CN102129760B - Remote control system with learning function and learning method thereof - Google Patents
Remote control system with learning function and learning method thereof Download PDFInfo
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- CN102129760B CN102129760B CN201010003999.7A CN201010003999A CN102129760B CN 102129760 B CN102129760 B CN 102129760B CN 201010003999 A CN201010003999 A CN 201010003999A CN 102129760 B CN102129760 B CN 102129760B
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Abstract
The invention discloses a remote control system with a learning function, which is applied to ordinary electrical appliances or computer peripheral products. The system comprises a remote control transmission module and a remote control receiving module, wherein the remote control transmission module is arranged in a remote controller; the remote control receiving module is arranged in a receiver host; when the remote controller transmits public key signal or a function/control combination signal and the remote control receiving module receives the public key signal or the function/control combination signal by wireless transmission, the wireless receiver host may enter a learning mode according to the public key signal transmitted by the remote controller to identify or pair the remote control transmission module; and when a radio communication protocol is established, the remote control receiving module can controls the host to execute a corresponding function according to the function signal transmitted by the remote controller.
Description
Technical field
The present invention relates to a kind of telechirics, utilize radio transmission interface form, the main frame of wireless interface receiving end is impelled automatically to enter mode of learning, particularly relate to a kind of have automatically enter study matching function telechirics, so that user can, under the state of safety, allow main frame carry out the new telepilot of Learning Identification.
Background technology
Modern electric equipment products bring people with the progress of science and technology and live easily, wherein less radio-frequency electronic product is by wireless radio frequency transmission signal, when this kind of electric equipment products are dispatched from the factory, main frame and handset or telepilot must set communications protocol each other, to make main frame can identification handset or telepilot, and the key that the key of handset or telepilot and main frame are preset is corresponding, can communicates with each other with handset to make main frame or perform the corresponding function of key by telepilot main control system.
Expand handset number when user runs into, telepilot damages or lose, then main frame must learn with handset or telepilot again, and user must press learning key on main frame and handset or telepilot or reset button simultaneously, through to frequency with to code after could continue to use.
But, the electrical connection of most electric equipment products main frame Dou Shiyu city, main frame itself has again the load of large voltage or big current to pass through, and main frame can be installed on the arbitrary corner of indoor or outdoors, be likely eminence or the place that allows user not easily touch, if so the reset button of pressing main frame is not only inconvenient but also have danger.
Summary of the invention
Goal of the invention of the present invention is, changes the pairing mode of learning between the main frame of less radio-frequency electric equipment products and new telepilot, and for the main frame not easily touched, user need not require great effort host side operation, to avoid getting an electric shock.
In view of this, the invention provides a kind of telechirics with remotely controlled function, by means of only remote controller, host side is carried out matching the effect learnt to reach.
In order to solve the problems of the technologies described above, according to a technical scheme of the present invention, a kind of telechirics with learning functionality is provided, be applicable to general electrical equipment or computer-related products, it comprises: a remote-transmitter module and a remote control reception module, wherein remote-transmitter module to be located in telepilot and remote control reception module is located in a main frame, when telepilot launches a public coded signal or a function signal, remote control reception module in receiving end main frame is by this public coded signal of a radio transceiver or this function signal, main frame enters a mode of learning according to this public coded signal, come to match with remote-transmitter module, with this remote-transmitter module of identification, when setting up wireless communications protocol, remote control reception module controls this main frame according to this function signal and performs corresponding function.
The step that wherein remote control reception module performs this mode of learning comprises: when telepilot launches a public coded signal or a function signal, after remote control reception module receives public coded signal, first verify public coded signal, if be verified, then can transmit mutually between remote-transmitter module and this remote control reception module, namely wireless communications protocol is set up, remote control reception module performs the action of the order code in public coded signal, namely mode of learning is entered, first the sequence number in public coded signal is stored in remote control reception module, make remote control reception module and remote-transmitter module pairs, namely remote control reception module can the function signal of the new telepilot of identification, then just wait for that user inputs an operational order, operational order is pressing one on & off switch, remote-transmitter module just launches a start-up performance signal to remote control reception module, remote control reception module carries out logical process to start-up performance signal, make remote control reception module can multiple n-back test signals of identification remote-transmitter module.
By this, control remote control reception module by remote-transmitter module and enter mode of learning, the object of the new remote-transmitter module of identification can be reached thus.So, telepilot can be solved and lose the puzzlement caused.
