CN103019376A - Identity-recognition-based remote control function configuration method and system - Google Patents
Identity-recognition-based remote control function configuration method and system Download PDFInfo
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- CN103019376A CN103019376A CN2012105127156A CN201210512715A CN103019376A CN 103019376 A CN103019376 A CN 103019376A CN 2012105127156 A CN2012105127156 A CN 2012105127156A CN 201210512715 A CN201210512715 A CN 201210512715A CN 103019376 A CN103019376 A CN 103019376A
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Abstract
The invention discloses an identity-recognition-based remote control function configuration method and an identity-recognition-based remote control function configuration system. The method comprises the following steps that a remote controller acquires an identity recognition signal, and transmits the identity recognition signal to a remote control receiving terminal; the remote control receiving terminal recognizes current user identity according to the identity recognition signal, and transmits a control signal matched with the current user identity to the remote controller according to a recognition result; and the remote controller configures a key function of the remote controller into a function matched with the current user identity according to the control signal. The current user identity is recognized, and the key function of the remote controller is configured into a function mode matched with the current user identity, so that key functions can be pertinently opened according to behavior characteristics of different users, and remote control over electronic equipment is more intelligent and humanized.
Description
Technical field
The present invention relates to the telecontrol engineering field, specially refer to distant control function collocation method and system based on identification.
Background technology
Day by day propelling along with global television digitization, increasing electronic equipment for consumption enters everybody life unconsciously, various intelligent distant control equipment emerges in an endless stream, the function of telepilot is more and more, operate too loaded down with trivial details, and the user only uses on the telepilot 1/4th function usually, and other functions are all seldom used.Particularly for the crowd of all ages and classes section, the demand that telepilot is used also is different.For example, when using intelligent television, old man and child only need some shirtsleeve operations when remote controller, such as start and close, the volume of adjusting televisor and switching TV program etc.; The young man then needs more user to experience, as watches Web TV, unlatching application store etc.But, because each function is the same concerning each kinsfolk on traditional remote control equipment, if operation is too loaded down with trivial details, bring puzzlement then can for the elderly and child, if telepilot only arranges the shirtsleeve operation function, then can't satisfy youthful needs.
Summary of the invention
Fundamental purpose of the present invention is for providing a kind of distant control function collocation method and system based on identification that can configure according to user identity remote-controller function.
The present invention proposes a kind of distant control function collocation method based on identification, comprises step:
Telepilot obtains the identification signal, and sends described identification signal to the remote control reception terminal;
Described remote control reception terminal is according to described identification signal, and identification active user identity is according to the control signal to telepilot of recognition result transmission with active user's identities match;
Described telepilot is according to described control signal, and the keypress function of described telepilot is configured to function with active user's identities match.
Preferably, the described telepilot step of obtaining the identification signal specifically comprises:
Described telepilot is monitored the identification button of described telepilot;
When described identification button is pressed, identification signal corresponding to identification button that described telepilot acquisition is pressed.
Preferably, the described telepilot step of obtaining the identification signal specifically comprises:
Described telepilot is monitored the identification sensor of described telepilot;
When described identification sensor obtained the movable information of described telepilot, described telepilot was converted to the identification signal with described movable information.
Preferably, described remote control reception terminal is according to described identification signal, and the step of identification active user identity specifically comprises:
Described remote control reception terminal is with the movable information that comprises in the described identification signal and the reference data contrast of presetting;
Described remote control reception terminal is obtained the reference data corresponding user identity the highest with described movable information matching degree.
Preferably, described identification sensor is direction sensor, and described movable information is the deflection angle of described telepilot;
And/or described identification sensor is acceleration transducer, and described movable information is the acceleration of motion of described telepilot;
And/or described identification sensor is gyro sensor, and described movable information is the rotational angular velocity of described telepilot.
The present invention also proposes a kind of distant control function configuration-system based on identification, comprises telepilot and remote control reception terminal,
Described telepilot is used for obtaining the identification signal, and sends described identification signal to the remote control reception terminal; According to control signal, the keypress function of described telepilot is configured to function with active user's identities match;
Described remote control reception terminal is used for according to described identification signal, and identification active user identity is according to the control signal to telepilot of recognition result transmission with active user's identities match.
