CN105070031A - Automatic identification learning method based on learning-type remote controller - Google Patents
Automatic identification learning method based on learning-type remote controller Download PDFInfo
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- CN105070031A CN105070031A CN201510437549.1A CN201510437549A CN105070031A CN 105070031 A CN105070031 A CN 105070031A CN 201510437549 A CN201510437549 A CN 201510437549A CN 105070031 A CN105070031 A CN 105070031A
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Abstract
The invention discloses an automatic identification learning method based on a learning-type remote controller, which is characterized in that automatic learning can be realized by one key, clear state indication is shown during the learning process, and operation is simple. The method comprises the following steps: pressing the automatic identification key of the learning-type remote controller to enter into an automatic identification state; pressing a key of a being-learned remote controller, emitting a coding signal of the key from the being-learned remote controller to the learning-type remote controller; detecting the key code of the being-learned remote controller by the learning-type remote controller, searching the coding databases corresponding to different control equipment in the coding database stored by the learning-type remote controller; repressing the other keys on the being-learned remote controller, emitting the coding signal of the key from the being-learned remote controller to the learning-type remote controller; detecting the key code of the being-learned remote controller by the learning-type remote controller; searching in a novel reference coding database; and exiting thorough hand operation. The hand operation key can be the automatic identification key of the being-learned remote controller.
Description
Technical field
The present invention relates to a kind of study remote controller, it by the function button study on learned remote control to this study remote controller, can substitute learned remote control and manipulate equipment.
Background technology
Study remote controller can learn the instruction sent from learned remote control; But its learning process is quite complicated, after study remote controller chooses a button of study, study remote controller will point out the corresponding button on user's respective operations operation learned remote control, learn with the instruction supply study remote controller making learned remote control send this button, then enter the learning process of next button to be learned of study remote controller;
Meanwhile, Universal study type telepilot simplifies above-mentioned process in the market, and it is because built-in a large amount of various model, the code of remote control of various brand, just can realize automatic learning by selecting the processes such as machine models; This operation is equally too loaded down with trivial details, and the learning process of each telepilot is also different, if instructions is lost, is difficult to use.
Summary of the invention
Technical matters to be solved by this invention is for above-mentioned deficiency of the prior art, provides a kind of automatic identification learning method based on study remote controller, and it can a key automatic learning, has clear state to indicate, fool operation in learning process.
In order to achieve the above object, the present invention is achieved by the following technical solutions:
Based on the automatic identification learning method of study remote controller, for the model allowing study remote controller automatically identify the controlling equipment corresponding to learned remote control; Study remote controller is substituted straighforward operation that learned remote control carries out equipment; Mainly comprise,
(S1): the automatic identification key of pressing study remote controller, enters automatic status recognition;
(S2): the button of pressing learned remote control, learned remote control is allowed to launch the coded signal of button towards study remote controller;
(S3) code database: study remote controller detects the keyboard-coding of learned remote control, stored at study remote controller searches the code database of corresponding different controlling equipment; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition;
(S4): other buttons on pressing learned remote control, learned remote control is allowed to launch the coded signal of button towards study remote controller;
(S5): study remote controller detects the keyboard-coding of learned remote control, searches in new code database for future reference; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition, formed and automatically identify circulation or manually exit;
(S6): the described automatic identification key manually exited as pressing study remote controller, first code database in code database for future reference new described in study remote controller record after pressing, has then identified.