Above general introduction and ensuing detailed description all have exemplary in nature, are to further illustrate claim of the present invention.And other object for the present invention and advantage, set forth in follow-up embodiment and accompanying drawing.
Accompanying drawing explanation
Fig. 1 is of the present invention one schematic diagram with an embodiment of the telechirics of learning functionality;
Fig. 2 is of the present invention one calcspar with an embodiment of the telechirics of learning functionality;
Fig. 3 is the process flow diagram of an embodiment of a remotely controlled method of the present invention; And
Fig. 4 is the process flow diagram of an embodiment of a remotely controlled method of the present invention.
Primary clustering symbol description
1 telechirics
40 main frames
50 telepilots
51 public code keys
53 function keys
531 start-up performance keys
535 n-back test keys
2 telechiricss
10 remote-transmitter modules
101 operating units
102 first processing units
103 wireless radio-frequency emission unit
20 remote control reception modules
201 storage unit
202 second processing units
203 less radio-frequency receiving elements
S301 to S313, S401 to S409 remotely controlled method step
Embodiment
The present invention by a built-in public code in a remote-transmitter module, for remote control reception module receive laggard enter mode of learning, to reach the automatic learning effect of the new remote-transmitter module of identification.
In order to provide more detailed explanation and explanation, the present invention will be described below will to coordinate calcspar and schematic diagram pin, more clearly and clearly to disclose technology used in the present invention and means, to show the advantage that the present invention has and its effect that can reach.
Please refer to Fig. 1, is a kind of schematic diagram with an embodiment of the telechirics of learning functionality provided by the present invention.As shown in Figure 1, the telechirics 1 with learning functionality of the present invention includes main frame 40 and a telepilot 50, and wherein main frame 40 comprises a remote control reception module 20; Telepilot 50 comprises a remote-transmitter module 10, and the operation-interface of telepilot 50 comprises a public code key 51 and multiple function key 53, and wherein these function keys 53 comprise start-up performance key 531 and a n-back test key 535.
Main frame 40 is socket or receptacle controller; Remote control reception module 20 is made to receive remote signal from remote-transmitter module 10 by a wireless transmission, remote signal comprises a public coded signal and a function signal, user launches public coded signal to main frame 40 by public code key 51, makes main frame 40 enter mode of learning, and then performs automatic matching; By function key 53 emission function signal to main frame 40, perform corresponding action with straighforward operation main frame 40, as opened, close or preengaging the actions such as closedown.
Wherein this wireless transmission can be wireless radio frequency transmission, comprises Bluetooth wireless transmission or WiFi wireless transmission, to carry out short-range wireless communication transmission.
When user use a teleswitch for the first time 10 time, an operational order is inputted by operation-interface, this operation-interface is the button on telepilot 10 shell, button or touch panel, this operational order can be pressing these function keys 53 one of them, when after remote-transmitter module 10 emission function signal to remote control reception module 20, main frame 40 is without any reaction, represent that remote control reception module 20 cannot the function signal of identification remote-transmitter module 10, then user must input another operational order by this operation-interface, main frame 40 is made to enter study pairing mode, this operational order is for can be the public code key 51 of pressing, telepilot 10 launches public coded signal to main frame 40, main frame 40 is made to enter mode of learning, main frame 40 just can identification telepilot 50 function signal of launching.
In order to more clearly demonstrate the learning process of the telechirics with learning functionality, please refer to Fig. 2, is a kind of schematic diagram with an embodiment of the telechirics of learning functionality provided by the present invention.Please coordinate with reference to figure 1, as shown in Figure 2, the telechirics 2 with learning functionality of the present invention comprises remote-transmitter module 10 and remote control reception module 20.Remote-transmitter module 10 comprises operating unit 101,1 first processing unit 102 and a wireless radio-frequency emission unit 103, and wherein the first processing unit 102 couples with operating unit 101 and wireless radio-frequency emission unit 103 respectively; Remote control reception module 20 comprises storage unit 201,1 second processing unit 202 and a less radio-frequency receiving element 203, and wherein the second processing unit 202 couples with storage unit 201 and less radio-frequency receiving element 203 respectively.
Wireless radio-frequency emission unit 103 and less radio-frequency receiving element 203 can be one group of wireless transmission circuit, by the remote signal between wireless radio frequency transmission remote-transmitter module 10 and remote control reception module 20, remote signal is the data packet with multiple bit, identification code, sequence number and order code can be at least comprised in each remote signal, the wherein code of the identification code certification that is wireless transmission protocol, make can communicate with one another between remote-transmitter module 10 and remote control reception module 20, for same label and with a series of electric equipment products, there is identical identification code usually; Sequence number then represents production code member when telepilot 50 dispatches from the factory, and this sequence number can be stored in main frame 40 in the lump, makes main frame 40 identification telepilot 50 and is not disturbed with a series of telepilot 50 by other same label; Order code is then the function code corresponding with key, comprises start-up performance code and n-back test code, makes main frame 40 perform the function corresponding with key.
