CN103686279A - Intelligent remote controller and realizing method thereof - Google Patents
Intelligent remote controller and realizing method thereof Download PDFInfo
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- CN103686279A CN103686279A CN201310662942.1A CN201310662942A CN103686279A CN 103686279 A CN103686279 A CN 103686279A CN 201310662942 A CN201310662942 A CN 201310662942A CN 103686279 A CN103686279 A CN 103686279A
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Abstract
The invention discloses an intelligent remote controller and a realizing method of the intelligent remote controller. The intelligent remote controller capable of identifying an operator comprises a common remote controller body and further comprises an induction identification unit, a control unit and an execution unit. The induction identification unit is used for collecting identifying information and sending the identifying information to the control unit, the control unit is used for selecting an operation mode of the remote controller body according to the identifying information and sending out a mode signal, and the execution unit is used for determining the operation mode of the remote controller body according to the mode signal. The identifying information can be fingerprint information as well as infrared induction information collected by an infrared detector, and the control unit judges the operation mode of the remote controller body according to the fingerprint information or infrared induction information so as to limit permission to use buttons on the remote controller body; corresponding effects can be achieved through the buttons in an adult mode, but the corresponding effects can not be achieved through the buttons in a child mode; thus, the identity of the operator operating the remote controller can be identified so as to prevent a child from carrying out operations randomly through the remote controller.
Description
Technical field
The present invention relates to a kind of remote controller, relate in particular to a kind of intelligent remote controller and its implementation.
Background technology
Remote controller is widely used in daily life, can be used as the far-end control appliance of the electrical equipment such as television set, air-conditioning, realize between far-end control appliance and controlled electrical equipment and just can realize the control to the operating state of electrical equipment and state switching by wireless connections mode, offer convenience to people's life.
But for the family that has children, remote controller also allows most of head of a family very annoyed when bringing convenience, if be exactly remote controller in children's hand, they will have a mind to or by mistake press the button on remote controller.If the remote controller of television set is arbitrarily pressed the button of channel switching, so not only hinder adult to appreciate TV programme, and frequent switching on and shutting down also can impact the performance of television set self.If the remote controller of other electrical equipment is arbitrarily changed operating state and is carried out switching on and shutting down, can exert an influence to the maintenance of electric equipment and normal work equally, therefore need to limit the rights of using of button on remote controller, the mode of operation of remote controller is regulated and controled.
Summary of the invention
(1) technical problem that will solve
For above-mentioned defect, the technical problem to be solved in the present invention is how to realize the identification of remote controller to its operator's identity.
(2) technical scheme
For addressing the above problem, the invention provides a kind of intelligent remote controller, comprise normal remote control, also comprise: induction recognition unit, control unit and performance element;
Described induction recognition unit gathers identifying information, and described identifying information is sent to described control unit;
Described control unit is selected the operational mode of described remote controller according to described identifying information, sends mode signal;
Described performance element is determined the operational mode of described remote controller according to described mode signal.
Further, described induction recognition unit is fingerprint identification device, and described identifying information is finger print information;
Described fingerprint identification device gathers described finger print information, and described finger print information is sent to described control unit, be entered in fingerprint database, and according to described finger print information, the operational mode of described remote controller is selected, send mode signal, described performance element is determined the operational mode of described remote controller according to described mode signal.
Further, when described control unit receives finger print information again, contrast with the finger print information in described fingerprint database, if do not have identically, the finger print information again receiving is added in described fingerprint database, otherwise described control unit is determined the operational mode of described remote controller according to operational mode corresponding to the described finger print information again receiving.
Further, described induction recognition unit comprises Infrared Detectors and signal transceiver, and described control unit comprises processor and reflector, and described identifying information is infrared induction information;
Described Infrared Detectors gathers described infrared induction information, and described infrared induction information is sent to described signal transceiver;
Described signal transceiver sends to described processor by described infrared induction information;
Described processor is processed described infrared induction information, determines the operational mode of described remote controller, obtains mode signal, and through described reflector, described mode signal is sent to described performance element.
Further, described Infrared Detectors is arranged on the key region of described remote controller, and the finger area on sensing key region sends to described signal transceiver using described finger area as described infrared induction information;
Described signal transceiver sends to described processor by described infrared induction information again;
Described processor receives described infrared induction information, described finger area and default adult are contrasted by the finger area of key, if be less than described default adult by the finger area of key, and the difference that described default adult deducts the finger area in described key region by the finger area of key is less than predetermined value and determines that the operational mode of described remote controller is child mode, otherwise the operational mode of determining described remote controller is adult mode, and definite mode signal is sent to described performance element.
