CN103368617A

CN103368617A - Intelligent equipment interactive system and intelligent equipment interactive method

Info

Publication number: CN103368617A
Application number: CN2013102689014A
Authority: CN
Inventors: 吴炽强
Original assignee: Yulong Computer Telecommunication Scientific Shenzhen Co Ltd; Dongguan Yulong Telecommunication Technology Co Ltd
Current assignee: Yulong Computer Telecommunication Scientific Shenzhen Co Ltd; Dongguan Yulong Telecommunication Technology Co Ltd
Priority date: 2013-06-28
Filing date: 2013-06-28
Publication date: 2013-10-23

Abstract

The invention provides an intelligent equipment interactive system. The intelligent equipment interactive system comprises first intelligent equipment and second intelligent equipment, wherein the first intelligent equipment comprises a first information transceiving unit, a communication mode inquiring unit and a first communication connecting unit; the first information transceiving unit is used for receiving equipment information of the second intelligent equipment; the communication mode inquiring unit is used for inquiring whether a communication mode corresponding to the equipment information exists; the first communication connecting unit is used for sending a matching connection request to the second intelligent equipment through the communication mode when the corresponding communication mode is inquired; the second intelligent equipment comprises a second communication connecting unit; and the second communication connecting unit is used for receiving the matching connection request through the communication mode and establishing matching connection with the first intelligent equipment. The invention further provides an intelligent equipment interactive method. Through the technical scheme, matching connection can be conveniently established between the intelligent equipment, and control operation between the intelligent equipment is accurately and quickly completed; and a communication network is established between the intelligent equipment, so that the operability of a user to the intelligent equipment is improved.

Description

Smart machine interactive system and smart machine exchange method

Technical field

The present invention relates to technical field of information processing, in particular to smart machine interactive system and smart machine exchange method.

Background technology

At present, smart machine is more and more known by masses, and becomes gradually people's daily necessities commonly used, is used for the operations such as information interaction and information browse.

Come into vogue gradually such as intelligent watch and intelligent glasses, be worn on it the user, echo mutually with smart mobile phone, improved the level of informatization of each individual subscriber.These Wearable equipment smart mobile phone general and user exists communication connection, information synchronization and demonstration synchronous.

But the interactive mode between these Wearable equipment seldom, is difficult to user's device therefor is built into a network, and some existing interactive modes are also too inflexible, such as by the data wire transmission, both do not had real-time, also not hommization.

Therefore, the interaction technique that needs a kind of new smart machine, can set up easily pairing between smart machine connects, and finish accurately and quickly control operation between the smart machine, between the employed smart machine of user, build a communication network, strengthen the user to control and the operability of smart machine.

Summary of the invention

The present invention just is being based on the problems referred to above, a kind of interaction technique of smart machine has been proposed, can set up easily pairing between smart machine connects, and finish accurately and quickly control operation between the smart machine, between the employed smart machine of user, build a communication network, strengthen the user to control and the operability of smart machine.

In view of this, the present invention proposes a kind of information interactive device, comprising: the information transmit-receive unit, for the facility information that receives smart machine, and the facility information of the described smart machine that will receive is sent to the communication mode query unit; Described communication mode query unit is used for whether having the communication mode corresponding with described facility information according to described facility information in described information interactive device inquiry; The communication connection unit is used for when described communication mode query unit inquires described corresponding communication mode, sends the pairing connection request by described corresponding communication mode to described smart machine.

In technique scheme, preferably, described information transmit-receive unit is used for receiving described facility information from the infrared signal that described smart machine sends.

In technique scheme, preferably, described information transmit-receive unit is used for carrying out IMAQ, and the described facility information that collects on described smart machine surface and/or the screen is sent to described communication mode query unit.

In technique scheme, preferably, also comprise: verification unit is used for according to preset algorithm described facility information being carried out verification, and after judging that verification is correct, judges whether described facility information is complete; Extraction unit, be used for when described verification unit judges that described facility information is complete, from described facility information, decode sign, device name and/or the identifying code of the communication mode that described smart machine supports, wherein, described communication mode query unit is identified at the described corresponding communication mode of inquiry in the described information interactive device according to described, and sends the pairing connection request according to described device name to described smart machine.

In technique scheme, preferably, described communication connection unit also is used for according to the checking instruction from described smart machine, sends described identifying code to described smart machine.

In technique scheme, preferably, also comprise: the screen control unit, be used for before described information transmit-receive unit receives described facility information, keeping the screen of described information interactive device to close, after described information transmit-receive unit receives described facility information, light the screen of described information interactive device.

In above-mentioned arbitrary technical scheme, preferably, described information interactive device and/or described smart machine comprise: smart mobile phone, intelligent watch, intelligent glasses.

The application has also proposed a kind of information interactive device, comprise: the communication connection unit, for the communication mode of supporting by described information interactive device, receive smart machine according to the pairing connection request of the facility information transmission of described information interactive device, and be connected with described smart machine foundation pairing.

In technique scheme, preferably, also comprise: the information transmit-receive unit is used for broadcasting described facility information by infrared signal.

