic installation.
15. telechirics as claimed in claim 8, wherein this electronic installation includes identification code setting interface, is used for setting this device identification code of this electronic installation.
16. telechirics as claimed in claim 15, wherein this identification code setting interface comprises the set of number key, is used for setting this device identification code of this electronic installation.
17. telechirics as claimed in claim 15, wherein this identification code setting interface comprises a class symbol key, is used for setting this device identification code of this electronic installation.
18. telechirics as claimed in claim 15, wherein this identification code setting interface more comprises a viewing window pictures operation interface.
19. telechirics as claimed in claim 8, wherein this electronic installation is a projector.
20. a remote control thereof includes the following step:
(a) utilize the wireless transmission technology to send one of a corresponding desire remote-controlling electronic device and control a control identification code signal of identification code to this electronic installation;
(b) contrast a device identification code stored in this control identification code and this electronic installation,, then lock this electronic installation if this device identification code in this electronic installation meets this control identification code; And
(c) utilize a function command signal that the wireless transmission technology sends a corresponding function command to this electronic installation, carry out this function command with blocked this electronic installation of control.
21. method as claimed in claim 20, after it also is included in execution in step (b), this control identification code signal that utilizes corresponding this control identification code of wireless transmission technology transmission corresponds to the lock-out state of blocked this electronic installation of this control identification code to this electronic installation with releasing.
22. method as claimed in claim 20 after it also is included in execution in step (b), is utilized the wireless transmission technology to send one and is released order signal to this electronic installation, to remove the lock-out state of blocked this electronic installation.
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| CNB2005100047013A CN100392680C (en) | 2005-01-18 | 2005-01-18 | Remote controller, remote control system and method of selectively controlling multiple electronic devices remotely |
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| CNB2005100047013A CN100392680C (en) | 2005-01-18 | 2005-01-18 | Remote controller, remote control system and method of selectively controlling multiple electronic devices remotely |
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| CN100392680C true CN100392680C (en) | 2008-06-04 |
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| CN106683369A (en) * | 2015-11-06 | 2017-05-17 | 财团法人资讯工业策进会 | Intelligent remote controller, electronic device control system and electronic device control method |
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| CN103000012B (en) * | 2011-09-14 | 2016-07-06 | Tcl-罗格朗国际电工（惠州）有限公司 | Wireless remote-control system and wireless remote control method |
| TWI555391B (en) * | 2014-01-15 | 2016-10-21 | 昆盈企業股份有限公司 | Electric device remote control system and signal conversion device thereof, and control method for signal conversion device |
| CN105992038A (en) * | 2015-02-11 | 2016-10-05 | 联想(北京)有限公司 | Information processing method and first electronic equipment |
| CN110726208B (en) * | 2019-09-11 | 2021-01-12 | 珠海格力电器股份有限公司 | Control method and device for multiple air conditioners, terminal and readable storage medium |
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| CN106683369A (en) * | 2015-11-06 | 2017-05-17 | 财团法人资讯工业策进会 | Intelligent remote controller, electronic device control system and electronic device control method |
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