Preferably, described telepilot specifically is used for:
Monitor the identification button of described telepilot;
When described identification button is pressed, obtain identification signal corresponding to identification button of pressing.
Preferably, described telepilot specifically is used for:
Monitor the identification sensor of described telepilot;
When described identification sensor obtains the movable information of described telepilot, described movable information is converted to the identification signal.
Preferably, described remote control reception terminal specifically is used for:
With the movable information that comprises in the described identification signal and the reference data contrast of presetting;
Obtain the reference data corresponding user identity the highest with described movable information matching degree.
Preferably, described identification sensor is direction sensor, and described movable information is the deflection angle of described telepilot;
And/or described identification sensor is acceleration transducer, and described movable information is the acceleration of motion of described telepilot;
And/or described identification sensor is gyro sensor, and described movable information is the rotational angular velocity of described telepilot.
The present invention is by identifying active user's identity, the keypress function of telepilot is configured to the functional mode that is complementary with active user's identity, targetedly according to the open keypress function of the behavioural characteristic of different user, make the remote control of electronic equipment more intelligent, hommization.
Description of drawings
Fig. 1 is the process flow diagram of the first embodiment that the present invention is based on the distant control function collocation method of identification;
Fig. 2 is the process flow diagram of the second embodiment that the present invention is based on the distant control function collocation method of identification;
Fig. 3 is the process flow diagram of the 3rd embodiment that the present invention is based on the distant control function collocation method of identification;
Fig. 4 is the structural representation that the present invention is based on the distant control function configuration-system of identification.
The realization of the object of the invention, functional characteristics and advantage are described further with reference to accompanying drawing in connection with embodiment.
Embodiment
Should be appreciated that specific embodiment described herein only in order to explain the present invention, is not intended to limit the present invention.
As shown in Figure 1, Fig. 1 is the process flow diagram of the first embodiment that the present invention is based on the distant control function collocation method of identification.The distant control function collocation method based on identification that the present embodiment is mentioned comprises:
Step S101, telepilot obtain the identification signal, and send the identification signal to the remote control reception terminal;
Be provided with the identification module for the captured identity identification signal in the telepilot of the present embodiment, telepilot obtains the identification signal by identification module, and the microprocessor that is sent to telepilot is processed, identification signal after processing is sent to the remote control reception terminal by the signal transmitting and receiving module, for the remote control reception terminal recognition.
Step S102, the remote control reception terminal is according to the identification signal, and identification active user identity is according to the control signal to telepilot of recognition result transmission with active user's identities match;
The remote control reception terminal can be arranged in the electronic equipment, for example, intelligent television, air-conditioning, sound equipment, DVD player etc., the signal transmitting and receiving module can adopt wireless mode to carry out the signal send and receive; Or the remote control reception terminal directly is integrated in telepilot inside, the signal transmitting and receiving module can adopt the modes such as wired mode, optoelectronic induction to carry out the signal transmission.After the remote control reception terminal receives the identification signal by the signal transmitting and receiving module, CPU by the remote control reception terminal sends to pretreatment module with the identification signal, the identification signal is carried out pre-service, and pretreated identification signal is sent to identification module, by identification module active user's identity is identified, and recognition result returned CPU, CPU is converted to control signal with recognition result, and feeds back to telepilot by the signal transmitting and receiving module.In addition, when the remote control reception terminal was arranged in the electronic equipment, CPU also can be presented at recognition result by the display module of remote control reception terminal on the display screen of electronic equipment the recognition result that prompting user is current; When the remote control reception terminal is integrated in the telepilot, also can recognition result be sent to electronic equipment by telepilot, and be presented on the display screen of electronic equipment.
Step S103, telepilot be according to control signal, and the keypress function of telepilot is configured to function with active user's identities match.
Telepilot receives the control signal that the remote control reception terminal is sent by the signal transmitting and receiving module, according to control signal configuration keypress function, for example, when using intelligent television, when recognizing the active user for the old man, only keep switching on and shutting down button, sound regulating key and channel switching key, shield other keypress functions, avoid pushing the wrong button and make troubles for the elderly watches TV; When recognizing the active user for the young man, open all keypress functions are for the young man provides abundant television experience.