The telechirics 2 with learning functionality of the present invention, its technical characterstic is the built-in public code of telepilot 50, namely the remote signal of remote-transmitter module 10 transmitting is except can be function signal, it can also be public coded signal, wherein function signal is divided into start-up performance signal and n-back test signal, if same label is with a series of telepilot 50, the package form specification of these signals is identical and have identical identification code, and the sequence number that these signals that same telepilot 50 is launched comprise is corresponding with the sequence number of the main frame 40 dispatched from the factory simultaneously, this sequence number can comprise build date, model or lot number.
Public coded signal, start-up performance signal have not identical order code with n-back test signal, and wherein the order code of this public coded signal is public code, is a compulsory execution code, enter a mode of learning after main frame 40 is received; And the order code of start-up performance signal is start-up performance code, main frame 40 is made to receive rear start or shutdown; The order code of n-back test signal is n-back test code, makes main frame 40 receive the corresponding function of rear execution, and such as time opening or reservation are closed.
Refer again to Fig. 2, after remote-transmitter module 10 receives by operating unit 101 operational order that operation-interface inputs, operational order performed by user, first processing unit 102 converts operational order to public coded signal or function signal, public coded signal or function signal is transferred out by wireless radio-frequency emission unit 103, the storage unit 201 of remote control reception module 20 stores a default ID when dispatching from the factory, one presets sequence number and multiple preset instructions code, public coded signal or function signal is received by less radio-frequency receiving element 203, second processing unit 202 receives public coded signal or function signal all can be verified these signals, namely whether the identification code of these signals of comparison is consistent with default ID, if consistent, between remote-transmitter module 10 and remote control reception module 20, communication can be done, namely wireless communications protocol is set up, then remote control reception module 20 can read the data in these signals, comprise sequence number or order code, if inconsistent, communication cannot be carried out, if remote-transmitter module 10 and remote control reception module 20 can do communication, whether the sequence number through second those signals of processing unit 202 comparison is consistent with default sequence number, if consistent, remote control reception module 20 can identification remote-transmitter module 10, if inconsistent, remote control reception module 20 is made to enter mode of learning according to public coded signal, sequence number inconsistent with default sequence number in public coded signal is stored in storage unit 201, then can the sequence number of this telepilot 50 of identification when subsequent operation, can identification remote-transmitter module 10.
Second processing unit 202 also couples with the microcontroller (not shown) of a main frame 40, when less radio-frequency receiving element 203 receives not cognizable function signal, namely sequence number and default sequence number inconsistent, then operating public code key 51 by user makes remote-transmitter module 10 launch public coded signal, after remote control reception module 20 receives public coded signal, second processing unit 202 controls this remote control reception module 20 according to public code and enters mode of learning, the sequence number do not stored stored into storage unit 201, then main frame 40 can identification telepilot 50, remote-transmitter module 10 is controlled by with the corresponding function of n-back test key 53 in order to make main frame 40, the remote control reception module 20 operated under mode of learning points out user's remote controller 50 with transmitter trigger function signal, the method that wherein remote control reception module 20 is pointed out can be display unit (not shown) display reminding word or the image by main frame 40, or guide user to press start-up performance key 531 in remote-transmitter module 10 by an audio output unit (not shown) playing alert tones of main frame 40, remote-transmitter module 10 transmitter trigger function signal, second processing unit 202 is according to the code value of the start-up performance code of start-up performance signal, using this code value as an initial value, and relation between the start-up performance code of the same model of same label and n-back test code usually an available logical operation represent, as long as therefore rely on this initial value, just the n-back test code of n-back test signal can be conversed via logical operation, reach the effect of automatic matching, and be stored in storage unit 201, when remote-transmitter module 10 launches n-back test signal, second processing unit 202 transmitting function code is sent to the microcontroller of main frame 40, with the function that main control system 40 n-back test code is corresponding.