Further, described Infrared Detectors is arranged on the induction zone, middle part of described remote controller, and area and the position on induction zone, middle part, pointed described in sensing, send to described signal transceiver using the area of described finger and position as described infrared induction information;
Described signal transceiver sends to described processor by described infrared induction information again;
Described processor receives described infrared induction information, the area of described finger is contrasted with the default area that becomes finger and position with position, if the position of the area of described finger and finger has at least one not meet the described default area that becomes finger and position, determine that the operational mode of described remote controller is child mode, otherwise the operational mode of determining described remote controller is adult mode, and definite mode signal is sent to described performance element.
Further, described performance element receives described mode signal and judges, if described mode signal is adult mode, on described remote controller, the rights of using of all buttons are for allowing, if described mode signal is child mode, on described remote controller, the rights of using of all buttons are carried out work according to the setting of rights of using under child mode.
For addressing the above problem, the present invention also provides a kind of implementation method of intelligent remote controller, comprising:
S1, collection identifying information;
S2, according to described identifying information, determine the operational mode of described remote controller;
S3, according to described operational mode, determine and the mode of operation of described remote controller rights of using are limited.
Further, described identifying information is finger print information, and described method is specially:
Gather described finger print information, and described finger print information is entered in fingerprint database and is preserved, and according to described finger print information, determine the operational mode of described remote controller;
When again receiving finger print information, contrast with the finger print information in described fingerprint database, if do not have identically, the finger print information again receiving is added in described fingerprint database, otherwise according to operational mode corresponding to the described finger print information again receiving, determine the operational mode of described remote controller.
Further, described identifying information is infrared induction information, and described method is specially:
Gather described infrared induction information, and according to described infrared induction information, determine the operational mode of described remote controller, if the operational mode of described remote controller is adult mode, on described remote controller, the rights of using of all buttons are for allowing, if described mode signal is child mode, on described remote controller, the rights of using of all buttons are carried out work according to the setting of rights of using under child mode.
Further, describedly according to described infrared induction information, determine that the operational mode of described remote controller specifically comprises:
The finger area in key region and default adult are contrasted by the finger area of key, if be less than described default adult by the finger area of key, and the difference that described default adult deducts the finger area in described key region by the finger area of key is less than predetermined value and determines that the operational mode of described remote controller is child mode, otherwise determines that the operational mode of described remote controller is adult mode; Or
The area of pointing on induction zone, middle part is contrasted with the default area that becomes finger and position with position, if the position of the area of described finger and finger has at least one not meet the described default area that becomes finger and position, determine that the operational mode of described remote controller is child mode, otherwise determine that the operational mode of described remote controller is adult mode.
(3) beneficial effect
The invention provides a kind of intelligent remote controller and its implementation, this intelligent remote controller is except comprising normal remote control, also comprise: induction recognition unit, control unit and performance element, induction recognition unit gathers identifying information, and identifying information is sent to control unit; Control unit is selected the operational mode of remote controller according to identifying information, sends mode signal; Performance element is determined the operational mode of remote controller according to mode signal.The identifying information that induction recognition unit collects can be finger print information, can also be the infrared induction information that Infrared Detectors collects, control unit is judged the operational mode of remote controller according to finger print information or infrared induction information, rights of using to button on remote controller limit, under adult mode, can reach corresponding effect by button, but button but can not reach corresponding effect under child mode, the identification of realization to remote controller operator identity, prevents from that children from using a teleswitch arbitrarily to operate.The head of a family can set the suitable channel of watching of children, during child mode, only can operate the channel of having set, and other channels do not respond, and cannot be switched to child mode and set channel in addition.
Accompanying drawing explanation
Fig. 1 is the composition schematic diagram of a kind of intelligent remote controller in the embodiment of the present invention one;
Fig. 2 is the composition schematic diagram of a kind of intelligent remote controller based on infrared technique in the embodiment of the present invention one;
Fig. 3 is the circuit theory schematic diagram that in the embodiment of the present invention one, a kind of intelligent remote controller based on infrared technique is realized infrared acquisition and mode decision;
Fig. 4 is a kind of intelligent remote controller key area schematic based on infrared technique in the embodiment of the present invention one;
Fig. 5 is a kind of induction zone, intelligent remote controller middle part distribution schematic diagram based on infrared technique of the embodiment of the present invention;
Fig. 6 is a kind of induction zone, intelligent remote controller middle part front view based on infrared technique of the embodiment of the present invention;
Fig. 7 is a kind of induction zone, intelligent remote controller middle part rearview based on infrared technique of the embodiment of the present invention;
Fig. 8 is the flow chart of steps of a kind of implementation method of intelligent remote controller in the embodiment of the present invention two.
