CN103716675A

CN103716675A - Intelligent television, intelligent television peripheral device and intelligent communication system

Info

Publication number: CN103716675A
Application number: CN201310559712.2A
Authority: CN
Inventors: 陈昆明; 高洁; 齐玉成
Original assignee: Qingdao Hisense Electronics Co Ltd
Current assignee: Hisense Visual Technology Co Ltd
Priority date: 2013-11-12
Filing date: 2013-11-12
Publication date: 2014-04-09
Anticipated expiration: 2033-11-12
Also published as: CN103716675B

Abstract

The embodiment of the invention relates to the technical field of communication, and in particular relates to an intelligent television, an intelligent television peripheral device and an intelligent communication system, so as to improve the automation and intelligentization level of the establishing of match code connection between the intelligent television peripheral device and the intelligent television, and to shorten the time of the establishing of match code connection between the intelligent television peripheral device and the intelligent television. The intelligent television provided by the embodiment of the invention comprises a near field communication initiating chip which is used for detecting the intelligent television peripheral device through an antenna under the control of a microprocessor, sending a notification to the microprocessor when the peripheral device is detected, generating a signal which is of an NFC format and at least comprises the ID information of the intelligent television according to the ID information, which is fed back by the microprocessor, of the intelligent television, and sending the signal to the antenna, a microprocessor which is used for feeding back the ID information of the intelligent television to the near field communication initiating chip after receiving the notification, and the antenna which is used for sending the signal of the NFC format.

Description

The ancillary equipment of intelligent TV set, intelligent TV set and intelligent communication system

Technical field

The present invention relates to communication technical field, particularly the ancillary equipment of a kind of intelligent TV set, intelligent TV set and intelligent communication system.

Background technology

Develop rapidly along with intelligent TV set, the ancillary equipment of the intelligent TV set that can communicate with intelligent TV set (such as, remote controller, earphone and game paddle etc.) also obtained developing fast, such as, take intelligent TV set ancillary equipment as remote controller be example, at present the remote control mode of intelligent TV set is mainly comprised to infrared remote control mode and RF remote-controlled mode, correspond respectively to Infrared remote controller and RF remote, Infrared remote controller is easy and simple to handle and cost is low, RF remote is low in energy consumption, antijamming capability is strong, remote control distance large (can reach 20 meters-50 meters), and can carry out remote control through wall.

Intelligent TV set generally comprises TV motherboard and the multiple communication module being connected with described TV motherboard at present, such as, radio-frequency module, bluetooth module and wifi(WLAN (wireless local area network)) module etc.Every kind of communication module of intelligent TV set generally comprises interconnective microprocessor and communication chip, wherein said communication chip sends after the signal of microprocessor output is modulated, and will after the signal demodulation receiving, send to microprocessor processes.The part communication module of intelligent TV set (such as, radio-frequency module) also comprise the antenna being connected with communication chip, wherein said communication chip sends the signal after modulation by antenna, and passes through antenna receiving signal.

The ancillary equipment of intelligent TV set generally comprises a kind of communication module, such as, radio-frequency module, bluetooth module or wifi module.The communication module of the ancillary equipment of intelligent TV set generally comprises interconnective MCU(Micro Controller Unit, microcontroller) and communication chip, the microprocessor that the MCU that wherein communication module of the ancillary equipment of intelligent TV set comprises and the execution mode of communication chip and the communication module of intelligent TV set comprise and the execution mode of communication chip are similar.And, similar with the part communication module of intelligent TV set, the communication module of the ancillary equipment of part intelligent TV set also comprises the antenna being connected with communication chip, such as, take intelligent TV set ancillary equipment as RF remote be example, the communication module of RF remote is radio-frequency module, and described radio-frequency module comprises MCU, radio frequency chip and antenna.

The ancillary equipment that the communication that at present ancillary equipment of intelligent TV set carries out with intelligent TV set comprises intelligent TV set and intelligent TV set foundation are connected to code that to carry out control signal mutual with the ancillary equipment of intelligent TV set and intelligent TV set; The ancillary equipment of intelligent TV set must successfully be set up code is connected with intelligent TV set, ID(identity with acquisition intelligent TV set) after information, just can be by send the control signal of the id information and the operational order that comprise intelligent TV set to intelligent TV set, the operational order that the intelligent TV set corresponding to id information of the intelligent TV set that indication control signal comprises comprises according to described control signal operates accordingly, to realize control intelligent TV set.

Below by take intelligent TV set ancillary equipment as RF remote be example, the ancillary equipment of intelligent TV set and intelligent TV set are set up code are connected and are introduced, wherein, RF remote comprises with the process that intelligent TV set foundation is connected code:

The MCU of the radio-frequency module of steps A 1, RF remote receive that user sends to code instruction;

Wherein, user by pin for a long time on RF remote to code button, to the MCU of the radio-frequency module of RF remote, send code instruction.

The MCU of the radio-frequency module of steps A 2, RF remote according to user, send to code instruction, to the radio frequency chip of the radio-frequency module of RF remote, send pairing request signal;

The radio frequency chip of the radio-frequency module of steps A 3, RF remote is modulated and is obtained modulation signal described pairing request signal, and the modulation signal obtaining is gone out by the antenna broadcast being connected with self;

Steps A 4, for the intelligent TV set of broadcast coverage of antenna that is positioned at the radio-frequency module of RF remote, the radio frequency chip of the radio-frequency module that it comprises is by the modulation signal corresponding to described pairing request signal of the antenna reception RF remote broadcast with self connecting;

In concrete enforcement, in steps A 4, the intelligent TV set of broadcast coverage of antenna that is positioned at the radio-frequency module of RF remote generally only has one.

The radio frequency chip of the radio-frequency module of steps A 5, intelligent TV set carries out demodulation to modulation signal corresponding to described pairing request signal receiving and obtains pairing request signal;

The pairing request signal that the radio frequency chip of the radio-frequency module of steps A 6, intelligent TV set obtains demodulation sends to the microprocessor of the radio-frequency module of intelligent TV set;

The microprocessor of the radio-frequency module of steps A 7, intelligent TV set is according to the described pairing request signal receiving, and sends the id information of this intelligent TV set to the radio frequency chip of the radio-frequency module of intelligent TV set;

The id information of the intelligent TV set that the radio frequency chip of the radio-frequency module of steps A 8, intelligent TV set is sent the microprocessor of the radio-frequency module of intelligent TV set, modulate and obtain modulation signal, and the modulation signal obtaining is gone out by the antenna broadcast being connected with self;

Steps A 9, for the RF remote of broadcast coverage of antenna that is positioned at the radio-frequency module of intelligent TV set, the radio frequency chip of the radio-frequency module that it comprises is by the modulation signal corresponding to id information of the described intelligent TV set of the antenna reception intelligent TV set broadcast with self connecting;

The radio frequency chip of the radio-frequency module of steps A 10, RF remote carries out to the described modulation signal receiving the id information that demodulation obtains intelligent TV set;

The radio frequency chip of the radio-frequency module of steps A 11, RF remote sends the id information of described intelligent TV set to the MCU of the radio-frequency module of RF remote;

The MCU of the radio-frequency module of steps A 12, RF remote is after receiving the id information of described intelligent TV set, confirm whether to receive in the setting-up time section before the id information in receiving described intelligent TV set that user sends to code instruction, if so, perform step A13; Otherwise, abandon the id information of the described intelligent TV set receiving;

In concrete enforcement, in steps A 12, the MCU of the radio-frequency module of RF remote is by confirming whether to receive in the setting-up time section before the id information in receiving described intelligent TV set that user sends to code instruction, determine whether to proceed to code, avoid not needing the ancillary equipment carrying out the intelligent TV set of code to miss code operations.

The MCU of the radio-frequency module of steps A 13, RF remote determines that RF remote and intelligent TV set are to code successful connection, preserves the id information of the described intelligent TV set receiving, and indicates code success by indicator light.

In concrete enforcement, in steps A 13, if the MCU of the radio-frequency module of RF remote preserves the id information of intelligent TV set in advance, the MCU of the radio-frequency module of RF remote can adopt the id information of the up-to-date intelligent TV set receiving, and covers the id information of the intelligent TV set of preserving in advance.

In concrete enforcement, in steps A 13, after user determines that by indicator light RF remote and intelligent TV set are to code successful connection, unclamp on RF remote to code button, end RF remote and intelligent TV set to code connection procedure.

In sum, by above-mentioned ancillary equipment of take intelligent TV set, as RF remote as example, the ancillary equipment of intelligent TV set and intelligent TV set are set up to the introduction that code connection procedure is carried out, there are the following problems can to find out the method that the ancillary equipment of current intelligent TV set is connected code with intelligent TV set foundation:

Because the ancillary equipment at intelligent TV set and intelligent TV set are set up in the whole process that code is connected, all need user's participation, be user need to pin always on the ancillary equipment of intelligent TV set to code button, thereby the ancillary equipment of current intelligent TV set can not be realized and set up automation and the intellectuality that code is connected with intelligent TV set;

And because the ancillary equipment at intelligent TV set and intelligent TV set are set up in the process that code is connected, first, what the ancillary equipment of intelligent TV set need to be sent according to user determines pairing request signal to code instruction, then, the ancillary equipment of intelligent TV set sends definite pairing request signal to intelligent TV set, with indicating intelligent television set, according to described pairing request signal, to the ancillary equipment of intelligent TV set, send the id information of intelligent TV set, finally, the ancillary equipment of intelligent TV set is after receiving the id information of intelligent TV set, also need to confirm whether to receive in the setting-up time section before the id information in receiving intelligent TV set that user sends to code instruction, to determine whether self is successfully connected code with intelligent TV set, whole code connection procedure is approximately needed to 10s(second)～20s, thereby the ancillary equipment of current intelligent TV set and intelligent TV set are set up the time of code connection procedure cost long.