Feature and further improvement of the above-mentioned embodiment of the present invention are:
(1) described step (S1), comprising:
(101), be energized; Whole hardware system starts to power on;
(102), CPU, storage chip, peripheral circuit initialization; Whole hardware system is in the state waiting for new instruction;
(103), judged whether that button is pressed; Detection module has judged whether that button is pressed, if do not have button to press, is back to the state of the new instruction of wait of 102; If detected that button is pressed, perform 104;
(104), interrupt processing is entered, scanning key board;
(105), automatic identification key is determined whether; If not, then the execution step of entering signal transmitting, the execution step that signal is launched is used for the manipulation of normal telepilot and uses; If so, then (106) are performed;
(106) shiny red automatic identification model pilot lamp, is put;
Described step S2, comprising:
(107) infrared receiver pattern, is entered; The coding of the signal launched after starting to detect learned remote control key press in real time;
(108), judge that whether the coding received is complete; If imperfect, be back to (107), if complete, perform (109);
Described step (S3), comprising:
(109), search in the code library that being coded in of receiving is stored in storage chip, obtain lookup result;
(110), judge that whether lookup result is unique; If lookup result is unique, then perform the step identified; If it is not unique to search structure, perform (111); Uniquely described, refer to the corresponding code database of lookup result, this code database is the remote control coding storehouse W of controlling equipment corresponding to learned remote control; Described not unique, refer to lookup result correspondence at least two code databases, the remote control coding storehouse of all corresponding controlling equipment of each code database;
(111), all code databases found are recorded, using this code database as new code database T for future reference;
(112), red automatic identification model flash lights once;
Described step (S4), comprising:
(113), infrared receiver pattern is again entered; The coding of the signal launched after starting to detect learned remote control key press in real time;
(114), judge that whether the coding received is complete; If imperfect, be back to (113), if complete, perform (115);
Described step (S5), comprising:
(115), again search in the code database T for future reference that being coded in of receiving has been recorded, obtain lookup result;
(116), judge that whether lookup result is unique; If lookup result is unique, then perform the step identified; If it is not unique to search structure, perform (117);
(117), judged whether to press automatic identification key; If had, then perform (118); If, do not returned (112);
Described step (S6), comprising:
(118) first code database in current found code database, is recorded; Described first code database is in multiple code database, the telepilot of the controlling equipment corresponding to code database press a minimum code database of bond number;
(119), knock out red automatic identification model pilot lamp, some bright green identifies successful pilot lamp three seconds automatically;
(120), end interrupt, returns (102).
Further: the step that above-mentioned identification completes comprises:
(201), present encoding storehouse is recorded; Be code database W by the number record in present encoding storehouse;
(202), knock out red automatic identification model pilot lamp, some bright green identifies successful pilot lamp three seconds automatically;
(203), end interrupt, returns CPU, storage chip, the initialized step of peripheral circuit (102).
Further: the execution step that described signal is launched comprises:
(121) coding of the code database of current storage, is read;
(122) the correspondence coding pushed button, is read;
(123), corresponding remote-transmitter program is performed;
(124), end interrupt, returns CPU, storage chip, the initialized step of peripheral circuit (102).
(2) described study remote controller comprises infrared module, controller module, key-press module, power module, storage chip, detection module etc.; Described key-press module includes the keyboard be made up of multiple button, includes automatic identification key in described multiple button; Also comprise pilot lamp; Described infrared module comprises infrared transmission module and infrared receiving module.
Further: also comprise voice device, described voice device comprises the voice operation demonstrator or player or phonographic recorder that are connected with described controller module, and hummer or loudspeaker.
Further: be also included in the step of carrying out voice message in the course of work of study remote controller.
Beneficial effect of the present invention is:
The present invention is based on the automatic identification learning method of study remote controller, the study remote controller made by the method, user constantly identifies by different key by using original remote control (learned remote control).The unit type that automatic identification telepilot is corresponding is alternative learned remote control after carrying out storage after identification.
Consider some remote control equipment button singularity, if all buttons of original remote control all press a still more than model code database, manually can exit recognition mode, automatically can record present encoding, the guarantee user experience of maximum possible; When the repertoire that this part situation appears in some telepilot can be included in another one telepilot,
For example: telepilot A is 1,2,3,4,5,6,7,8,9 these function buttons, and telepilot B is 2,3,5,8,9 these function buttons, and namely the function of telepilot B is completely contained in the envelop of function of telepilot A.Then when learning, if that user is telepilot B, so repertoire button presses, and what this telepilot identified still has two to encode corresponding, and be not unique, telepilot enters wait identifying again, can not normally use.At this moment just need a function and can jump out present mode, because no matter be at this moment the coding recording telepilot A or telepilot B, user can normally use.