The present embodiment is by identifying active user's identity, the keypress function of telepilot is configured to the functional mode that is complementary with active user's identity, targetedly according to the open keypress function of the behavioural characteristic of different user, make the remote control of electronic equipment more intelligent, hommization.
As shown in Figure 2, Fig. 2 is the process flow diagram of the second embodiment that the present invention is based on the distant control function collocation method of identification.The present embodiment adopts the identification button to obtain the identification signal take embodiment illustrated in fig. 1 as the basis, and the present embodiment specifically comprises:
Step S201, the identification button of telepilot monitoring telepilot;
The present embodiment on telepilot according to different crowds, the button of different colours, code or literal is set, for example, button A represents the young man, button B represents the elderly, button C represents child, the identification button can select input and output pin and analog to digital conversion circuit to realize arranging by hardware mode before dispatching from the factory, or is arranged voluntarily by the user after selling by software mode.The user presses corresponding identification button according to the identity of oneself, realizes the input of identity.
Step S202, when the identification button is pressed, identification signal corresponding to identification button that the telepilot acquisition is pressed;
After the identification button was pressed, the microprocessor that the identification signal is transferred into telepilot carried out the signal processing.In addition, microprocessor can also carry out Energy Saving Control to the identification button, when not needing identification, closes the function of identification button, reduces energy consumption.
Step S203, telepilot send the identification signal to the remote control reception terminal;
Microprocessor is sent to the remote control reception terminal through the signal transmitting and receiving module after the identification signal is processed.
Step S204, the remote control reception terminal is according to the identification signal, and identification active user identity is according to the control signal to telepilot of recognition result transmission with active user's identities match;
The remote control reception terminal is judged current which identification button according to the identification signal to be pressed, and identifies thus active user's identity, and feeds back the control signal that is complementary with active user's identity to telepilot.
Step S205, telepilot be according to control signal, and the keypress function of telepilot is configured to function with active user's identities match.
The present embodiment adopts the realization of identification button to the identification of user identity, and this recognition methods is simple, easily realization, and identifying is quick, and the user only need to press button and get final product, without loaded down with trivial details operation, for the distant control function configuration brings convenience.
As shown in Figure 3, Fig. 3 is the process flow diagram of the 3rd embodiment that the present invention is based on the distant control function collocation method of identification.The present embodiment adopts the identification sensor to obtain the identification signal take embodiment illustrated in fig. 1 as the basis, and the present embodiment specifically comprises:
Step S301, the identification sensor of telepilot monitoring telepilot;
Step S302, when the identification sensor obtained the movable information of telepilot, telepilot was converted to the identification signal with movable information.
The present embodiment adopts the identification sensor to obtain the identification signal, and the identification sensor can be the one or more combination in direction sensor, acceleration transducer, the gyro sensor (angular-rate sensor).When the identification sensor was direction sensor, the movable information that the identification sensor obtains was the deflection angle of telepilot; When the identification sensor was acceleration transducer, the movable information that the identification sensor obtains was the acceleration of motion of telepilot; When part identification sensor was gyro sensor, the movable information that the identification sensor obtains was the rotational angular velocity of telepilot.Different according to the behavioural habits of different crowd when taking telepilot, the movable information that obtains is also different, for example, it is x=5, y=20, z=40 that father picks up the telepilot accekeration, it is x=1, y=4, z=10 that grandfather picks up the telepilot accekeration, the elderly is owing to physical factors, and the speed of the telepilot of taking is relatively slow.In addition, the telepilot deflection angle when different user's hands is taken telepilot in the face of electronic equipment also can be different, and for example, it is x=0 degree, y=45 degree, z=90 degree that father picks up the telepilot tilt value, and it is x=0 degree, y=0 degree, z=90 degree that grandfather picks up the telepilot tilt value.