Summary of the invention

A kind of intelligent TV set that the embodiment of the present invention provides, the ancillary equipment of intelligent TV set and intelligent communication system, in order to the ancillary equipment that solves the intelligent TV set existing in prior art, can not realize and set up automation and the intellectuality that code is connected with intelligent TV set, and the ancillary equipment of intelligent TV set and intelligent TV set foundation long problem of time that code connection procedure is spent.

First aspect, the embodiment of the present invention provides a kind of intelligent TV set, and the near-field communication that comprise microprocessor, is connected with described microprocessor is initiated chip and is initiated with described near-field communication the antenna that chip is connected;

Described near-field communication is initiated chip, under the control of microprocessor, is positioned at the ancillary equipment to intelligent TV set code region and that comprise near-field communication objective chip of intelligent TV set by described antenna detection; And when described ancillary equipment being detected, send notice to described microprocessor; And according to described microprocessor at the id information that receives the intelligent TV set that described notice feeds back afterwards, generate the signal of the near-field communication NFC form of the id information that at least comprises described intelligent TV set, be sent to described antenna;

Described microprocessor, initiates ancillary equipment described in chip detection for controlling described near-field communication; And after receiving described notice, to the id information of major general's intelligent TV set, feed back to described near-field communication and initiate chip;

Described antenna, for assisting near-field communication to initiate ancillary equipment described in chip detection; And the signal that sends described NFC form.

In embodiments of the present invention, the ancillary equipment that need to set up the intelligent TV set be connected code with intelligent TV set be positioned at described intelligent TV set to code region, intelligent TV set detect self to the ancillary equipment of the intelligent TV set in code region after, initiatively generate and send the signal of the NFC form of the id information that at least comprises described intelligent TV set, so that be positioned at described intelligent TV set to the ancillary equipment of the intelligent TV set in code region according to the signal of described NFC form, obtain and preserve the id information of described intelligent TV set, thereby the ancillary equipment of realizing the intelligent TV set that need to be connected code with intelligent TV set foundation is successfully set up code is connected with intelligent TV set,

Due to only before the ancillary equipment of intelligent TV set is connected code with intelligent TV set foundation, need user carry out by the ancillary equipment of intelligent TV set be placed in intelligent TV set to the operation in code region, ancillary equipment at intelligent TV set is set up in the whole process that code is connected with intelligent TV set, do not need user's participation completely, the ancillary equipment of intelligent TV set can be realized automatic foundation with intelligent TV set code is connected, thereby the ancillary equipment of intelligent TV set is higher with automation and intelligent degree that intelligent TV set foundation is connected code;

In addition, due to intelligent TV set self to code region in detect after the ancillary equipment of intelligent TV set, initiatively trigger code connection procedure, , do not need the ancillary equipment of intelligent TV set to send pairing request signal, just to the ancillary equipment of the intelligent TV set detecting, send the signal of the NFC form of the id information that at least comprises described intelligent TV set, the ancillary equipment of the intelligent TV set that indication detects is directly according to the signal of described NFC form, obtain and preserve the id information of described intelligent TV set, do not need the ancillary equipment of intelligent TV set to whether carried out code operations being judged by mistake, thereby, simplified the ancillary equipment of intelligent TV set and set up with intelligent TV set the step that code is connected, having shortened the ancillary equipment of intelligent TV set sets up code is connected to the spent time with intelligent TV set, and the near-field communication objective chip of initiating the ancillary equipment of chip based on NFC agreement and intelligent TV set due to the near-field communication of intelligent TV set communicates, therefore, the ancillary equipment that has further shortened intelligent TV set is set up code is connected to the spent time with intelligent TV set, and has further improved the fail safe that the ancillary equipment of intelligent TV set is connected code with intelligent TV set foundation.

Preferably, the quantity information that includes the described ancillary equipment detecting in the notice that described near-field communication initiation chip sends; Described microprocessor is after receiving described notice, also for the quantity of determining described ancillary equipment, and when to determine the quantity of described ancillary equipment be two or more, also carry out: control described near-field communication and initiate chip and by described antenna, obtain the id information of described ancillary equipment; And wherein arbitrary described ancillary equipment is defined as main ancillary equipment, all the other are defined as auxiliary ancillary equipment; And

The id information of the id information of described main ancillary equipment, main ancillary equipment indication information and described intelligent TV set is bound after an information, feed back to described near-field communication and initiate chip; Wherein, described main ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the main ancillary equipment of binding is main ancillary equipment; And

Respectively the id information of the id information of auxiliary ancillary equipment described in each, auxiliary ancillary equipment indication information and described intelligent TV set is bound after an information, feed back to described near-field communication and initiate chip; Wherein, described auxiliary ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the auxiliary ancillary equipment of binding is auxiliary ancillary equipment.

In embodiments of the present invention, intelligent TV set to code region in while the ancillary equipment of a plurality of intelligent TV sets being detected, will be wherein arbitrary described ancillary equipment be defined as main ancillary equipment, send after the id information of the id information of described main ancillary equipment, main ancillary equipment indication information and described intelligent TV set is bound to an information; All the other are defined as to auxiliary ancillary equipment, send after respectively the id information of the id information of auxiliary ancillary equipment described in each, auxiliary ancillary equipment indication information and described intelligent TV set being bound to an information; Can make the ancillary equipment of each intelligent TV set according to described many information, determine id information and the main ancillary equipment indication information/auxiliary ancillary equipment indication information of the intelligent TV set that self should preserve, thereby be embodied as id information and the main ancillary equipment indication information/auxiliary ancillary equipment indication information of its corresponding intelligent TV set of ancillary equipment appointment of each intelligent TV set.

Preferably, described near-field communication initiate chip also for: receive the instruction that the id information of described ancillary equipment is obtained in indication that described microprocessor sends, mutual by described antenna and described ancillary equipment, obtain the id information of described ancillary equipment, and feed back to described microprocessor.

In embodiments of the present invention, providing a kind of controls described near-field communication and initiates chip and by described antenna, obtain the embodiment of the id information of described ancillary equipment, it should be noted that, the embodiment providing in the embodiment of the present invention is only for resolving the execution mode of the embodiment of the present invention, and is not used in the execution mode of the restriction embodiment of the present invention.

Second aspect, the embodiment of the present invention provides a kind of ancillary equipment of intelligent TV set, comprises MCU, near-field communication objective chip and antenna;

Described antenna, for receiving the signal of intelligent TV set near-field communication NFC form that send and that at least comprise described intelligent TV set id information, is sent to described near-field communication objective chip;

Described near-field communication objective chip, the id information for described intelligent TV set that the described signal from receiving is parsed, sends to described MCU;

Described MCU, for preserving the id information of described intelligent TV set.In embodiments of the present invention, the ancillary equipment that need to set up the intelligent TV set be connected code with intelligent TV set be positioned at described intelligent TV set to code region, the ancillary equipment of described intelligent TV set receives that described intelligent TV set is initiatively determined and the signal of the NFC form that at least comprises described intelligent TV set id information that sends, parse the id information of intelligent TV set, and preserve the id information of described intelligent TV set, thereby realize, successfully set up code is connected with intelligent TV set;

In addition, because only needing passive reception intelligent TV set, the ancillary equipment of intelligent TV set initiatively determines and the signal of the NFC form that at least comprises described intelligent TV set id information that sends, parse the id information of intelligent TV set, and preserve the id information of described intelligent TV set, can successfully set up code is connected with described intelligent TV set, simplified the ancillary equipment of intelligent TV set and set up with intelligent TV set the step that code is connected, shortened the ancillary equipment of intelligent TV set and set up code is connected to the spent time with intelligent TV set; And because the near-field communication objective chip of the ancillary equipment of intelligent TV set communicates based on NFC agreement and intelligent TV set, therefore, the ancillary equipment that has further shortened intelligent TV set is set up code is connected to the spent time with intelligent TV set, and has further improved the fail safe that the ancillary equipment of intelligent TV set is connected code with intelligent TV set foundation.

Preferably, described near-field communication objective chip is according to the described signal receiving, also parse id information and the main ancillary equipment indication information of the ancillary equipment of intelligent TV set, or while also parsing the id information of ancillary equipment of intelligent TV set and auxiliary ancillary equipment indication information, the full detail parsing is sent to described MCU;

Described MCU, also for the id information of the described ancillary equipment obtaining and the id information of the ancillary equipment of local storage are compared, when both are identical, according to the main ancillary equipment indication information obtaining, determine that the ancillary equipment under self is main ancillary equipment, or according to the auxiliary ancillary equipment indication information obtaining, determine that the ancillary equipment under self is auxiliary ancillary equipment, and the main ancillary equipment indication information or the auxiliary ancillary equipment indication information that obtain are preserved.

In embodiments of the present invention, the ancillary equipment of intelligent TV set is determined certainly as main ancillary equipment according to the main ancillary equipment indication information obtaining, or according to the auxiliary ancillary equipment indication information obtaining, determine from as auxiliary ancillary equipment, thereby realize, the ancillary equipment of successfully setting up the intelligent TV set that code is connected with intelligent TV set is classified.