The mode that wherein logical operation converts can be cumulative mode or other compute mode, such as start-up performance code is 001, and the key of time opening key in n-back test code is that start-up performance code adds 1, namely 002, and the key preengaging close key is 003, and the key of other numerical key is obtained in same logical operation mode, therefore the second processing unit 202 passes through logical operation, only need start-up performance code just can obtain n-back test code, need not launch n-back test signal more one by one to remote control reception module 20, remote control reception module 20 just can store n-back test code.
Second processing unit 202 is also in order to judge whether remote control reception module 20 has learnt, namely when remote control reception module 20 is started shooting, then the second processing unit 202 judges whether store sequence number and function code in this storage unit 201, if do not store, main frame 40 directly enters mode of learning, wait for that user enters the operating instructions, remote-transmitter module 10 is made to launch a start-up performance signal to remote control reception module 20, the sequence number of start-up performance signal is stored in storage unit 201 by the second processing unit 202, and according to the code value of start-up performance code, using this code value as an initial value, n-back test code is calculated by logical operation, make remote control reception module 20 can identification from the n-back test signal of remote-transmitter module 10, and make the second processing unit 202 n-back test code is sent to the microcontroller of main frame 40, corresponding function is performed according to n-back test code with main control system 40.
Please refer to Fig. 3, is the process flow diagram of an embodiment of a kind of remotely controlled method provided by the present invention.Please coordinate with reference to figure 1 and Fig. 2, as shown in Figure 3, whether matched with a main frame 40 at the unknown telepilot 50 of user, user enters the operating instructions to remote-transmitter module 10 (S301) by operation-interface, usually this operational order is start-up performance key 531 or other n-back test key 533 of pressing telepilot 50, then the operating unit 101 of remote-transmitter module 10 receives this operational order, and convert this operational order to start-up performance signal or n-back test signal by the first processing unit 102, by wireless radio-frequency emission unit 103, start-up performance signal or n-back test signal are launched (S303), remote control reception module 20 receives start-up performance signal by less radio-frequency receiving element 203, judge that this start-up performance signal or n-back test signal whether can identifications (S305) by the second processing unit 202, if can identification, namely represent that the sequence number of this enabling signal or n-back test signal is consistent with the default sequence number that storage unit 201 stores, then the second processing unit 202 transmits start-up performance code or n-back test code to the microcontroller of main frame 40, performs the corresponding function of these function codes (S313) with main control system 40, if can not identification, then wait for that user inputs an operational order to remote-transmitter module 10, this operational order is the public code key 51 of pressing, remote control reception module 20 wait-receiving mode is from the public coded signal (S307) of remote-transmitter module 10, receive aft engine 40 and enter mode of learning (S309), second processing unit 202 judges whether that study completes (S311), if learnt, then remote control reception module 20 can the signal launched of identification remote-transmitter module 10, then these function codes are sent to the microcontroller of main frame 40 by the second processing unit 202, the corresponding function of these function codes (S313) is performed with main control system 40, if do not learnt, then get back to the public coded signal (S307) of wait-receiving mode from remote-transmitter module 10.
Enter an embodiment of the remotely controlled method of mode of learning (S309) in order to main frame 40 in key diagram 3, please refer to Fig. 4.As shown in Figure 4, the less radio-frequency receiving element 203 that the step operating in mode of learning also comprises remote control reception module 20 receives the public coded signal (S401) from remote-transmitter module 10, second processing unit 202 judges that whether this public coded signal is by checking (S403), namely whether the identification code of this public coded signal of comparison is consistent with default ID, if consistent, by checking, communications protocol can be carried out between remote control reception module 20 and remote-transmitter module 10, and the sequence number that public coded signal comprises is stored in storage unit 201, sequence number such as sequence number of dispatching from the factory by remote-transmitter module 10 is stored in remote control reception module 20 li (S405), then, remote-transmitter module 10 is controlled by with the corresponding function of n-back test key 53 in order to make main frame 40, the remote control reception module 20 operated under mode of learning points out user's operating and remote controlling transmitter module 10 with transmitter trigger function signal, the method that wherein remote control reception module 20 is pointed out can be display unit (not shown) display reminding word or the image by main frame 40, or guide user to press start-up performance key 531 in remote-transmitter module 10 by an audio output unit (not shown) playing alert tones of main frame 40, remote-transmitter module 10 transmitter trigger function signal, second processing unit 202 judges whether to receive start-up performance signal (S407), if receive start-up performance signal, then the second processing unit 202 is according to the code value of start-up performance code, using this code value as an initial value, the n-back test code (S409) of n-back test signal is calculated by logical operation, make the n-back test signal corresponding to n-back test key 535 by remote control reception module 20 identification, the effect of automatic matching can be reached.