Step S303, telepilot send the identification signal to the remote control reception terminal;
Step S304, the remote control reception terminal is with the movable information that comprises in the identification signal and the reference data contrast of presetting;
Before using the identification sensor to obtain movable information, can first preset reference data.For example, the custom data when manually the different home member being taken telepilot are input to the reference data processing module of remote control reception terminal as the reference data; Or the mode by training identification sensor, make the identification sensor with the training data that obtains as the reference data, be sent to the remote control reception terminal through telepilot, be stored in the reference data processing module.The recognition processing module of remote control reception terminal calls the reference data in the reference data processing module when the identification signal is identified, be analyzed with the identification signal, to obtain matching result.
Step S305, the remote control reception terminal is obtained the reference data corresponding user identity the highest with the movable information matching degree;
The action of telepilot is not in full accord because the user takes at every turn, therefore adopts the mode of percentage match, and the corresponding user identity of the reference data that matching degree is the highest is as recognition result.For example, after the recognition processing module comparative analysis, current identification signal and the matching degree of the elderly's reference data are 80%, with child's matching degree be 10%, with youthful matching degree be 5%, then recognition processing module is defined as the elderly output with active user's identity.
Step S306, the remote control reception terminal is according to the control signal to telepilot of recognition result transmission with active user's identities match;
Step S307, telepilot be according to control signal, and the keypress function of telepilot is configured to function with active user's identities match.
The present embodiment adopts the identification sensor to gather the take movable information of telepilot of user, and generation identification signal, the user need not telepilot is carried out any operation, reduced user's operation, make the user in the situation that without discovering the functional configuration that realizes telepilot, make the remote control configuration more intelligent.
As shown in Figure 4, Fig. 4 is the structural representation that the present invention is based on the distant control function configuration-system of identification.The distant control function configuration-system based on identification that the present embodiment is mentioned comprises telepilot 10 and remote control reception terminal 20:
Remote control reception terminal 20 is used for according to the identification signal, identification active user identity, according to recognition result send with active user's identities match control signal to telepilot 10.
Be provided with the identification module for the captured identity identification signal in the telepilot 10 of the present embodiment, telepilot 10 obtains the identification signal by identification module, and the microprocessor that is sent to telepilot 10 is processed, identification signal after processing is sent to remote control reception terminal 20 by the signal transmitting and receiving module, for 20 identifications of remote control reception terminal.Remote control reception terminal 20 can be arranged in the electronic equipment, for example, intelligent television, air-conditioning, sound equipment, DVD player etc., the signal transmitting and receiving module can adopt wireless mode to carry out the signal send and receive; Or remote control reception terminal 20 directly is integrated in telepilot 10 inside, the signal transmitting and receiving module can adopt the modes such as wired mode, optoelectronic induction to carry out the signal transmission.After remote control reception terminal 20 receives the identification signal by the signal transmitting and receiving module, CPU by remote control reception terminal 20 sends to pretreatment module with the identification signal, the identification signal is carried out pre-service, and pretreated identification signal is sent to identification module, by identification module active user's identity is identified, and recognition result returned CPU, CPU is converted to control signal with recognition result, and feeds back to telepilot 10 by the signal transmitting and receiving module.In addition, when remote control reception terminal 20 was arranged in the electronic equipment, CPU also can be presented at recognition result by the display module of remote control reception terminal 20 on the display screen of electronic equipment the recognition result that prompting user is current; When remote control reception terminal 20 is integrated in the telepilot 10, also can recognition result be sent to electronic equipment by telepilot 10, and be presented on the display screen of electronic equipment.Telepilot 10 receives the control signal that remote control reception terminal 20 is sent by the signal transmitting and receiving module, according to control signal configuration keypress function, for example, when using intelligent television, when recognizing the active user for the old man, only keep switching on and shutting down button, sound regulating key and channel switching key, shield other keypress functions, avoid pushing the wrong button and make troubles for the elderly watches TV; When recognizing the active user for the young man, open all keypress functions are for the young man provides abundant television experience.The present embodiment is by identifying active user's identity, the keypress function of telepilot 10 is configured to the functional mode that is complementary with active user's identity, targetedly according to the open keypress function of the behavioural characteristic of different user, make the remote control of electronic equipment more intelligent, hommization.
In the embodiment of the invention, when adopting the identification button to obtain the identification signal, telepilot 10 specifically is used for:
The identification button of monitoring telepilot 10;
When the identification button is pressed, obtain identification signal corresponding to identification button of pressing.