Preferably, the ancillary equipment of described intelligent TV set also comprises communication chip;

Described MCU, also for: according to user operation, when the ancillary equipment under self is main ancillary equipment, generates and comprise the id information of intelligent TV set and the operational order of main ancillary equipment indication information of self preserving, transfer to described communication chip; Or when the ancillary equipment under self is auxiliary ancillary equipment, generates and comprise the id information of intelligent TV set and the operational order of auxiliary ancillary equipment indication information of self preserving, transfer to described communication chip;

Described communication chip, for according to operational order, generates control signal, and sends described control signal.

In embodiments of the present invention, provide a kind of ancillary equipment of intelligent TV set to be identified for controlling the embodiment of the control signal of intelligent TV set.

The third aspect, the embodiment of the present invention provides a kind of intelligent communication system, comprises intelligent TV set and the ancillary equipment at least one intelligent TV set in code region that is positioned at intelligent TV set;

Described intelligent TV set, for detection of the ancillary equipment to the intelligent TV set in code region that is positioned at described intelligent TV set, and when described ancillary equipment being detected, generate signal the transmission of the near-field communication NFC form of the id information that at least comprises described intelligent TV set;

The ancillary equipment of described intelligent TV set, at least parsing the id information of described intelligent TV set from what receive from the described signal of intelligent TV set, and preserves the id information of described intelligent TV set.

In embodiments of the present invention, due to only before the ancillary equipment of intelligent TV set is connected code with intelligent TV set foundation, need user carry out by the ancillary equipment of intelligent TV set be placed in intelligent TV set to the operation in code region, ancillary equipment at intelligent TV set is set up in the whole process that code is connected with intelligent TV set, do not need user's participation completely, the ancillary equipment of intelligent TV set can be realized automatic foundation with intelligent TV set code is connected, thereby, the ancillary equipment of intelligent TV set is higher with automation and intelligent degree that intelligent TV set foundation is connected code,

In addition, due to intelligent TV set self to code region in detect after the ancillary equipment of intelligent TV set, initiatively trigger code connection procedure, the ancillary equipment of intelligent TV set only needs the signal of the NFC form of the id information that at least comprises described intelligent TV set that passive reception intelligent TV set initiatively generates and send, according to the signal of the NFC form receiving, obtain and preserve the id information of described intelligent TV set, can successfully set up code is connected with described intelligent TV set, simplified the ancillary equipment of intelligent TV set and set up with intelligent TV set the step that code is connected, having shortened the ancillary equipment of intelligent TV set sets up code is connected to the spent time with intelligent TV set, and because the ancillary equipment of intelligent TV set and intelligent TV set communicates based on NFC agreement, therefore, the ancillary equipment that has further shortened intelligent TV set is set up code is connected to the spent time with intelligent TV set, and has further improved the fail safe that the ancillary equipment of intelligent TV set is connected code with intelligent TV set foundation.

Preferably, described intelligent TV set also for: in the quantity that described ancillary equipment detected, while being two or more, obtain the id information of described ancillary equipment; And wherein arbitrary described ancillary equipment is defined as main ancillary equipment, all the other are defined as auxiliary ancillary equipment; And the id information of the id information of described main ancillary equipment, main ancillary equipment indication information and described intelligent TV set is bound after an information, generate described signal and send; Wherein, described main ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the main ancillary equipment of binding is main ancillary equipment; And the id information of the id information of auxiliary ancillary equipment described in each, auxiliary ancillary equipment indication information and described intelligent TV set is bound after an information, generate described signal and send; Wherein, described auxiliary ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the auxiliary ancillary equipment of binding is auxiliary ancillary equipment;

The ancillary equipment of described intelligent TV set also for: according to the described signal receiving, also parse id information and the main ancillary equipment indication information of the ancillary equipment of intelligent TV set, or while also parsing the id information of ancillary equipment of intelligent TV set and auxiliary ancillary equipment indication information, the id information of described ancillary equipment and the id information of the ancillary equipment of local storage are compared, when both are identical, according to resolving the main ancillary equipment indication information obtaining, determine certainly as main ancillary equipment, or determine certainly as auxiliary ancillary equipment according to resolving the auxiliary ancillary equipment indication information obtaining, and the main ancillary equipment indication information or the auxiliary ancillary equipment indication information that obtain are preserved.

In embodiments of the present invention, can realize the ancillary equipment of successfully setting up the intelligent TV set that code is connected with intelligent TV set is classified, that is, be divided into main ancillary equipment and auxiliary ancillary equipment.

Preferably, the ancillary equipment of described intelligent TV set also for: according to user, operate, when when as main ancillary equipment, generation comprises the id information of intelligent TV set and the operational order of main ancillary equipment indication information that self preserves, or when when as auxiliary ancillary equipment, generation comprises the id information of intelligent TV set and the operational order of auxiliary ancillary equipment indication information that self preserves, and according to described operational order, generates control signal and send;

Described intelligent TV set, the control signal also sending for the ancillary equipment from intelligent TV set parses id information and the main ancillary equipment indication information of described operational order, intelligent TV set, or parses id information and the auxiliary ancillary equipment indication information of described operational order, intelligent TV set; When the id information of the intelligent TV set parsing is identical with self id information, according to described main ancillary equipment indication information or auxiliary ancillary equipment indication information, determine whether to carry out the operation that described operational order is corresponding.

Compared with prior art, in embodiments of the present invention, intelligent TV set self to code region in detect after the ancillary equipment of intelligent TV set, initiatively trigger code connection procedure, generate the id information that at least comprises described intelligent TV set NFC form signal and send; The ancillary equipment of intelligent TV set only needs the signal of the NFC form that passive reception intelligent TV set initiatively sends, and therefrom parses the id information of intelligent TV set and preserves, and can successfully set up code is connected with described intelligent TV set;

In addition, owing to having simplified the ancillary equipment of intelligent TV set, set up with intelligent TV set the step that code is connected, therefore, shortened the ancillary equipment of intelligent TV set and set up code is connected to the spent time with intelligent TV set; And because ancillary equipment and the intelligent TV set of intelligent TV set communicates based on NFC agreement, therefore, further shortened the ancillary equipment of intelligent TV set and set up code is connected to the spent time with intelligent TV set.

Accompanying drawing explanation

Fig. 1 is the schematic diagram that in prior art, NFC equipment room communicates based on active communication mode;

Fig. 2 is the schematic diagram that in prior art, NFC equipment room communicates based on passive communication mode;

Fig. 3 is the structural representation of intelligent communication system in the embodiment of the present invention;

Fig. 4 is the structural representation of intelligent TV set in the embodiment of the present invention;

Fig. 5 is the structural representation of the ancillary equipment of intelligent TV set in the embodiment of the present invention;

Fig. 6 comprises near-field communication to initiate the radio-frequency communication module of chip and the connection diagram of TV motherboard in the embodiment of the present invention;

Fig. 7 comprises radio-frequency communication module that near-field communication the initiates chip position view in intelligent TV set in the embodiment of the present invention;

Fig. 8 is the structural representation of the RF remote that comprises near-field communication objective chip in the embodiment of the present invention.

Embodiment

The intelligent TV set of the embodiment of the present invention comprises: microprocessor, the near-field communication being connected with described microprocessor are initiated chip and initiated with described near-field communication the antenna that chip is connected; Described near-field communication is initiated chip, under the control of microprocessor, is positioned at the ancillary equipment to intelligent TV set code region and that comprise near-field communication objective chip of intelligent TV set by described antenna detection; And when described ancillary equipment being detected, send notice to described microprocessor; And according to described microprocessor at the id information that receives the intelligent TV set that described notice feeds back afterwards, generate the signal of the near-field communication NFC form of the id information that at least comprises described intelligent TV set, be sent to described antenna; Described microprocessor, initiates ancillary equipment described in chip detection for controlling described near-field communication; And after receiving described notice, to the id information of major general's intelligent TV set, feed back to described near-field communication and initiate chip; Described antenna, for assisting near-field communication to initiate ancillary equipment described in chip detection; And the signal that sends described NFC form;

In addition, due to intelligent TV set self to code region in detect after the ancillary equipment of intelligent TV set, initiatively trigger code connection procedure, simplified the ancillary equipment of intelligent TV set and set up with intelligent TV set the step that code is connected, shortened the ancillary equipment of intelligent TV set and set up code is connected to the spent time with intelligent TV set; And the near-field communication objective chip of initiating the ancillary equipment of chip based on NFC agreement and intelligent TV set due to the near-field communication of intelligent TV set communicates, therefore the ancillary equipment that, has further shortened intelligent TV set is set up code is connected to the spent time with intelligent TV set.

It should be noted that, for clear, intactly the execution mode of the embodiment of the present invention is introduced, below the background of related to NFC is simply introduced.

NFC(Near Field Communication, near-field communication or wireless near field communication) technology is at RFID(Radio Frequency Identification, radio-frequency (RF) identification) on the basis of technology and interconnection technique, merging the new technology that develops and come, is a kind of short-distance wireless communication technology.The same with RFID technology, NFC technology is by the electromagnetic induction coupled modes transmission of information of wireless frequency part in frequency spectrum, still owing to having taked unique signal attenuation technique in NFC technology, therefore, with respect to RFID, the feature such as NFC technology has near distance, bandwidth is high and energy consumption is low.

NFC technical standard comprises NFCIP-1 standard, wherein NFCIP-1 standard specified in more detail the frame format of the modulation scheme of NFC equipment, coding, transmission speed and RF interface, and defined host-host protocol etc.