Embodiment
Below in conjunction with drawings and Examples, the specific embodiment of the present invention is described in further detail.Following examples are used for illustrating the present invention, but are not used for limiting the scope of the invention.
Embodiment mono-
The embodiment of the present invention provides a kind of intelligent remote controller, except comprising normal remote control 00, also comprises: induction recognition unit 10, control unit 20 and performance element 30, form schematic diagram as shown in Figure 1.
By having increased in normal remote control: induction recognition unit, control unit and performance element, induction recognition unit gathers identifying information, and identifying information is sent to control unit, control unit is selected the operational mode of remote controller according to identifying information, send mode signal, performance element is determined the operational mode of remote controller according to mode signal.The identifying information that induction recognition unit collects can be finger print information, can also be the infrared induction information that Infrared Detectors collects.Control unit is judged the operational mode of remote controller according to finger print information or the infrared induction information of the collection of induction recognition unit, is realized the identification to remote controller operator identity.According to operator's identity, the rights of using of button on remote controller are limited, under adult mode, can reach corresponding effect by button, but button but can not reach corresponding effect under child mode, therefore even if children, disorderly by also not exerting an influence on remote controller, prevent from that children from using a teleswitch arbitrarily to operate.
Further, if induction recognition unit 10 is fingerprint identification device 11, identifying information is just finger print information so.
First be the foundation of fingerprint database and the setting of corresponding modes, fingerprint identification device 11 gathers finger print information, and finger print information is sent to control unit 20, is entered in fingerprint database, and according to finger print information, the operational mode of remote controller is selected, send mode signal.Performance element 30 just need to be determined according to mode signal the operational mode of remote controller.
After again gathering finger print information, to judge to be added in fingerprint database or directly to enter the application mode of appointment according to this finger print information afterwards.When control unit 20 receives finger print information again, finger print information in itself and fingerprint database will be contrasted, if do not have identically, the finger print information again receiving is added in fingerprint database, otherwise control unit 20 is determined the operational mode of remote controller according to operational mode corresponding to finger print information again receiving.
According to the said equipment, design intelligent remote controller below, this intelligent remote controller is the remote controller with fingerprint identification function.General the most frequently used remote controller is in the family the remote controller of television set, several kinsfolks in one family will operate on it respectively, the fingerprint recognition remote controller that the present embodiment provides just can be identified its identity according to operator's fingerprint, and then carries out corresponding operational mode.If have two adult A and B in family, a children C, fingerprint recognition sets three people's of 11 collections finger print information, send it to control unit 20, be entered in fingerprint transmission of data storehouse, the fingerprint correspondence of adult A and B is set to the adult mode of remote controller, and the fingerprint correspondence of children C is set to child mode.Afterwards, when remote controller is in the hand of adult A or B, the operator that remote controller is judged now by fingerprint recognition is adult, and the operational mode of remote controller is exactly adult mode.
Further, on the basis of the above, can also further according to the time of different operators and current system, to the operational mode of remote controller, limit, for limiting child, see the time of TV, if certain time period should be the time of children for learning or rest, just do not allow children to see TV in this time period, refer in this time period, the rights of using of children's operation push-button be limited, other times do not limit.If remote controller is in the hand of C, remote controller detects and identifies C, contrast according to system time and predefined time, if forbid seeing that default, in the time period of TV, C cannot realize the operations such as tune platform of TV, if do not forbidding seeing that the rights of using of just exchanging platform button in the time period of TV do not limit, rights of using, for allowing, can realize tune platform.
Except fingerprint identification technology, can also apply infrared technique operator's identity is identified.Infrared technique is exactly to utilize the infrared light of object reflective infrared light source to reach the object of imaging.A kind of infrared technique is wherein exactly rpyroelectric infrared technology, realizes to human body infrared perception and differentiation the operation of being correlated with based on pyroelectric infrared sensor.