The present invention runs according to the coding principle of all Infrared remote controller, very reliably; The Code And Decode of all Infrared remote controller is made up of (asynchronous) harbour+guiding+coding+position of rest, similar, so around this principle; Concrete, when telepilot user presses on & off switch, the switch corresponding by facility for study recorded can be sent and encode.
In the present invention, detected the keyboard-coding of learned remote control by study remote controller, search the code database of corresponding different controlling equipment at the code database of study remote controller storage; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition; Circulation identifying based on this process; Whole process is very reliable; Automatically can identify by the telepilot learnt in the very first time, then substitute by the telepilot learnt; If primary lookup result is not unique, then progressively can reduces seek scope by the different key repeatedly pressing learned remote control, progressively get rid of not corresponding code database;
When again pressing other buttons on learned remote control, study remote controller detects the keyboard-coding of learned remote control, searches in new code database for future reference; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition, formed and automatically identify circulation or manually exit;
The automatic identification key manually exited as pressing study remote controller of the present invention, first code database in code database for future reference new described in study remote controller record after pressing, has then identified; Can ensure after manually exiting that the whole course of work there will not be endless loop, after can ensureing manually to exit simultaneously with first code database for storing after code database identification, complete identifying, the whole method course of work is very intelligent, very reliable, the operation of user is very simple, and discrimination is high.
Accompanying drawing explanation
Fig. 1 is the workflow diagram of a kind of embodiment of the present invention.
Embodiment
Below in conjunction with drawings and Examples, the specific embodiment of the invention is described:
The embodiment provides a kind of concrete automatic identification learning method based on study remote controller, its model for allowing study remote controller automatically identify the controlling equipment corresponding to learned remote control; Study remote controller is substituted straighforward operation that learned remote control carries out equipment; Mainly comprise,
S1: the automatic identification key of pressing study remote controller, enters automatic status recognition;
S2: the button of pressing learned remote control, allows learned remote control launch the coded signal of button towards study remote controller;
S3: study remote controller detects the keyboard-coding of learned remote control, searches the code database of corresponding different controlling equipment at the code database of study remote controller storage; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition;
S4: other buttons on pressing learned remote control, allows learned remote control launch the coded signal of button towards study remote controller;
S5: study remote controller detects the keyboard-coding of learned remote control, searches in new code database for future reference; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition, formed and automatically identify circulation or manually exit;
S6: the described automatic identification key manually exited as pressing study remote controller, first code database in code database for future reference new described in study remote controller record after pressing, has then identified.
As shown in Figure 1, it illustrates the workflow of a kind of embodiment of the present invention, its model for allowing study remote controller automatically identify the controlling equipment corresponding to learned remote control; Study remote controller is substituted straighforward operation that learned remote control carries out equipment; Mainly comprise:
101, energising; Whole hardware system starts to power on; What described hardware system was basic comprises infrared module, controller module (CPU), key-press module, power module, storage chip, detection module etc.; Described key-press module includes the keyboard be made up of multiple button, includes automatic identification key in described multiple button;
102, CPU, storage chip, peripheral circuit initialization; Whole hardware system is in the state waiting for new instruction;
103, judge whether that button is pressed; Detection module has judged whether that button is pressed, if do not have button to press, is back to the state of the new instruction of wait of 102; If detected that button is pressed, perform 104;
104, enter interrupt processing, scanning key board;
105, determine whether automatic identification key; If not, then the execution step of entering signal transmitting, the execution step that signal is launched is used for the manipulation of normal telepilot and uses; If so, then 106 are performed;
106, some shiny red automatic identification model pilot lamp;
107, enter infrared receiver pattern; The coding of the signal launched after starting to detect learned remote control key press in real time;
108, judge that whether the coding received is complete; If imperfect, be back to 107, if complete, perform 109;
109, search in the code library that being coded in of receiving is stored in storage chip, obtain lookup result;
110, judge that whether lookup result is unique; If lookup result is unique, then perform the step identified; If lookup result is not unique, perform 111; Uniquely described, refer to the corresponding code database of lookup result, this code database is the remote control coding storehouse W of controlling equipment corresponding to learned remote control; Described not unique, refer to lookup result correspondence at least two code databases, the remote control coding storehouse of all corresponding controlling equipment of each code database;
111, record all code databases found, using this code database as new code database T for future reference;
112, red automatic identification model flash lights once;
113, again enter infrared receiver pattern; The coding of the signal launched after starting to detect learned remote control key press in real time;
114, judge that whether the coding received is complete; If imperfect, be back to 113, if complete, perform 115;
115, again search in the code database T for future reference that being coded in of receiving has been recorded, obtain lookup result;
116, judge that whether lookup result is unique; If lookup result is unique, then perform the step identified; If it is not unique to search structure, perform 117;
117, judge whether to press automatic identification key; If had, then perform 118; If, do not return 112;
118, record first code database in current found code database; Described first code database is in multiple code database, the telepilot of the controlling equipment corresponding to code database press a minimum code database of bond number;
119, knock out red automatic identification model pilot lamp, some bright green identifies successful pilot lamp three seconds automatically;
120, end interrupt, returns 102.