NFC equipment is supported two kinds of communication patterns:

NFC communication occurs conventionally between initiating equipment and target device, and any NFC equipment can be done initiating equipment or target device, and wherein initiating equipment comprises near-field communication initiation chip, and target device comprises near-field communication objective chip.Between initiating equipment and target device, in AC magnetic field mode, intercouple, and carry out carrier modulation, transmission of digital signals with ASK mode or FSK mode.Initiating equipment produces the communication that initialization NFCIP-1 agreement is carried out in less radio-frequency magnetic field, and target device responds the order that initiating equipment sends, and selects the less radio-frequency magnetic field of being sent by initiating equipment or produce voluntarily to communicate.

1, active communication mode

Under aggressive mode, the near-field communication initiation chip of NFC initiating equipment and the near-field communication objective chip of NFC target device are NFC reader(near-field communication and read chip), therefore, when every NFC equipment will be to another NFC equipment sending data, can both produce the radiofrequency field of oneself.As shown in Figure 1, initiating equipment and target device all produce the radiofrequency field of oneself, to communicate.This is the mode standard of point-to-point communication, can obtain very fast and connect and arrange.

2, passive communication mode

Under Passive Mode, it is NFC reader that the near-field communication of NFC initiating equipment is initiated chip, the near-field communication objective chip of NFC target device is NFC tag(near field communication tag), therefore, NFC initiating equipment can produce the radiofrequency field of oneself, and NFC target device can not produce the radiofrequency field of oneself.As shown in Figure 2, under Passive Mode, initiating equipment (is also main equipment, start the equipment of NFC communication), in whole communication process, provide radiofrequency field, it can select 106kbit/s(kilobits per second), 212kbit/s or 424kbit/s a kind of transmission speed wherein, data are sent to another NFC equipment, i.e. target device (from equipment).Target device can not produce radiofrequency field, and the radiofrequency field being produced by initiating equipment provides power, by modulation electric magnetic field, responds initiating equipment, and working load modulation technique is carried out data transmit-receive.

Between NFC equipment, based on NFC consensus standard, carry out transfer of data and have following features:

1, closely induction:

For passive communication mode, the NFC reader that initiating equipment comprises can be under the control of control device, by the antenna being connected with self, outwards launch radiofrequency field, to realize, NFC tag in effective communication distance, detected, thereby realize, the target device that comprises NFC tag in effective communication distance, detected, wherein, the effective communication distance under passive communication mode is 10cm;

For active communication mode, initiating equipment and target device all comprise NFC reader, with to initiate equipment Inspection under passive communication mode similar to the execution mode of target device, initiating equipment and target device can detect mutually, wherein, the effective communication distance under active communication mode is 20cm.

2, the communication of safety:

Except the inborn fail safe of short haul connection, avoid information to suffer monitoring and distort; The security mechanism of NFC also can be guaranteed the secure communication between NFC equipment by enciphering/deciphering system;

3, processing speed fast:

Time that only need to about 0.1s to data access from NFC equipment Inspection, identity validation can complete.

Below in conjunction with Figure of description, the embodiment of the present invention is described in further detail.

In declarative procedure below, first from intelligent TV set, coordinate with the ancillary equipment of intelligent TV set and implement to describe, finally from the enforcement of the ancillary equipment of intelligent TV set and intelligent TV set, describe respectively, but this does not also mean that the two must coordinate enforcement, in fact, when the ancillary equipment of intelligent TV set and intelligent TV set separates while implementing, also solved respectively the ancillary equipment existing problem at intelligent TV set, intelligent TV set, when just the two is combined with, can obtain better technique effect.

It should be noted that, in embodiments of the present invention, intelligent TV set is NFC initiating equipment, the ancillary equipment of intelligent TV set is NFC target device, the near-field communication of intelligent TV set is initiated chip and is comprised NFC reader, and the near-field communication objective chip of the ancillary equipment of intelligent TV set can be NFC tag or NFC reader; When the near-field communication objective chip of the ancillary equipment of intelligent TV set is NFC tag, the pattern that the ancillary equipment of intelligent TV set and intelligent TV set communicates is passive communication mode, when the near-field communication objective chip of the ancillary equipment of intelligent TV set is NFC reader, the pattern that the ancillary equipment of intelligent TV set and intelligent TV set communicates is active communication mode; Wherein, NFC reader can be any NFC reader in prior art, such as, model is the chip of TRF7970A, RF430CL330, PN544, PN65N, PN544 or BCM20793; NFC tag can be also any NFC tag in prior art.

As shown in Figure 3, embodiment of the present invention intelligent communication system comprises: intelligent TV set 10 and the ancillary equipment 20 at least one intelligent TV set in code region that is positioned at intelligent TV set;

Intelligent TV set 10, for detection of the ancillary equipment 20 to the intelligent TV set in code region that is positioned at described intelligent TV set, and when described ancillary equipment 20 being detected, generate signal the transmission of the NFC form of the id information that at least comprises described intelligent TV set 10;

The ancillary equipment 20 of intelligent TV set, at least parsing the id information of described intelligent TV set 10 from what receive from the described signal of intelligent TV set 10, and preserves the id information of described intelligent TV set 10;

Particularly, intelligent TV set 10 comprises microprocessor 10A, near-field communication initiation chip 10B and antenna 10C, wherein:

Near-field communication is initiated chip 10B, under the control at microprocessor 10A, detects the ancillary equipment 20 to intelligent TV set code region and that comprise near-field communication objective chip that is positioned at intelligent TV set 10 by described antenna 10C; And when described ancillary equipment 20 being detected, send notice to described microprocessor 10A; And according to described microprocessor 10A at the id information that receives the intelligent TV set 10 that described notice feeds back afterwards, generate the signal of the NFC form of the id information that at least comprises described intelligent TV set 10, be sent to described antenna 10C;

Microprocessor 10A, detects described ancillary equipment 20 for controlling described near-field communication initiation chip 10B; And after receiving described notice, to the id information of major general's intelligent TV set 10, feed back to described near-field communication and initiate chip 10B;

Antenna 10C, detects described ancillary equipment 20 for assisting near-field communication to initiate chip 10B; And the signal that sends described NFC form;

Particularly, the ancillary equipment 20 of intelligent TV set comprises MCU20A, near-field communication objective chip 20B and antenna 20C, wherein:

Antenna 20C, for receiving intelligent TV set 10 signal that send and that at least comprise the NFC form of described intelligent TV set 10ID information, is sent to near-field communication objective chip 20B;

Near-field communication objective chip 20B, the id information for described intelligent TV set 10 that the described signal from receiving is parsed, sends to described MCU20A;

MCU20A, for preserving the id information of described intelligent TV set 10.

In enforcement, only before the ancillary equipment of intelligent TV set is connected code with intelligent TV set foundation, need user carry out by the ancillary equipment of intelligent TV set be placed in intelligent TV set to the operation in code region, ancillary equipment at intelligent TV set is set up in the whole process that code is connected with intelligent TV set, do not need user's participation completely, the ancillary equipment of intelligent TV set can be realized automatic foundation with intelligent TV set code is connected, and the ancillary equipment of intelligent TV set is higher with automation and intelligent degree that intelligent TV set foundation is connected code.

In enforcement, intelligent TV set self to code region in detect after the ancillary equipment of intelligent TV set, do not need the ancillary equipment of intelligent TV set to send pairing request signal, just initiatively trigger code connection procedure, initiatively generate the signal of the NFC form that at least comprises described intelligent TV set id information and send; Simplified the ancillary equipment of intelligent TV set and set up with intelligent TV set the step that code is connected, shortened the ancillary equipment of intelligent TV set and set up code is connected to the spent time with intelligent TV set;

Whether the ancillary equipment of intelligent TV set does not need carried out code operations being judged by mistake, only need passive reception at least to comprise the signal of the NFC form of described intelligent TV set id information, from the described signal receiving, parse the id information of described intelligent TV set and preserve, can successfully set up code is connected with described intelligent TV set; Simplified the ancillary equipment of intelligent TV set and set up with intelligent TV set the step that code is connected, shortened the ancillary equipment of intelligent TV set and set up code is connected to the spent time with intelligent TV set;

And near-field communication is initiated chip and near-field communication objective chip communicates based on NFC consensus standard, therefore, further shortened the ancillary equipment of intelligent TV set and set up code is connected to the spent time with intelligent TV set.

In enforcement, near-field communication is initiated chip and near-field communication objective chip communicates based on NFC consensus standard, therefore, has further improved the ancillary equipment of intelligent TV set and has set up with intelligent TV set the fail safe that code is connected.

Preferably, the communication range that is intelligent TV set to code region of intelligent TV set, that is, intelligent TV set can only communicate with the ancillary equipment to the intelligent TV set in code region that is positioned at self;

In embodiments of the present invention, because the ancillary equipment of intelligent TV set and intelligent TV set is NFC equipment, when the ancillary equipment of intelligent TV set and intelligent TV set communicates based on active communication mode, intelligent TV set to code region, be apart from the near-field communication of intelligent TV set, to initiate the region of chip 0 to 20cm; When the ancillary equipment of intelligent TV set and intelligent TV set communicates based on passive communication mode, intelligent TV set to code region, be apart from the near-field communication of intelligent TV set, to initiate the region of chip 0 to 10cm.