The operation principle of pyroelectric infrared sensor is exactly pyroelectric effect: when some crystal are heated, will produce quantity equate and the contrary electric charge of symbol at crystal two ends.This electric polarization phenomenon producing due to thermal change is called pyroelectric effect.Conventionally, the bound charge that crystal spontaneous polarization produces is neutralized at the free electron of crystal outer surface by attached collection in air, and its spontaneous polarization electric moment can not show.When variations in temperature, the positive and negative electric charge center of gravity in crystal structure produces relative displacement, and crystal spontaneous polarization value will change, and at plane of crystal, will produce charge depletion.The crystal that can produce pyroelectric effect is called pyroelectricity body, is called again thermoelectric element.The material that thermoelectric element is conventional has monocrystalline (LiTaO3 etc.), piezoelectric ceramic (PZT etc.) and macromolecule membrane (PVF2 etc.).If resistance in the parallel connection of thermoelectric element two ends, when element is heated, just has electric current to flow through on resistance, at resistance two ends, also can obtain voltage signal.
Based on infrared technique, realize the ultrared perception to human body, wherein respond to recognition unit 10 and comprise Infrared Detectors 12 and signal transceiver 13, control unit 20 comprises processor 21 and reflector 22, and identifying information is infrared induction information.Infrared Detectors 12 gathers infrared induction information, and infrared induction information is sent to signal transceiver 13, signal transceiver 13 sends to processor 21 by infrared induction information, 21 pairs of infrared induction information of processor are processed, determine the operational mode of remote controller, obtain mode signal, and through reflector 22, mode signal is sent to performance element 30.The composition schematic diagram of the intelligent remote controller of making according to infrared technique as shown in Figure 2, is wherein realized the circuit theory schematic diagram of infrared acquisition and mode decision as shown in Figure 3.
The setting area of Infrared Detectors 12 is different, below according to two representative regions, describes, and these two regions are respectively key region and induction zone, middle part.
1. take key region as example
If Infrared Detectors 12 is arranged on the key region of remote controller, finger area on sensing key region, finger area is sent to signal transceiver 13 as infrared induction information, signal transceiver 13 sends to processor 21 by infrared induction information again, processor 21 receives infrared induction information, finger area and default adult are contrasted by the finger area of key, if be less than default adult by the finger area of key, and the difference that default adult deducts the finger area in key region by the finger area of key is less than predetermined value and determines that the operational mode of remote controller is child mode, otherwise the operational mode of determining remote controller is adult mode, and definite mode signal is sent to performance element 30 by reflector 22.Wherein predetermined value need to rule of thumb be determined, even if press the finger area of key during adult's start because individual differences exists different, but also within the specific limits, can deviation too not large, therefore as long as regard as adult in the scope compunction of predetermined value, but for children, especially smaller children of age, when by key, always having larger deviation, surpass predetermined value, must be children.
According to key region, provide corresponding example below, in Fig. 4, key region represents with 7, if it is just first its identity to be identified that operator is placed on finger the operation of starting shooting on the key of remote controller, because the finger area of children when by key and adult's finger area are different, area than adult is little, therefore can be using it as the foundation that operator's identity is differentiated.First will be in control unit during to normal adult button the finger area in key region gather and preserve.Finger area on Infrared Detectors sensing key region afterwards, it is sent to signal transceiver 13 as infrared induction information, processor 21 receives the infrared induction information that signal transceiver 13 sends, reality is exactly to point area, itself and default adult are contrasted by the finger area of key, if be less than default adult by the finger area of key, determine that the operational mode of remote controller is child mode, otherwise the operational mode of determining remote controller is adult mode, so far complete the judgement to remote controller operational mode, again definite mode signal is sent to performance element 30 by reflector 22 afterwards.
2. take induction zone, middle part as example
If Infrared Detectors 12 is arranged on the induction zone, middle part of remote controller, area and the position on induction zone, sensing middle part, pointed, the area of finger and position are sent to signal transceiver 13 as infrared induction information, signal transceiver 13 sends to processor 21 by infrared induction information again, processor 21 receives infrared induction information, the area of finger is contrasted with the default area that becomes finger and position with position, if the area of finger and the position of finger have at least one not meet the default area that becomes finger and position, determine that the operational mode of remote controller is child mode, otherwise the operational mode of determining remote controller is adult mode, and definite mode signal is sent to performance element 30.