The mode that wherein logical operation converts can be cumulative mode or other compute mode, such as start-up performance code is 001, and the key of time opening key in n-back test code is that start-up performance code adds 1, namely 002, and the key preengaging close key is 003, and the key of other numerical key is obtained in same logical operation mode, therefore the second processing unit 202 passes through logical operation, only need start-up performance code just can obtain n-back test code, after n-back test signal to remote control reception module 20 need not being launched again one by one, remote control reception module 20 just can store n-back test code.
When main frame 40 is started shooting each time, just can judge whether study completes, in one embodiment, main frame 40 judges whether the step that study completes (S311) comprises judging whether store sequence number in storage unit 201 by the second processing unit 202, if there is storage sequence number, then the second processing unit 202 judges storage unit 201 whether memory function code; If do not store sequence number, then represent and do not learnt, then get back to the public coded signal (S307) of wait-receiving mode from remote-transmitter module 10, or wait-receiving mode from the function signal of remote-transmitter module 10 to remote control reception module 20, what public coded signal or function signal are comprised is stored in storage unit 201 with relevant sequence number of dispatching from the factory; Then, second processing unit 202 judges storage unit 201 whether memory function code, namely judge whether to store n-back test code, if do not store n-back test code, then the second processing unit 202 is according to the code value of start-up performance code, using this code value as an initial value, the n-back test code of function signal is calculated by logical operation, if storage unit 201 has stored n-back test code, represent that study completes, then n-back test code is sent to the microcontroller of main frame 40 by the second processing unit 202, performs corresponding function with main control system 40 according to n-back test code.
The practice of comprehensive above-mentioned cited embodiment, known the present invention utilizes in public code and is built in remote-transmitter module, enters mode of learning, reach the object with learning functionality to control remote control reception module.So, the telechirics with learning functionality of the present invention can solve conventional remote control systems because remote control loses to cause use inconvenient situation generation, and during pairing, operating host causes dangerous problem mutually.
Only above-mentioned disclosed accompanying drawing and explanation; be only embodiments of the invention; but itself and be not used to limit the present invention; anyly have the knack of this those skilled in the art; when doing various changes and retouching according to above-mentioned explanation; if any other spirit according to the invention and non-material change technological means person of the present invention, all belong to the present invention contain the scope of protection.
Claims (8)
1. there is a telechirics for learning functionality, it is characterized in that, comprising:
One remote-transmitter module, the public coded signal of wireless transmit one; With
One remote control reception module, this public coded signal of wireless receiving;
Wherein this remote control reception module judges that whether the identification code in this public coded signal is consistent with a default ID, if this identification code is consistent with this default ID, then then this remote control reception module judges that whether a default sequence number of the sequence number in this public coded signal and this remote control reception module is consistent, if this sequence number and this default sequence number inconsistent, then this remote control reception module is enforced code according to one in this public coded signal and is entered a mode of learning, this mode of learning comprises this remote control reception module and stores this sequence number in this public coded signal, make this remote-transmitter module of this remote control reception module identification, and this remote control reception module receives the start-up performance signal from this remote-transmitter module, and do logical operation according to a code value of this start-up performance signal and obtain multiple n-back test codes of this remote-transmitter module.
2. the telechirics with learning functionality according to claim 1, is characterized in that, this remote-transmitter module comprises:
One operating unit, receives an operational order;
One first processing unit, couples with this operating unit, this operational order is converted to this public coded signal; With
One wireless radio-frequency emission unit, couples with this first processing unit, transmits this public coded signal.
3. the telechirics with learning functionality according to claim 2, is characterized in that, this remote control reception module comprises:
One less radio-frequency receiving element, receives this public coded signal;
One storage unit, stores this default ID; With
One second processing unit, couple with this storage unit and this less radio-frequency receiving element respectively, this this identification code of the second processing unit comparison and this default ID, to verify this public coded signal, make this less radio-frequency receiving element and this wireless radio-frequency emission unit reach communications protocol.
4. the telechirics with learning functionality according to claim 3, is characterized in that, this storage unit also stores this default sequence number, by this this sequence number of the second processing unit comparison and this default sequence number with this remote-transmitter module of identification.