In concrete enforcement, before the ancillary equipment that need to set up the intelligent TV set be connected code with intelligent TV set is connected code with described intelligent TV set foundation, user by the ancillary equipment of the described intelligent TV set that need to be connected code with intelligent TV set foundation be placed in described intelligent TV set in code region.

Preferably, initiate chip under the control of control device with the near-field communication of initiating equipment in prior art, the execution mode of target device effective communication distance and that comprise near-field communication objective chip that is positioned at initiating equipment by the antenna detection being connected with self is similar, in the embodiment of the present invention, the near-field communication of intelligent TV set 10 is initiated chip 10B under the control of microprocessor 10A, detects the ancillary equipment 20 to intelligent TV set code region and that comprise near-field communication objective chip 20B that is positioned at intelligent TV set 10 by described antenna 10C.

In concrete enforcement, if near-field communication initiate chip 10B intelligent TV set 10 to code region in the ancillary equipment 20 of intelligent TV set do not detected, to microprocessor 10A, do not send notice.

In concrete enforcement, near-field communication initiate chip 10B intelligent TV set 10 to code region in while the ancillary equipment 20 of intelligent TV set being detected, in the notice sending to microprocessor 10A, can comprise the information that indication detects the ancillary equipment 20 of intelligent TV set, also can include the quantity information of the ancillary equipment 20 of the intelligent TV set detecting.

Preferably, near-field communication is initiated chip 10B and is being sent after notice to microprocessor 10A, can, under the control of microprocessor 10A, by antenna 10C, communicate with the ancillary equipment 20 of the intelligent TV set detecting.

Wherein, when the content of the notice sending to microprocessor 10A at near-field communication initiation chip 10B is different, microprocessor 10A may be also different to the execution mode of near-field communication initiation chip 10B feedack according to described notice, will be introduced respectively below.

One, in the notice that described near-field communication initiation chip 10B sends, comprise the information that indication detects the ancillary equipment 20 of intelligent TV set.

Preferably, described microprocessor 10A after receiving described notice, for:

The id information of described intelligent TV set 10 is fed back to described near-field communication and initiate chip 10B.

The quantity information of the ancillary equipment 20 of the intelligent TV set that in the notice that two, described near-field communication initiation chip 10B sends, inclusion test arrives.

1, preferably, described microprocessor 10A is after receiving described notice, also for the quantity of determining described ancillary equipment 20, and when determining the quantity of described ancillary equipment 20 and be one, also carry out: the id information of described intelligent TV set 10 is fed back to described near-field communication and initiate chip 10B.

2, preferably, described microprocessor 10A after receiving described notice, also for: determine the quantity of described ancillary equipment 20, and when to determine the quantity of described ancillary equipment 20 be two or more, also carry out:

Scheme one, the id information of described intelligent TV set 10 is fed back to described near-field communication initiate chip 10B.

Scheme two, control described near-field communication and initiate chip 10B and by described antenna 10C, obtain the id information of described ancillary equipment 20; And wherein arbitrary described ancillary equipment 20 is defined as main ancillary equipment, all the other are defined as auxiliary ancillary equipment; And

For described main ancillary equipment, the id information of the id information of described main ancillary equipment, main ancillary equipment indication information and described intelligent TV set 10 is bound after an information, feed back to described near-field communication and initiate chip 10B; Wherein, described main ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the main ancillary equipment of binding 20 is main ancillary equipment; And

For auxiliary ancillary equipment described in each, respectively the id information of the id information of auxiliary ancillary equipment described in each, auxiliary ancillary equipment indication information and described intelligent TV set 10 is bound after an information, feed back to described near-field communication and initiate chip 10B; Wherein, described auxiliary ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the auxiliary ancillary equipment of binding 20 is auxiliary ancillary equipment.

In enforcement, near-field communication is initiated after an information that chip 10B is bound at the id information that receives the id information by main ancillary equipment, main ancillary equipment indication information and intelligent TV set 10 that described notice feeds back afterwards according to described microprocessor 10A, the signal of the NFC form of the id information of id information, main ancillary equipment indication information and intelligent TV set 10 that generation comprises main ancillary equipment;

Near-field communication is initiated after an information that chip 10B is bound at the id information that receives the id information by auxiliary ancillary equipment, auxiliary ancillary equipment indication information and intelligent TV set 10 that described notice feeds back afterwards according to described microprocessor 10A, the signal of the NFC form of the id information of id information, auxiliary ancillary equipment indication information and intelligent TV set 10 that generation comprises auxiliary ancillary equipment.

Preferably, the execution mode of the execution mode of the id information of the ancillary equipment 20 of intelligent TV set and the id information of intelligent TV set 10 is similar, for distinguishing the ancillary equipment 20 of other intelligent TV sets,, for the ancillary equipment 20 of different intelligent TV sets, its corresponding id information is also different.

Preferably, microprocessor 10A can control near-field communication initiation chip 10B and communicate with the ancillary equipment 20 of the intelligent TV set detecting by antenna 10C based on NFC communication protocol standard of the prior art, to obtain the id information of the ancillary equipment 20 of the intelligent TV set detecting;

Such as, microprocessor 10A initiates chip 10B to near-field communication and sends the instruction that the id information of described ancillary equipment 20 is obtained in indication, and the signal that near-field communication initiation chip 10B generates the NFC form that comprises described instruction sends by antenna 10C; The antenna 20C of described ancillary equipment 20 transfers to near-field communication objective chip 20B by the signal of the NFC form receiving, and near-field communication objective chip 20B transfers to MCU20A parse the instruction of the id information that obtains described ancillary equipment 20 from the signal of NFC form after;

MCU20A is according to described instruction, the id information that comprises the ancillary equipment 20 of the local intelligent TV set of storing to near-field communication objective chip 20B feedback, the signal of the NFC form of the id information of the ancillary equipment 20 that near-field communication objective chip 20B generation comprises intelligent TV set also sends by antenna 20C; Antenna 10C transfers to near-field communication by the signal of the NFC form receiving and initiates chip 10B, near-field communication is initiated chip 10B and from the signal of NFC form, is parsed the id information of the ancillary equipment 20 of intelligent TV set, and the id information of the ancillary equipment of the intelligent TV set parsing 20 is fed back to microprocessor 10A.

Antenna 10C, specifically for initiating near-field communication the ancillary equipment 20 of the intelligent TV set that the signal of the NFC form of the id information that at least comprises intelligent TV set 10 that chip 10B sends detects described in being broadcast to.

Wherein, the execution mode that microprocessor 10A initiates chip 10B feedack according to described notice to near-field communication is different, and correspondingly, the execution mode of MCU20A may be also different, will be introduced respectively below.

Situation one, microprocessor 10A, after receiving described notice, feed back to described near-field communication by the id information of described intelligent TV set 10 and initiate chip 10B.

Preferably, described MCU20A, after the id information of described intelligent TV set 10 is preserved, determines that the ancillary equipment 20 under self is successfully set up code is connected with intelligent TV set 10.

Situation two, microprocessor 10A are after receiving described notice, the information that the information that the id information of the id information by main ancillary equipment, main ancillary equipment indication information and described intelligent TV set 10 is bound into and the id information of a plurality of id information by auxiliary ancillary equipment, auxiliary ancillary equipment indication information and described intelligent TV set 10 are bound into, feeds back to described near-field communication and initiates chip 10B.

Preferably, described near-field communication objective chip 20B is according to the described signal receiving, also parse id information and the main ancillary equipment indication information of the ancillary equipment 20 of intelligent TV set, or while also parsing the id information of ancillary equipment 20 of intelligent TV set and auxiliary ancillary equipment indication information, the full detail parsing is sent to described MCU20A;

Described MCU20A also for: the id information of the described ancillary equipment 20 obtaining and the id information of the ancillary equipment of local storage are compared, when both are identical, according to the main ancillary equipment indication information obtaining, determine that the ancillary equipment 20 under self is main ancillary equipment, or determine that according to the auxiliary ancillary equipment indication information obtaining the ancillary equipment 20 under self is auxiliary ancillary equipment, and after the main ancillary equipment indication information obtaining or auxiliary ancillary equipment indication information are preserved, determine that the ancillary equipment 20 under self successfully sets up code is connected with intelligent TV set 10.

Preferably, MCU20A, also for after determining that ancillary equipment 20 under self and intelligent TV set 10 are successfully set up code is connected, to near-field communication objective chip 20B, send code success acknowledge message, near-field communication objective chip 20B generates the signal comprising the NFC form of code success acknowledge message, and sends by antenna 20C; Antenna 10C transfers to near-field communication by the signal of the NFC form receiving and initiates chip 10B, near-field communication is initiated chip 10B and from the signal of NFC form, is parsed code success acknowledge message, and by what parse, code success acknowledge message is sent to microprocessor 10A, microprocessor 10A, confirms self successfully to set up code is connected with described ancillary equipment 20 to code success acknowledge message according to described.