Restriction for button rights of using under child mode is generally first to judge the time period, in order to prevent that children from seeing TV for a long time, can only within the specific time period, see TV by limiting child, and can only see the cartoon program of children's class.For example allow children to see that the time period of TV is 6:00-8:00 in evening, if in this time period, the rights of using of key are for allowing, and for the button of program channel selection, are only restricted to three children's channels, and other channel is not for allowing.
According to induction zone, middle part, provide corresponding example below, at Fig. 5, provided induction zone 1, middle part in the lip-deep distribution of remote controller, the sensed position of forefinger when wherein solid line 2 represents people's hand-held remote controller, be distributed in the front of remote controller, as Fig. 6 front view that is remote controller, dotted line 3,4,5,6 represents respectively the sensed position of forefinger, middle finger, the third finger and pinkie, is distributed in the back side of remote controller, as Fig. 7 rearview that is remote controller.Surface at remote controller obviously marks induction zone, middle part 1 by methods to set up such as image, word, indenture or projections, or by this part of distributing position, function, is that using method describes in the operation instructions of remote controller.
The pyroelectric infrared sensor that has matrix to arrange in induction zone, middle part 1, the finger area being sensed contrasts with default become finger area and position with position, as long as wherein one does not satisfy condition and just judges that now the operator of remote controller is children, the operational mode of determining remote controller is child mode, limit its rights of using; If there is one to satisfy condition and just think that now the operator of remote controller is adult, the operational mode of determining remote controller is adult mode, to not restriction of rights of using.
To sum up, the identifying information that the intelligent remote controller that the present embodiment provides collects by induction recognition unit, it can be finger print information, can also be the infrared induction information that Infrared Detectors collects, control unit is judged the operational mode of remote controller according to finger print information or infrared induction information, rights of using to button on remote controller limit, under adult mode, can reach corresponding effect by button, but button but can not reach corresponding effect under child mode, the identification of realization to remote controller operator identity, preventing that children from using a teleswitch arbitrarily operates.
Embodiment bis-
Embodiment bis-provides a kind of implementation method of intelligent remote controller, steps flow chart as shown in Figure 8:
Step S1, collection identifying information.
Step S2, according to identifying information, determine the operational mode of remote controller.
Step S3, according to operational mode, determine and the mode of operation of remote controller rights of using are limited.
Identifying information can be the finger print information obtaining according to fingerprint identification technology, can also be the infrared induction information obtaining according to infrared technique, below describes for example respectively.
If identifying information is finger print information, intelligent remote controller is known method for distinguishing to operator's identity and is specially:
Gather finger print information, and finger print information is entered in fingerprint database and is preserved, and according to finger print information, determine the operational mode of remote controller.
When again receiving finger print information, contrast with the finger print information in fingerprint database, if do not have identically, the finger print information again receiving is added in fingerprint database, otherwise according to operational mode corresponding to the finger print information again receiving, determine the operational mode of remote controller.
If identifying information is infrared induction information, intelligent remote controller is known method for distinguishing to operator's identity and is specially:
Gather infrared induction information, and according to infrared induction information, determine the operational mode of remote controller, if the operational mode of remote controller is adult mode, on remote controller, the rights of using of all buttons are for allowing, if mode signal is child mode, on remote controller, the rights of using of all buttons are not for allowing.
The source of infrared induction information can be key region, can also be induction zone, middle part.If the source of infrared induction information is key region, according to infrared induction information, determine that the operational mode of remote controller specifically comprises:
The finger area in key region and default adult are contrasted by the finger area of key, if be less than default adult by the finger area of key, and the difference that described default adult deducts the finger area in described key region by the finger area of key is less than predetermined value and determines that the operational mode of remote controller is child mode, otherwise determines that the operational mode of remote controller is adult mode.
If the source of infrared induction information is induction zone, middle part, according to infrared induction information, determine that the operational mode of remote controller specifically comprises:
The area of pointing on induction zone, middle part is contrasted with the default area that becomes finger and position with position, if the area of finger and the position of finger have at least one not meet the default area that becomes finger and position, determine that the operational mode of remote controller is child mode, otherwise determine that the operational mode of remote controller is adult mode.
By what use above-mentioned intelligent remote controller, operator's identity is carried out to the method for Intelligent Recognition, according to finger print information or infrared induction information and predefined data, contrast, determine the operational mode of remote controller, rights of using to operator limit, under adult mode, can reach corresponding effect by button, but button but can not reach corresponding effect under child mode, realize the identification to remote controller operator identity, prevent from that children from using a teleswitch arbitrarily to operate.