Preferably, the step that above-mentioned identification completes comprises:
201, record present encoding storehouse; Be code database W by the number record in present encoding storehouse;
202, knock out red automatic identification model pilot lamp, some bright green identifies successful pilot lamp three seconds automatically;
203, end interrupt, returns CPU, storage chip, the initialized step of peripheral circuit (102).
Preferably, the execution step that above-mentioned signal is launched comprises:
121, read the coding of the code database of current storage;
122, read the correspondence coding pushed button;
123, perform corresponding remote-transmitter program;
124, end interrupt, returns CPU, storage chip, the initialized step of peripheral circuit (102).
As with the hardware device (study remote controller) corresponding to method of the present invention, it should comprise infrared module, controller module (CPU), key-press module, power module, storage chip, detection module etc.; Described key-press module includes the keyboard be made up of multiple button, includes automatic identification key in described multiple button;
Also pilot lamp should be comprised; Described infrared module comprises infrared transmission module and infrared receiving module.
Preferred as one, we take into account and allow the learning process of whole telepilot more be convenient to manipulation and to identify, we are configured with voice device, and described voice device comprises the voice operation demonstrator/player/phonographic recorder be connected with described controller module, and hummer/loudspeaker.Thus, we can carry out voice message in each portion in whole workflow, make whole process definitely, can complete without the need to instructions.
By reference to the accompanying drawings the preferred embodiment for the present invention is explained in detail above; but the invention is not restricted to above-mentioned embodiment; in the ken that those of ordinary skill in the art possess; can also make a variety of changes under the prerequisite not departing from present inventive concept; these changes relate to correlation technique well-known to those skilled in the art, and these all fall into the protection domain of patent of the present invention.
Do not depart from the spirit and scope of the present invention and can make other changes many and remodeling.Should be appreciated that and the invention is not restricted to specific embodiment, scope of the present invention is defined by the following claims.
Claims (7)
1. based on the automatic identification learning method of study remote controller, for the model allowing study remote controller automatically identify the controlling equipment corresponding to learned remote control; Study remote controller is substituted straighforward operation that learned remote control carries out equipment; Mainly comprise,
(S1): the automatic identification key of pressing study remote controller, enters automatic status recognition;
(S2): the button of pressing learned remote control, learned remote control is allowed to launch the coded signal of button towards study remote controller;
(S3) code database: study remote controller detects the keyboard-coding of learned remote control, stored at study remote controller searches the code database of corresponding different controlling equipment; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition;
(S4): other buttons on pressing learned remote control, learned remote control is allowed to launch the coded signal of button towards study remote controller;
(S5): study remote controller detects the keyboard-coding of learned remote control, searches in new code database for future reference; If find unique code database, then this code database is the code database of the controlling equipment that learned remote control is corresponding, then identified; If find at least two code databases, then all code databases found are recorded as new code database for future reference, again enter automatic status recognition, formed and automatically identify circulation or manually exit;
(S6): the described automatic identification key manually exited as pressing study remote controller, first code database in code database for future reference new described in study remote controller record after pressing, has then identified.