5. a remotely controlled method, is applicable to a telechirics, and this telechirics comprises a remote-transmitter module and a remote control reception module, it is characterized in that, this remotely controlled method comprises:
The public coded signal from this remote-transmitter module is received by this remote control reception module;
This remote control reception module judges that whether whether this public coded signal consistent with a default ID of this remote control reception module by the identification code being verified as this public coded signal of comparison;
If an identification code of this public coded signal is consistent with a default ID of this remote control reception module, then this remote control reception module continues to judge that whether a sequence number of this public coded signal is consistent with a default sequence number of this remote control reception module;
If judge, this default sequence number of this sequence number of this public coded signal and this remote control reception module is inconsistent, then this remote control reception module is enforced code according to one in this public coded signal and is entered a mode of learning, wherein this mode of learning comprises the steps: that first this remote control reception module stores this sequence number of this public coded signal, then this remote control reception module judges whether to receive the start-up performance signal from this remote-transmitter module, if receive this start-up performance signal, then do logical operation according to a code value of this start-up performance signal and obtain multiple n-back test codes of this remote-transmitter module.
6. remotely controlled method according to claim 5, is characterized in that, if this identification code is consistent with this default ID, then this public coded signal is by checking, if this identification code and this default ID are inconsistent, then this public coded signal cannot by verifying.
7. remotely controlled method according to claim 5, is characterized in that, also comprise:
Input an operational order to this remote-transmitter module;
This remote-transmitter module launches a function signal;
This remote control reception module judges that whether this function signal is by identification; With
If the above is determined No, then this remote control reception module wait-receiving mode from this public coded signal of this remote-transmitter module.
8. remotely controlled method according to claim 7, it is characterized in that, this remote control reception module judges whether this function signal is recognized as the default sequence number stored according to a sequence number and this remote control reception module of this function signal of comparison, if this sequence number is consistent with this default sequence number, then this start-up performance signal is by identification, if this sequence number and this default sequence number inconsistent, then this start-up performance signal cannot by identification.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201010003999.7A CN102129760B (en) | 2010-01-18 | 2010-01-18 | Remote control system with learning function and learning method thereof |
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| CN201010003999.7A CN102129760B (en) | 2010-01-18 | 2010-01-18 | Remote control system with learning function and learning method thereof |
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| CN102129760A CN102129760A (en) | 2011-07-20 |
| CN102129760B true CN102129760B (en) | 2015-06-17 |
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Families Citing this family (6)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN102307345A (en) * | 2011-09-14 | 2012-01-04 | 深圳市鼎盛威电子有限公司 | Wireless reception host, wireless communication system and code matching method thereof |
| CN102510332A (en) * | 2011-09-29 | 2012-06-20 | 深圳市鼎盛威电子有限公司 | Wireless communication system and wireless communication method capable of realizing multiple-transmitting and single-receiving effect |
| CN105338469B (en) * | 2015-09-24 | 2018-11-13 | 深圳市冠旭电子股份有限公司 | A kind of method and system of equipment identities identification |
| CN108174456A (en) * | 2017-12-30 | 2018-06-15 | 武汉领普科技有限公司 | Passive and wireless switchs transmitter and receiver remote match method and receiver |
| TWI809768B (en) * | 2022-03-18 | 2023-07-21 | 生原家電股份有限公司 | Electrical equipment remote control frequency learning system and method |
| CN117037458A (en) * | 2023-07-24 | 2023-11-10 | 重庆市罗布琳卡科技有限公司 | Physiotherapy equipment control method and system |
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| CN1111893A (en) * | 1993-12-06 | 1995-11-15 | 卡西欧计算机公司 | Remote control devices |
| WO2001008119A1 (en) * | 1999-07-26 | 2001-02-01 | Micronas Munich Gmbh | Programming of a remote control set by the remote-controlled apparatus |
| TW531983B (en) * | 2001-11-12 | 2003-05-11 | Wistron Corp | Learning function of wireless remote control |
| TWI309134B (en) * | 2005-11-07 | 2009-04-21 | Novatek Microelectronics Corp |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| TW374145B (en) * | 1998-05-15 | 1999-11-11 | Jian-Ren Lin | Method and apparatus for anti-copying and anti-misuse of a remote controller |
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| CN1111893A (en) * | 1993-12-06 | 1995-11-15 | 卡西欧计算机公司 | Remote control devices |
| WO2001008119A1 (en) * | 1999-07-26 | 2001-02-01 | Micronas Munich Gmbh | Programming of a remote control set by the remote-controlled apparatus |
| TW531983B (en) * | 2001-11-12 | 2003-05-11 | Wistron Corp | Learning function of wireless remote control |
| TWI309134B (en) * | 2005-11-07 | 2009-04-21 | Novatek Microelectronics Corp |
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| CN102129760A (en) | 2011-07-20 |
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