Intelligent remote controller provided by the invention and implementation method have very strong feasibility, practicality and popularized type, and embodiments of the invention one and embodiment bis-be take TV remote controller as example describes, and are also adapted to other remote controller.
Above execution mode is only for illustrating the present invention; and be not limitation of the present invention; the those of ordinary skill in relevant technologies field; without departing from the spirit and scope of the present invention; can also make a variety of changes and modification; therefore all technical schemes that are equal to also belong to category of the present invention, and scope of patent protection of the present invention should be defined by the claims.
Claims (11)
1. an intelligent remote controller, comprises normal remote control, it is characterized in that, also comprises: induction recognition unit, control unit and performance element;
Described induction recognition unit gathers identifying information, and described identifying information is sent to described control unit;
Described control unit is selected the operational mode of described remote controller according to described identifying information, sends mode signal;
Described performance element is determined the operational mode of described remote controller according to described mode signal.
2. intelligent remote controller as claimed in claim 1, is characterized in that, described induction recognition unit is fingerprint identification device, and described identifying information is finger print information;
Described fingerprint identification device gathers described finger print information, and described finger print information is sent to described control unit, be entered in fingerprint database, and according to described finger print information, the operational mode of described remote controller is selected, send mode signal, described performance element is determined the operational mode of described remote controller according to described mode signal.
3. intelligent remote controller as claimed in claim 2, it is characterized in that, when described control unit receives finger print information again, contrast with the finger print information in described fingerprint database, if do not have identically, the finger print information again receiving is added in described fingerprint database, otherwise described control unit is determined the operational mode of described remote controller according to operational mode corresponding to the described finger print information again receiving.
4. intelligent remote controller as claimed in claim 1, is characterized in that, described induction recognition unit comprises Infrared Detectors and signal transceiver, and described control unit comprises processor and reflector, and described identifying information is infrared induction information;
Described Infrared Detectors gathers described infrared induction information, and described infrared induction information is sent to described signal transceiver;
Described signal transceiver sends to described processor by described infrared induction information;
Described processor is processed described infrared induction information, determines the operational mode of described remote controller, obtains mode signal, and through described reflector, described mode signal is sent to described performance element.
5. intelligent remote controller as claimed in claim 4, it is characterized in that, described Infrared Detectors is arranged on the key region of described remote controller, and the finger area on sensing key region sends to described signal transceiver using described finger area as described infrared induction information;
Described signal transceiver sends to described processor by described infrared induction information again;
Described processor receives described infrared induction information, described finger area and default adult are contrasted by the finger area of key, if be less than described default adult by the finger area of key, and the difference that described default adult deducts the finger area in described key region by the finger area of key is less than predetermined value and determines that the operational mode of described remote controller is child mode, otherwise the operational mode of determining described remote controller is adult mode, and definite mode signal is sent to described performance element.
6. intelligent remote controller as claimed in claim 4, it is characterized in that, described Infrared Detectors is arranged on the induction zone, middle part of described remote controller, area and the position described in sensing, on induction zone, middle part, pointed, send to described signal transceiver using the area of described finger and position as described infrared induction information;
Described signal transceiver sends to described processor by described infrared induction information again;
Described processor receives described infrared induction information, the area of described finger is contrasted with the default area that becomes finger and position with position, if the position of the area of described finger and finger has at least one not meet the described default area that becomes finger and position, determine that the operational mode of described remote controller is child mode, otherwise the operational mode of determining described remote controller is adult mode, and definite mode signal is sent to described performance element.
7. the intelligent remote controller as described in any one in claim 1-6, it is characterized in that, described performance element receives described mode signal and judges, if described mode signal is adult mode, on described remote controller, the rights of using of all buttons are for allowing, if described mode signal is child mode, on described remote controller, the rights of using of all buttons are carried out work according to the setting of rights of using under child mode.
8. an implementation method for intelligent remote controller, is characterized in that, described method comprises:
S1, collection identifying information;
S2, according to described identifying information, determine the operational mode of described remote controller;
S3, according to described operational mode, determine and the mode of operation of described remote controller rights of using are limited.
9. implementation method as claimed in claim 8, is characterized in that, described identifying information is finger print information, and described method is specially:
Gather described finger print information, and described finger print information is entered in fingerprint database and is preserved, and according to described finger print information, determine the operational mode of described remote controller;
When again receiving finger print information, contrast with the finger print information in described fingerprint database, if do not have identically, the finger print information again receiving is added in described fingerprint database, otherwise according to operational mode corresponding to the described finger print information again receiving, determine the operational mode of described remote controller.