The present embodiment on telepilot 10 according to different crowds, the button of different colours, code or literal is set, for example, button A represents the young man, button B represents the elderly, button C represents child, the identification button can select input and output pin and analog to digital conversion circuit to realize arranging by hardware mode before dispatching from the factory, or is arranged voluntarily by the user after selling by software mode.The user presses corresponding identification button according to the identity of oneself, realizes the input of identity.After the identification button was pressed, the identification signal was transferred into the microprocessor of telepilot 10, and microprocessor is sent to remote control reception terminal 20 through the signal transmitting and receiving module after the identification signal is processed.In addition, microprocessor can also carry out Energy Saving Control to the identification button, when not needing identification, closes the function of identification button, reduces energy consumption.Remote control reception terminal 20 is judged current which identification button according to the identification signal to be pressed, and identifies thus active user's identity, and feeds back the control signal that is complementary with active user's identity to telepilot 10.The present embodiment adopts the realization of identification button to the identification of user identity, and this recognition methods is simple, easily realization, and identifying is quick, and the user only need to press button and get final product, without loaded down with trivial details operation, for the distant control function configuration brings convenience.
In the embodiment of the invention, when adopting the identification sensor to obtain the identification signal, telepilot 10 specifically is used for:
The identification sensor of monitoring telepilot 10;
When the identification sensor obtains the movable information of telepilot 10, movable information is converted to the identification signal.
Remote control reception terminal 20 specifically is used for:
With the movable information that comprises in the identification signal and the reference data contrast of presetting;
Obtain the reference data corresponding user identity the highest with the movable information matching degree.
The present embodiment adopts the identification sensor to obtain the identification signal, and the identification sensor can be the one or more combination in direction sensor, acceleration transducer, the gyro sensor (angular-rate sensor).When the identification sensor was direction sensor, the movable information that the identification sensor obtains was the deflection angle of telepilot 10; When the identification sensor was acceleration transducer, the movable information that the identification sensor obtains was the acceleration of motion of telepilot 10; When part identification sensor was gyro sensor, the movable information that the identification sensor obtains was the rotational angular velocity of telepilot 10.Different according to the behavioural habits of different crowd when taking telepilot 10, the movable information that obtains is also different, for example, it is x=5, y=20, z=40 that father picks up telepilot 10 accekerations, it is x=1, y=4, z=10 that grandfather picks up telepilot 10 accekerations, the elderly is owing to physical factors, and the speed of the telepilot 10 of taking is relatively slow.In addition, telepilot 10 deflection angles when different user's hands is taken telepilot 10 in the face of electronic equipment also can be different, for example, it is x=0 degree, y=45 degree, z=90 degree that father picks up telepilot 10 tilt values, and it is x=0 degree, y=0 degree, z=90 degree that grandfather picks up telepilot 10 tilt values.Before using the identification sensor to obtain operation information, can first preset reference data.For example, the custom data when manually the different home member being taken telepilot 10 are input to the reference data processing module of remote control reception terminal 20 as the reference data; Or the mode by training identification sensor, make the identification sensor with the training data that obtains as the reference data, be sent to remote control reception terminal 20 through telepilot 10, be stored in the reference data processing module.The recognition processing module of remote control reception terminal 20 calls the reference data in the reference data processing module when the identification signal is identified, be analyzed with the identification signal, to obtain matching result.The action of telepilot 10 is not in full accord because the user takes at every turn, therefore adopts the mode of percentage match, and the corresponding user identity of the reference data that matching degree is the highest is as recognition result.For example, after the recognition processing module comparative analysis, current identification signal and the matching degree of the elderly's reference data are 80%, with child's matching degree be 10%, with youthful matching degree be 5%, then recognition processing module is defined as the elderly output with active user's identity.The present embodiment adopts the identification sensor to gather the take movable information of telepilot 10 of user, and generation identification signal, the user need not telepilot 10 is carried out any operation, reduced user's operation, make the user in the situation that without discovering the functional configuration that realizes telepilot 10, make the remote control configuration more intelligent.