2., as claimed in claim 1 based on the automatic identification learning method of study remote controller, it is characterized in that: described step (S1), comprising:
(101), be energized; Whole hardware system starts to power on;
(102), CPU, storage chip, peripheral circuit initialization; Whole hardware system is in the state waiting for new instruction;
(103), judged whether that button is pressed; Detection module has judged whether that button is pressed, if do not have button to press, is back to the state of the new instruction of wait of 102; If detected that button is pressed, perform 104;
(104), interrupt processing is entered, scanning key board;
(105), automatic identification key is determined whether; If not, then the execution step of entering signal transmitting, the execution step that signal is launched is used for the manipulation of normal telepilot and uses; If so, then (106) are performed;
(106) shiny red automatic identification model pilot lamp, is put;
Described step S2, comprising:
(107) infrared receiver pattern, is entered; The coding of the signal launched after starting to detect learned remote control key press in real time;
(108), judge that whether the coding received is complete; If imperfect, be back to (107), if complete, perform (109);
Described step (S3), comprising:
(109), search in the code library that being coded in of receiving is stored in storage chip, obtain lookup result;
(110), judge that whether lookup result is unique; If lookup result is unique, then perform the step identified; If it is not unique to search structure, perform (111); Uniquely described, refer to the corresponding code database of lookup result, this code database is the remote control coding storehouse W of controlling equipment corresponding to learned remote control; Described not unique, refer to lookup result correspondence at least two code databases, the remote control coding storehouse of all corresponding controlling equipment of each code database;
(111), all code databases found are recorded, using this code database as new code database T for future reference;
(112), red automatic identification model flash lights once;
Described step (S4), comprising:
(113), infrared receiver pattern is again entered; The coding of the signal launched after starting to detect learned remote control key press in real time;
(114), judge that whether the coding received is complete; If imperfect, be back to (113), if complete, perform (115);
Described step (S5), comprising:
(115), again search in the code database T for future reference that being coded in of receiving has been recorded, obtain lookup result;
(116), judge that whether lookup result is unique; If lookup result is unique, then perform the step identified; If it is not unique to search structure, perform (117);
(117), judged whether to press automatic identification key; If had, then perform (118); If, do not returned (112);
Described step (S6), comprising:
(118) first code database in current found code database, is recorded;
(119), knock out red automatic identification model pilot lamp, some bright green identifies successful pilot lamp three seconds automatically;
(120), end interrupt, returns (102).
3., as claimed in claim 2 based on the automatic identification learning method of study remote controller, it is characterized in that: the step that described identification completes comprises:
(201), present encoding storehouse is recorded; Be code database W by the number record in present encoding storehouse;
(202), knock out red automatic identification model pilot lamp, some bright green identifies successful pilot lamp three seconds automatically;
(203), end interrupt, returns CPU, storage chip, the initialized step of peripheral circuit (102).
4. as claimed in claim 2 based on the automatic identification learning method of study remote controller, it is characterized in that: the execution step that described signal is launched comprises:
(121) coding of the code database of current storage, is read;
(122) the correspondence coding pushed button, is read;
(123), corresponding remote-transmitter program is performed;
(124), end interrupt, returns CPU, storage chip, the initialized step of peripheral circuit (102).
5. the automatic identification learning method based on study remote controller as described in as arbitrary in Claims 1 to 4, is characterized in that: described study remote controller comprises infrared module, controller module, key-press module, power module, storage chip, detection module etc.; Described key-press module includes the keyboard be made up of multiple button, includes automatic identification key in described multiple button; Also comprise pilot lamp; Described infrared module comprises infrared transmission module and infrared receiving module.
6. as claimed in claim 5 based on the automatic identification learning method of study remote controller, it is characterized in that: also comprise voice device, described voice device comprises the voice operation demonstrator or player or phonographic recorder that are connected with described controller module, and hummer or loudspeaker.
7., as claimed in claim 6 based on the automatic identification learning method of study remote controller, it is characterized in that: be also included in the step of carrying out voice message in the course of work of study remote controller.
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| CN105070031B (en) | 2019-06-04 |
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