10. implementation method as claimed in claim 8, is characterized in that, described identifying information is infrared induction information, and described method is specially:
Gather described infrared induction information, and according to described infrared induction information, determine the operational mode of described remote controller, if the operational mode of described remote controller is adult mode, on described remote controller, the rights of using of all buttons are for allowing, if described mode signal is child mode, on described remote controller, the rights of using of all buttons are carried out work according to the setting of rights of using under child mode.
11. implementation methods as claimed in claim 10, is characterized in that, describedly according to described infrared induction information, determine that the operational mode of described remote controller specifically comprises:
The finger area in key region and default adult are contrasted by the finger area of key, if be less than described default adult by the finger area of key, and the difference that described default adult deducts the finger area in described key region by the finger area of key is less than predetermined value and determines that the operational mode of described remote controller is child mode, otherwise determines that the operational mode of described remote controller is adult mode; Or
The area of pointing on induction zone, middle part is contrasted with the default area that becomes finger and position with position, if the position of the area of described finger and finger has at least one not meet the described default area that becomes finger and position, determine that the operational mode of described remote controller is child mode, otherwise determine that the operational mode of described remote controller is adult mode.
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| CN105068752A (en) * | 2015-08-26 | 2015-11-18 | 成都秋雷科技有限责任公司 | Automatic input mode switching method |
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| WO2016095074A1 (en) * | 2014-12-14 | 2016-06-23 | 刘一佳 | Method for inputting game instruction and gamepad |
| CN105959749A (en) * | 2016-04-28 | 2016-09-21 | 乐视控股（北京）有限公司 | Intelligent terminal, remote controller and recommending method and system |
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| US9906836B2 (en) | 2014-04-28 | 2018-02-27 | Boe Technology Group Co., Ltd. | Video playing apparatus, control apparatus, video playing system and control method |
| CN103957458A (en) * | 2014-04-28 | 2014-07-30 | 京东方科技集团股份有限公司 | Video playing device, control device, video playing system and control method |
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| CN105335060A (en) * | 2014-08-14 | 2016-02-17 | 中兴通讯股份有限公司 | Operation control method of touch screen terminal and terminal |
| WO2016095074A1 (en) * | 2014-12-14 | 2016-06-23 | 刘一佳 | Method for inputting game instruction and gamepad |
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| CN107623868A (en) * | 2016-07-14 | 2018-01-23 | 江苏艾洛维显示科技股份有限公司 | Fingerprint control is without screen TV |
| CN106851369A (en) * | 2017-01-07 | 2017-06-13 | 广州博冠光电技术有限公司 | A kind of information interacting method and its information interaction system based on Web TV |
| CN108319366A (en) * | 2018-01-22 | 2018-07-24 | 四川斐讯信息技术有限公司 | A kind of control method and system of Anti-addiction |
| CN108347633A (en) * | 2018-02-02 | 2018-07-31 | 上海康斐信息技术有限公司 | Prevent child disorderly by the method and apparatus of remote controler |
| CN110164108A (en) * | 2019-03-29 | 2019-08-23 | 佛山市中格威电子有限公司 | A kind of remote control system and its control method based on fingerprint characteristic |
| CN110175064A (en) * | 2019-05-29 | 2019-08-27 | 广东美的制冷设备有限公司 | Control interface display methods, device and remote control equipment |
| CN110209064A (en) * | 2019-06-15 | 2019-09-06 | 泉州昌荣贸易有限公司 | The control method of smart home access right |
| CN110198466A (en) * | 2019-07-11 | 2019-09-03 | 杭州冰玉科技有限公司 | One kind preventing the mishandled domestic TV remote controler of children |
| CN110198466B (en) * | 2019-07-11 | 2021-08-31 | 金奖 | Household television remote controller capable of preventing children from operating in disorder |
| CN110515532A (en) * | 2019-09-09 | 2019-11-29 | 吴之翔 | A kind of interactive mode mirror and apparatus control method |
| CN112443941A (en) * | 2020-12-04 | 2021-03-05 | 格力电器（武汉）有限公司 | Air conditioner control method and device and storage medium |
| CN115359645A (en) * | 2022-10-24 | 2022-11-18 | 永林电子股份有限公司 | Remote control system, remote control method and computer readable storage medium |
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