Preferably, MCU20A, also for controlling near-field communication objective chip 20B sends code success acknowledge message to intelligent TV set 10 by antenna 20C after, the

ancillary equipment

20 and 10 pairs of code successful connections of intelligent TV set of the indicator light indicating intelligent television set that the ancillary equipment 20 by the intelligent TV set under self comprises;

Such as, for the situation one of the embodiment of the present invention, MCU20A only preserves the id information of intelligent TV set 10; MCU20A glimmers with the first flashing mode by the indicator light of controlling the ancillary equipment 20 of the intelligent TV set under self and comprising, so that user determines the ancillary equipment 20 of intelligent TV set, successfully sets up code is connected with intelligent TV set 10;

For the situation two of the embodiment of the present invention, MCU20A, except preserving the id information of intelligent TV set 10, also preserves main ancillary equipment indication information or auxiliary ancillary equipment indication information; When the ancillary equipment of MCU20A under determining self is main ancillary equipment (self preserving main ancillary equipment indication information), by controlling the indicator light that the ancillary equipment 20 of the intelligent TV set under self comprises, with the first flashing mode, glimmer, so that user determines the ancillary equipment 20 of intelligent TV set, successfully set up code is connected with intelligent TV set 10, and the ancillary equipment 20 of definite intelligent TV set is main ancillary equipment; When the ancillary equipment under determining self is auxiliary ancillary equipment (self preserving auxiliary ancillary equipment indication information), by controlling the indicator light that the ancillary equipment 20 of the intelligent TV set under self comprises, with the second flashing mode, glimmer, so that user determines the ancillary equipment 20 of intelligent TV set, successfully set up code is connected with intelligent TV set 10, and the ancillary equipment 20 of definite intelligent TV set is auxiliary ancillary equipment.

In concrete enforcement, user is after the indicator light flicker of ancillary equipment 20 of seeing intelligent TV set, by the ancillary equipment of described intelligent TV set 20 shift out intelligent TV set 10 to code region, to prevent that the ancillary equipment 20 of intelligent TV set from re-establishing code is connected with intelligent TV set 10.

It should be noted that, the microprocessor 10A that intelligent TV set 10 comprises, near-field communication initiate chip 10B and antenna 10C can be positioned in the communication module of intelligent TV set 10, concrete, can be positioned in the existing communication module of intelligent TV set 10, also can be positioned in the new communication module of intelligent TV set 10; Correspondingly, the MCU20A that the ancillary equipment 20 of intelligent TV set comprises, near-field communication objective chip 20B and antenna 20C can be positioned in the existing communication module of ancillary equipment 20 of intelligent TV set, also can be positioned in the new communication module of ancillary equipment 20 of intelligent TV set.

It should be noted that, the ancillary equipment 20 of intelligent TV set is with after intelligent TV set 10 is successfully set up code is connected, can also to carry out control signal mutual with intelligent TV set 10, will be introduced below.

One, the ancillary equipment 20 of intelligent TV set generates and sends control signal.

1, MCU20A preserves the id information of intelligent TV set 10.

Preferably, the ancillary equipment 20 of described intelligent TV set also comprises communication chip 20D;

Described MCU20A, also for: according to user operation, generate the operational order of the id information that comprises the intelligent TV set 10 of self preserving, transfer to described communication chip 20D;

Described communication chip 20D, for according to operational order, generates control signal, and sends described control signal.

2, MCU20A preserves id information and the main ancillary equipment indication information of intelligent TV set 10, or preserves id information and the auxiliary ancillary equipment indication information of intelligent TV set 10.

Described MCU20A, also for: according to user, operate, when the ancillary equipment 20 under self is main ancillary equipment, generate and comprise the id information of intelligent TV set 10 and the operational order of main ancillary equipment indication information of self preserving, transfer to described communication chip 20D; Or when the ancillary equipment 20 under self is auxiliary ancillary equipment, generates and comprise the id information of intelligent TV set 10 and the operational order of auxiliary ancillary equipment indication information of self preserving, transfer to described communication chip 20D;

Preferably, the communication chip in the existing communication module of ancillary equipment 20 that communication chip 20D is intelligent TV set; When having antenna to be connected with communication chip 20D, communication chip 20D transfers to the control signal of generation on the antenna being connected with communication chip 20D, by it, described control signal is sent.

Two, intelligent TV set 10 receives and processing control signals.

1, the id information that operational order corresponding to control signal comprises intelligent TV set 10.

Preferably, described intelligent TV set 10 also comprises communication chip 10D;

Described communication chip 10D, the control signal sending for the ancillary equipment 20 from intelligent TV set parses the id information of described operational order and intelligent TV set, and transfers to microprocessor 10A;

Described microprocessor 10A, also for: when the id information of the intelligent TV set receiving is identical with the id information of the local intelligent TV set 10 of storing, carry out the operation that described operational order is corresponding.

2, the id information that operational order corresponding to control signal comprises intelligent TV set 10 and main ancillary equipment indication information, or the id information that comprises intelligent TV set 10 and auxiliary ancillary equipment indication information.

Described communication chip 10D, the control signal sending for the ancillary equipment 20 from intelligent TV set parses id information and the main ancillary equipment indication information of described operational order, intelligent TV set, or parse id information and the auxiliary ancillary equipment indication information of described operational order, intelligent TV set, and transfer to microprocessor 10A;

Described microprocessor 10A, also for: when the id information of the intelligent TV set receiving is identical with the id information of the local intelligent TV set 10 of storing, according to described main ancillary equipment indication information or auxiliary ancillary equipment indication information, determine whether to carry out the operation that described operational order is corresponding.

Preferably, communication chip 10D is the communication chip in the existing communication module of intelligent TV set 10; When having antenna to be connected with communication chip 10D, the control signal that the ancillary equipment 20 of the antenna reception intelligent TV set being connected with communication chip 10D sends, and transfer to described communication chip 10D place.

It should be noted that, the communication chip 10D of intelligent TV set 10 is identical with the type of the communication chip 20D of the ancillary equipment 20 of intelligent TV set, such as, communication chip 10D and communication chip 20D are all radio frequency chip.

Based on same inventive concept, the ancillary equipment of a kind of intelligent TV set and intelligent TV set is also provided in the embodiment of the present invention, because the principle that these equipment are dealt with problems is similar to intelligent communication system, therefore the enforcement of these equipment can, referring to the enforcement of intelligent communication system, repeat part and repeat no more.

As shown in Figure 4, the intelligent TV set of the embodiment of the present invention comprises: microprocessor 401, the near-field communication being connected with microprocessor 401 are initiated chip 402 and initiated with near-field communication the antenna 403 that chip 402 is connected;

Near-field communication is initiated chip 402, under the control at microprocessor 401, by described antenna 403, detects the ancillary equipment to intelligent TV set code region and that comprise near-field communication objective chip that is positioned at intelligent TV set; And when described ancillary equipment being detected, send notice to described microprocessor 401; And according to described microprocessor 401 at the id information that receives the intelligent TV set that described notice feeds back afterwards, generate the signal of the NFC form of the id information that at least comprises described intelligent TV set, be sent to described antenna 403;

Microprocessor 401, initiates the described ancillary equipment of chip 402 detection for controlling described near-field communication; And after receiving described notice, to the id information of major general's intelligent TV set, feed back to described near-field communication and initiate chip 402;

Antenna 403, detects described ancillary equipment for assisting near-field communication to initiate chip 402; And the signal that sends described NFC form.

Preferably, the quantity information that includes the described ancillary equipment detecting in the notice that described near-field communication initiation chip 402 sends;

Described microprocessor 401 is after receiving described notice, also for the quantity of determining described ancillary equipment, and when to determine the quantity of described ancillary equipment be two or more, also carry out: control described near-field communication and initiate chip and by described antenna, obtain the id information of described ancillary equipment; And wherein arbitrary described ancillary equipment is defined as main ancillary equipment, all the other are defined as auxiliary ancillary equipment; And the id information of the id information of described main ancillary equipment, main ancillary equipment indication information and described intelligent TV set is bound after an information, feed back to described near-field communication and initiate chip 402; Wherein, described main ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the main ancillary equipment of binding is main ancillary equipment; And respectively the id information of the id information of auxiliary ancillary equipment described in each, auxiliary ancillary equipment indication information and described intelligent TV set is bound after an information, feed back to described near-field communication and initiate chip 402; Wherein, described auxiliary ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the auxiliary ancillary equipment of binding is auxiliary ancillary equipment.

Preferably, described near-field communication initiate chip 402 also for: receive the instruction that the id information of described ancillary equipment is obtained in indication that described microprocessor 401 sends, mutual with described ancillary equipment by described antenna 403, obtain the id information of described ancillary equipment, and feed back to described microprocessor 401.

As shown in Figure 5, the ancillary equipment of the intelligent TV set of the embodiment of the present invention comprises: MCU501, near-field communication objective chip 502 and antenna 503;

Antenna 503, for receiving the signal of intelligent TV set NFC form that send and that at least comprise described intelligent TV set id information, is sent to described near-field communication objective chip 502;

Near-field communication objective chip 502, the id information for described intelligent TV set that the described signal from receiving is parsed, sends to described MCU501;

MCU501, for preserving the id information of described intelligent TV set.

Preferably, described near-field communication objective chip 502 is according to the described signal receiving, also parse id information and the main ancillary equipment indication information of the ancillary equipment of intelligent TV set, or while also parsing the id information of ancillary equipment of intelligent TV set and auxiliary ancillary equipment indication information, the full detail parsing is sent to described MCU501;

Described MCU501, also for: the id information of the described ancillary equipment obtaining and the id information of the ancillary equipment of local storage are compared, when both are identical, according to the main ancillary equipment indication information obtaining, determine that the ancillary equipment under self is main ancillary equipment, or according to the auxiliary ancillary equipment indication information obtaining, determine that the ancillary equipment under self is auxiliary ancillary equipment, and the main ancillary equipment indication information or the auxiliary ancillary equipment indication information that obtain are preserved.