The above only is the preferred embodiments of the present invention; be not so limit claim of the present invention; every equivalent structure or equivalent flow process conversion that utilizes instructions of the present invention and accompanying drawing content to do; or directly or indirectly be used in other relevant technical fields, all in like manner be included in the scope of patent protection of the present invention.
Claims (10)
1. the distant control function collocation method based on identification is characterized in that, comprises step:
Telepilot obtains the identification signal, and sends described identification signal to the remote control reception terminal;
Described remote control reception terminal is according to described identification signal, and identification active user identity is according to the control signal to telepilot of recognition result transmission with active user's identities match;
Described telepilot is according to described control signal, and the keypress function of described telepilot is configured to function with active user's identities match.
2. the distant control function collocation method based on identification according to claim 1 is characterized in that, the step that described telepilot obtains the identification signal specifically comprises:
Described telepilot is monitored the identification button of described telepilot;
When described identification button is pressed, identification signal corresponding to identification button that described telepilot acquisition is pressed.
3. the distant control function collocation method based on identification according to claim 1 is characterized in that, the step that described telepilot obtains the identification signal specifically comprises:
Described telepilot is monitored the identification sensor of described telepilot;
When described identification sensor obtained the movable information of described telepilot, described telepilot was converted to the identification signal with described movable information.
4. the distant control function collocation method based on identification according to claim 3 is characterized in that, described remote control reception terminal is according to described identification signal, and the step of identification active user identity specifically comprises:
Described remote control reception terminal is with the movable information that comprises in the described identification signal and the reference data contrast of presetting;
Described remote control reception terminal is obtained the reference data corresponding user identity the highest with described movable information matching degree.
5. according to claim 3 or 4 described distant control function collocation methods based on identification, it is characterized in that, described identification sensor is direction sensor, and described movable information is the deflection angle of described telepilot;
And/or described identification sensor is acceleration transducer, and described movable information is the acceleration of motion of described telepilot;
And/or described identification sensor is gyro sensor, and described movable information is the rotational angular velocity of described telepilot.
6. the distant control function configuration-system based on identification is characterized in that, comprises telepilot and remote control reception terminal,
Described telepilot is used for obtaining the identification signal, and sends described identification signal to the remote control reception terminal; According to control signal, the keypress function of described telepilot is configured to function with active user's identities match;
Described remote control reception terminal is used for according to described identification signal, and identification active user identity is according to the control signal to telepilot of recognition result transmission with active user's identities match.
7. the distant control function configuration-system based on identification according to claim 6 is characterized in that, described telepilot specifically is used for:
Monitor the identification button of described telepilot;
When described identification button is pressed, obtain identification signal corresponding to identification button of pressing.
8. the distant control function configuration-system based on identification according to claim 6 is characterized in that, described telepilot specifically is used for:
Monitor the identification sensor of described telepilot;
When described identification sensor obtains the movable information of described telepilot, described movable information is converted to the identification signal.
9. the distant control function configuration-system based on identification according to claim 8 is characterized in that, described remote control reception terminal specifically is used for:
With the movable information that comprises in the described identification signal and the reference data contrast of presetting;
Obtain the reference data corresponding user identity the highest with described movable information matching degree.
10. according to claim 8 or 9 described distant control function configuration-systems based on identification, it is characterized in that, described identification sensor is direction sensor, and described movable information is the deflection angle of described telepilot;
And/or described identification sensor is acceleration transducer, and described movable information is the acceleration of motion of described telepilot;
And/or described identification sensor is gyro sensor, and described movable information is the rotational angular velocity of described telepilot.
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| CN103237250A (en) * | 2013-04-15 | 2013-08-07 | 深圳Tcl新技术有限公司 | Method for eliminating interference and remote controller |
| CN103248955A (en) * | 2013-04-22 | 2013-08-14 | 深圳Tcl新技术有限公司 | Identity recognition method and device based on intelligent remote control system |
| CN103414935A (en) * | 2013-07-29 | 2013-11-27 | 深圳Tcl新技术有限公司 | Method and device for intercepting audio frequency and video frequency based on user identity information |
| CN103544497A (en) * | 2013-04-16 | 2014-01-29 | Tcl集团股份有限公司 | Identification method and identification system for mode of intelligent equipment |
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