Preferably, the ancillary equipment of described intelligent TV set also comprises communication chip 504;

Described MCU501, also for: according to user operation, when the ancillary equipment under self is main ancillary equipment, generates and comprise the id information of intelligent TV set and the operational order of main ancillary equipment indication information of self preserving, transfer to described communication chip 504; Or when the ancillary equipment under self is auxiliary ancillary equipment, generates and comprise the id information of intelligent TV set and the operational order of auxiliary ancillary equipment indication information of self preserving, transfer to described communication chip 504;

Described communication chip 504, for according to operational order, generates control signal, and sends described control signal.

To, with a specific embodiment, the ancillary equipment of the intelligent TV set of the embodiment of the present invention and intelligent TV set be set up to the process that code is connected and be introduced below.

Embodiment mono-

In embodiments of the present invention, the ancillary equipment of intelligent TV set is RF remote, need to intelligent TV set set up the RF remote A be connected code and RF remote B be positioned at intelligent TV set to code region, the radio-frequency module of intelligent TV set is the communication module communicating with RF remote A and RF remote B.

As shown in Figure 6, intelligent TV set comprises radio-frequency module 601 and TV motherboard 602, and radio-frequency module 601 interconnects by USB_D+ interface and USB_D-interface and TV motherboard 602; Radio-frequency module 601 comprises microprocessor WN, for storing the flash memory SPI flash of data, radio frequency chip (FRE1) and the NFC reader(TRF7970 being connected with WN respectively) and the antenna ANT1 being connected with radio frequency chip and the antenna ANT2 being connected with NFC reader; That is, NFC reader is positioned in the existing communication module of intelligent TV set (radio-frequency module) with the ANT2 being connected with NFC reader.

Wherein, TRF7970 chip is when as NFC reader, and its major parameter is as follows:

1, effective communication distance: 0-6cm;

2, data rate: 106～848Kbps;

3, frequency range: 13.56MHz(ISM frequency range);

4, support active and passive communication mode.

Wherein, the communication module that comprises NFC reader and the ANT2 being connected with NFC reader (in the present embodiment, this communication module is radio-frequency module) can be positioned at arbitrary position, inside of intelligent TV set, such as, as shown in Figure 7, comprise the back cover that NFC reader and the communication module of the ANT2 being connected with NFC reader are arranged in intelligent TV set.

RF remote A is identical with RF remote B structure, as shown in Figure 8, RF remote A comprises radio-frequency module 100, radio frequency chip (FRE2) and NFC tag(FRE004 that radio-frequency module 100 comprises MCU, is connected with MCU respectively) and the antenna ANT3 being connected with radio frequency chip and the antenna ANT4 being connected with NFC reader; That is, NFC tag is positioned in the existing communication module of RF remote A (radio-frequency module) with the ANT4 being connected with NFC tag.

Wherein, with to comprise NFC reader similar with the execution mode of the communication module of the ANT2 being connected with NFC reader, comprise arbitrary position, inside that NFC tag and the communication module of the ANT4 being connected with NFC tag can be positioned at the ancillary equipment (in the present embodiment, the ancillary equipment of this intelligent TV set is RF remote A and RF remote B) of intelligent TV set.

Preferably, intelligent TV set sets up with RF remote B the process that code is connected with RF remote A, comprising:

Steps A 1, under the control of WN, TRF7970 detects the ancillary equipment to the intelligent TV set that comprises NFC tag in code region that is positioned at intelligent TV set A by ANT2, and RF remote A and RF remote B detected;

Wherein, for convenience of description, in the present embodiment, the intelligent TV set that comprises TRF7970 is called to intelligent TV set A.

Steps A 2, TRF7970 by inclusion test to the notice of quantity information of ancillary equipment of intelligent TV set send to WN;

Steps A 3, WN determine intelligent TV set A to code region in the ancillary equipment of two intelligent TV sets detected, control TRF7970 based on NFC communication protocol standard, by ANT2, communicate with RF remote A and RF remote B respectively, obtain the id information of RF remote A and the id information of RF remote B;

Steps A 4, WN determine that RF remote A is main ancillary equipment, and RF remote B is auxiliary ancillary equipment; The id information of the id information of intelligent TV set A, main ancillary equipment indication information and RF remote A is bound together, obtain, after an information, feeding back to TRF7970; And the id information of the id information of intelligent TV set A, auxiliary ancillary equipment indication information and RF remote B is bound together, obtain, after an information, feeding back to TRF7970;

The signal of the NFC form of the id information of id information, main ancillary equipment indication information and RF remote A that steps A 5, TRF7970 generation comprise intelligent TV set A, broadcasts away by ANT2; And the signal of NFC form that generates the id information of id information, auxiliary ancillary equipment indication information and the RF remote B comprise intelligent TV set A, by ANT2, broadcast away;

Steps A 6, RF remote A(RF remote B) FRE004 by ANT4, receive the signal of described two NFC forms, id information by id information, main ancillary equipment indication information and the RF remote A of the intelligent TV set A parsing the signal of a NFC form from receiving, sends to MCU; And by the id information of id information, auxiliary ancillary equipment indication information and the RF remote B of the intelligent TV set A parsing the signal of another NFC form from receiving, send to MCU;

The MCU of steps A 7, RF remote A compares the id information of the RF remote A of reception and the id information of the ancillary equipment of local storage, determine that both are identical, id information and the main ancillary equipment indication information of the intelligent TV set A simultaneously receiving are preserved, according to the main ancillary equipment indication information obtaining, determined that the ancillary equipment under self is main ancillary equipment; And by FRE004 and ANT4, will broadcast away code success acknowledge message;

Wherein, similarly to the prior art, when MCU preserves the id information of intelligent TV set in advance, MCU can, by preserving id information and the main ancillary equipment indication information of intelligent TV set A, realize the id information of the intelligent TV set of preserving in advance with id information and the covering of main ancillary equipment indication information of intelligent TV set A.

The MCU of steps A 8, RF remote B compares the id information of the RF remote A of reception and the id information of the ancillary equipment of local storage, determines that both are not identical, abandons id information and the main ancillary equipment indication information of the intelligent TV set A simultaneously receiving; The id information of the RF remote B of reception and the id information of the ancillary equipment of local storage are compared, determine that both are identical, id information and the auxiliary ancillary equipment indication information of the intelligent TV set A simultaneously receiving are preserved, according to the auxiliary ancillary equipment indication information obtaining, determined that the ancillary equipment under self is auxiliary ancillary equipment; And by FRE004 and ANT4, will broadcast away code success acknowledge message;

Wherein, similarly to the prior art, when MCU preserves the id information of intelligent TV set in advance, MCU can, by preserving id information and the auxiliary ancillary equipment indication information of intelligent TV set A, realize the id information of the intelligent TV set of preserving in advance with id information and the covering of auxiliary ancillary equipment indication information of intelligent TV set A.

Steps A 9, WN, by TRF7970 and ANT2, receive RF remote A(RF remote B) send to code success acknowledge message;

The indicator light that the MCU of steps A 10, RF remote A controls RF remote A glimmers with the first flashing mode; And the indicator light of the MCU of RF remote B control RF remote B glimmers with the second flashing mode.

Wherein, user determines that RF remote A is main ancillary equipment, and RF remote B is auxiliary ancillary equipment, and by RF remote A and RF remote B shift out intelligent TV set A to code region.

By the present embodiment, can find out, user is when carrying out RF remote and intelligent TV set to code, without button operation, as long as RF remote is placed in to television set Dui Ma district, and be only 2s～3s to code process required time, required time also shortens greatly, and operation is also simpler.

It should be noted that, the present embodiment is only to take the introduction that the ancillary equipment of intelligent TV set carries out as RF remote as example, and it is similar that the ancillary equipment of other intelligent TV sets and intelligent TV set are set up the execution mode of process and the execution mode of the present embodiment that code is connected.

By the intelligent TV set with as shown in Figure 6 and the ancillary equipment of intelligent TV set as shown in Figure 8 of take, be example below, the ancillary equipment of intelligent TV set and intelligent TV set carried out to the mutual process of control signal and be introduced.

Embodiment bis-

In embodiments of the present invention, the situation that does not comprise main ancillary equipment indication information and auxiliary ancillary equipment indication information in the control signal that the ancillary equipment of intelligent TV set is sent to intelligent TV set is introduced.

Preferably, the ancillary equipment of intelligent TV set and intelligent TV set carry out the mutual process of control signal, comprising:

The MCU of the radio-frequency module of step B1, RF remote receives the operational order that user sends;

The MCU of the radio-frequency module of step B2, RF remote generates the operational order of the id information that comprises the intelligent TV set of self preserving, and sends to the FRE2 of the radio-frequency module of RF remote;

The FRE2 of the radio-frequency module of step B3, RF remote, according to the described operational order receiving, generates control signal, and the control signal of generation is broadcasted away by ANT3;

The FRE1 of the radio-frequency module of step B4, intelligent TV set is by the described control signal of ANT1 received RF remote controller broadcast;

Wherein, the intelligent TV set in the embodiment of the present invention is positioned at the broadcast coverage of the antenna (ANT3) of the radio-frequency module of RF remote.

The FRE1 of the radio-frequency module of step B5, intelligent TV set resolves id information and the operational order that obtains intelligent TV set to the described control signal receiving;

The id information of the intelligent TV set that the FRE1 of the radio-frequency module of step B6, intelligent TV set obtains parsing and operational order send to the WN of the radio-frequency module of intelligent TV set;

The WN of the radio-frequency module of step B7, intelligent TV set determines whether the id information of the intelligent TV set receiving is the id information of the intelligent TV set under self, if so, performs step B8; Otherwise, abandon described operational order;

The WN of the radio-frequency module of step B8, intelligent TV set is converted to by described operational order the USB differential signal that TV motherboard can be identified, and, as shown in Figure 8, described USB differential signal is sent to TV motherboard by USB_D+ interface and USB_D-interface, and indication TV mainboard is controlled accordingly to intelligent TV set.

Embodiment tri-

In embodiments of the present invention, the situation that comprises main ancillary equipment indication information or auxiliary ancillary equipment indication information in the control signal that the ancillary equipment of intelligent TV set is sent to intelligent TV set is introduced.

The MCU of the radio-frequency module of step C1, RF remote receives the operational order that user sends;

When the ancillary equipment of the MCU of the radio-frequency module of step C2, RF remote under determining self is main ancillary equipment, generation comprises the id information of intelligent TV set and the operational order of main ancillary equipment indication information that self preserves, and transfers to the FRE2 of the radio-frequency module of RF remote; Or when the ancillary equipment under determining self is auxiliary ancillary equipment, generates and comprise the id information of intelligent TV set and the operational order of auxiliary ancillary equipment indication information of self preserving, transfer to the FRE2 of the radio-frequency module of described RF remote;

The FRE2 of the radio-frequency module of step C3, RF remote, according to the described control signal receiving, generates control signal, and broadcasts away by ANT3;

The FRE1 of the radio-frequency module of step C4, intelligent TV set is by the described control signal of ANT1 received RF remote controller broadcast;

The FRE1 of the radio-frequency module of step C5, intelligent TV set resolves and obtains the id information of intelligent TV set, main ancillary equipment indication information and operational order the described control signal receiving; Or obtain the id information of intelligent TV set, auxiliary ancillary equipment indication information and operational order;

The id information of the intelligent TV set that the FRE1 of the radio-frequency module of step C6, intelligent TV set obtains parsing, main ancillary equipment indication information and operational order, or the id information of intelligent TV set, auxiliary ancillary equipment indication information and operational order transfer to the WN of the radio-frequency module of intelligent TV set;

The WN of the radio-frequency module of step C7, intelligent TV set determines that whether the id information of the intelligent TV set receiving is identical with the id information of the intelligent TV set of local storage; If identical, perform step C8; Otherwise, abandon described operational order;

The WN of the radio-frequency module of step C8, intelligent TV set determines whether the operational order receiving is limiting operation instruction, if so, performs step C10; Otherwise, execution step C9;

Wherein, in step C8, the WN of the radio-frequency module of intelligent TV set arranges authority by controlling the operational order that intelligent TV set is operated,, for limiting operation instruction, the WN of the radio-frequency module of intelligent TV set only responds the described limiting operation instruction that main ancillary equipment is sent, when auxiliary ancillary equipment sends described limiting operation instruction to intelligent TV set, the WN of the radio-frequency module of intelligent TV set does not respond, and can abandon the described limiting operation instruction that described auxiliary ancillary equipment is sent.

The WN of the radio-frequency module of step C9, intelligent TV set is converted to by described operational order the USB differential signal that TV motherboard can be identified, and described USB differential signal is sent to TV motherboard by USB_D+ interface and USB_D-interface, indication TV mainboard is controlled accordingly to intelligent TV set;

The WN of the radio-frequency module of step C10, intelligent TV set determines whether to receive main ancillary equipment indication information simultaneously; If so, perform step C11; Otherwise, abandon described operational order.

The WN of the radio-frequency module of step C11, intelligent TV set is converted to by described operational order the USB differential signal that TV motherboard can be identified, and described USB differential signal is sent to TV motherboard, and indication TV mainboard is controlled accordingly to intelligent TV set.

The application scenarios of the embodiment of the present invention three can be scene of game, such as, two users, use intelligent TV set to play games, the ancillary equipment of intelligent TV set is two game paddles, game handle A is main ancillary equipment, when game handle B is auxiliary ancillary equipment;

It is the instruction of character in the selected game of the id information that comprises intelligent TV set and auxiliary ancillary equipment indication information that game handle B sends to operational order corresponding to the control signal of intelligent TV set;

Intelligent TV set is determined, operational order corresponding to control signal that game handle B sends is the limiting operation instruction of only having main equipment game handle A to send, and further determine that the control signal that game handle B sends comprises auxiliary ancillary equipment indication information, therefore abandon operational order corresponding to described control signal that game handle B is sent.

It should be noted that, the present embodiment is only to take the introduction that the ancillary equipment of intelligent TV set carries out as RF remote as example, and the ancillary equipment of other intelligent TV sets and intelligent TV set carry out the execution mode of the mutual process of control signal and the execution mode of the present embodiment is similar.

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, implement software example or in conjunction with the form of the embodiment of software and hardware aspect completely.And the present invention can adopt the form that wherein includes the upper computer program of implementing of computer-usable storage medium (including but not limited to magnetic disc store, CD-ROM, optical memory etc.) of computer usable program code one or more.

The present invention is with reference to describing according to flow chart and/or the block diagram of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be in computer program instructions realization flow figure and/or block diagram each flow process and/or the flow process in square frame and flow chart and/or block diagram and/or the combination of square frame.Can provide these computer program instructions to the processor of all-purpose computer, special-purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction of carrying out by the processor of computer or other programmable data processing device is produced for realizing the device in the function of flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame appointments.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of appointment in flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame.

These computer program instructions also can be loaded in computer or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computer or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of appointment in flow process of flow chart or a plurality of flow process and/or square frame of block diagram or a plurality of square frame on computer or other programmable devices.

Although described the preferred embodiments of the present invention, once those skilled in the art obtain the basic creative concept of cicada, can make other change and modification to these embodiment.So claims are intended to all changes and the modification that are interpreted as comprising preferred embodiment and fall into the scope of the invention.

Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims

1. an intelligent TV set, is characterized in that, the near-field communication that comprise microprocessor, is connected with described microprocessor is initiated chip and initiated with described near-field communication the antenna that chip is connected;

2. intelligent TV set as claimed in claim 1, is characterized in that, includes the quantity information of the described ancillary equipment detecting in the notice that described near-field communication initiation chip sends; Described microprocessor is after receiving described notice, also for the quantity of determining described ancillary equipment, and when to determine the quantity of described ancillary equipment be two or more, also carry out: control described near-field communication and initiate chip and by described antenna, obtain the id information of described ancillary equipment; And wherein arbitrary described ancillary equipment is defined as main ancillary equipment, all the other are defined as auxiliary ancillary equipment; And

3. intelligent TV set as claimed in claim 2, it is characterized in that, described near-field communication initiate chip also for: receive the instruction that the id information of described ancillary equipment is obtained in indication that described microprocessor sends, mutual by described antenna and described ancillary equipment, obtain the id information of described ancillary equipment, and feed back to described microprocessor.

4. an ancillary equipment for intelligent TV set, is characterized in that, comprises microcontroller, near-field communication objective chip and antenna;

Described MCU, for preserving the id information of described intelligent TV set.

5. the ancillary equipment of intelligent TV set as claimed in claim 4, it is characterized in that, described near-field communication objective chip is according to the described signal receiving, also parse id information and the main ancillary equipment indication information of the ancillary equipment of intelligent TV set, or while also parsing the id information of ancillary equipment of intelligent TV set and auxiliary ancillary equipment indication information, the full detail parsing is sent to described MCU;

Described MCU, also for: the id information of the described ancillary equipment obtaining and the id information of the ancillary equipment of local storage are compared, when both are identical, according to the main ancillary equipment indication information obtaining, determine that the ancillary equipment under self is main ancillary equipment, or according to the auxiliary ancillary equipment indication information obtaining, determine that the ancillary equipment under self is auxiliary ancillary equipment, and the main ancillary equipment indication information or the auxiliary ancillary equipment indication information that obtain are preserved.

6. the ancillary equipment of intelligent TV set as claimed in claim 5, is characterized in that, the ancillary equipment of described intelligent TV set also comprises communication chip;

7. an intelligent communication system, is characterized in that, comprises intelligent TV set and the ancillary equipment at least one intelligent TV set in code region that is positioned at intelligent TV set;

8. intelligent communication system as claimed in claim 7, is characterized in that, described intelligent TV set also for: in the quantity that described ancillary equipment detected, while being two or more, obtain the id information of described ancillary equipment; And wherein arbitrary described ancillary equipment is defined as main ancillary equipment, all the other are defined as auxiliary ancillary equipment; And the id information of the id information of described main ancillary equipment, main ancillary equipment indication information and described intelligent TV set is bound after an information, generate described signal and send; Wherein, described main ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the main ancillary equipment of binding is main ancillary equipment; And the id information of the id information of auxiliary ancillary equipment described in each, auxiliary ancillary equipment indication information and described intelligent TV set is bound after an information, generate described signal and send; Wherein, described auxiliary ancillary equipment indication information, being used to indicate the ancillary equipment corresponding with the id information of the auxiliary ancillary equipment of binding is auxiliary ancillary equipment;

9. intelligent communication system as claimed in claim 8, it is characterized in that, the ancillary equipment of described intelligent TV set also for: according to user, operate, when when as main ancillary equipment, generation comprises the id information of intelligent TV set and the operational order of main ancillary equipment indication information that self preserves, or when when as auxiliary ancillary equipment, generation comprises the id information of intelligent TV set and the operational order of auxiliary ancillary equipment indication information that self preserves, and according to described operational order, generate control signal and send;