In technique scheme, preferably, described facility information is shown on the surface and/or screen of described information interactive device.

In technique scheme, preferably, described communication connection unit also is used for sending the checking instruction to described smart machine after receiving described pairing connection request, and receives the identifying code that described smart machine sends according to described checking instruction; Described information interactive device also comprises: matching unit, be used for judging whether described identifying code is identical with default identifying code, wherein, when described communication connection unit judges that at described matching unit described identifying code is identical with described default identifying code, set up pairing with described smart machine and be connected.

In technique scheme, preferably, described communication connection unit is used for judging when identical at described matching unit, the display operation option, when recognizing the affirmation operation, control described information interactive device and set up pairing with described smart machine and is connected, recognizing the refusal operation or judging when not identical at described matching unit, control described information interactive device refusal and match with described smart machine foundation and be connected.

In above-mentioned arbitrary technical scheme, preferably, described information interactive device and/or described smart machine comprise: smart mobile phone, intelligent glasses, intelligent glasses.

The application has also proposed a kind of smart machine interactive system, comprise: at least one first smart machine and at least one second smart machine, wherein, described the first smart machine comprises: first information Transmit-Receive Unit, be used for receiving the facility information of the second smart machine, and the facility information of described second smart machine that will receive is sent to the communication mode query unit; Described communication mode query unit is used for whether having the communication mode corresponding with described facility information according to described facility information in described the first smart machine inquiry; The first communication connection unit is used for when described communication mode query unit inquires described corresponding communication mode, sends the pairing connection request by described corresponding communication mode to described the second smart machine; The screen control unit, be used for before described first information Transmit-Receive Unit receives described facility information, keeping the screen of described the first smart machine to close, after described first information Transmit-Receive Unit receives described facility information, light the screen of described the first smart machine; Described the second smart machine comprises: the second communication linkage unit is used for receiving described pairing connection request by described corresponding communication mode, and is connected with described the first smart machine foundation pairing.

In technique scheme, preferably, described the second smart machine also comprises: the second information transmit-receive unit is used for broadcasting described facility information by infrared signal; The infrared signal that described first information Transmit-Receive Unit is used for sending from described the second information transmit-receive unit receives described facility information, and/or described first information Transmit-Receive Unit is used for carrying out IMAQ, and the described second smart machine surface that will collect and/or the described facility information on the screen are sent to described communication mode query unit.

In technique scheme, preferably, described the first smart machine also comprises: verification unit is used for according to preset algorithm described facility information being carried out verification, and after judging that verification is correct, judges whether described facility information is complete; Extraction unit, be used for when described verification unit judges that described facility information is complete, from described facility information, decode sign, device name and/or the identifying code of the communication mode that described the second smart machine supports, wherein, described communication mode query unit is inquired about described corresponding communication mode according to described being identified in described the first smart machine; And described the first communication connection unit is used for when described communication mode query unit inquires described corresponding communication mode, sends the pairing connection request according to described device name to described the second smart machine.

In technique scheme, preferably, described second communication linkage unit also is used for sending the checking instruction to described the first smart machine after receiving described pairing connection request, and receives the described identifying code that described the first smart machine sends according to described checking instruction; Described the first communication connection unit also is used for sending described identifying code according to described checking instruction to described the second smart machine; And, described the second smart machine also comprises: matching unit, be used for judging whether described identifying code is identical with default identifying code, wherein, when described second communication linkage unit judges that at described matching unit described identifying code is identical with described default identifying code, set up pairing with described the first smart machine and be connected.

In technique scheme, preferably, described second communication linkage unit is used for when described matching unit is judged coupling, the display operation option, setting up pairing with described the first smart machine when recognizing the affirmation operation is connected, recognizing the refusal operation or when described matching unit judgement is not mated, refusing to set up pairing with described the first smart machine and be connected.

In technique scheme, preferably, described the first smart machine also comprises: the first instruction process unit is used for sending the first control information to described the second smart machine when receiving the first operational order; The first operation execution unit is used for according to carrying out the second predetermined registration operation from the second control information of described the second smart machine, and the operation interface that will carry out described the second predetermined registration operation transfers to described the second smart machine; And/or described the second smart machine also comprises: the second instruction process unit is used for sending described the second control information to described the first smart machine when receiving the second operational order; The second operation execution unit is used for carrying out the first predetermined registration operation according to described the first control information, and the operation interface that will carry out described the first predetermined registration operation transfers to described the first smart machine.

In above-mentioned arbitrary technical scheme, preferably, it is characterized in that, described the first smart machine and/or described the second smart machine comprise: smart mobile phone, intelligent watch, intelligent glasses.

The application has also proposed a kind of information interacting method, comprising: step 402, and the first smart machine receives the facility information of the second smart machine, and enters step 404 when receiving the facility information of described the second smart machine; Described step 404 inquires about whether there be the communication mode corresponding with described facility information according to described facility information in described the first smart machine, and enters step 406 when inquiring described corresponding communication mode; Described step 406 sends the pairing connection request by described corresponding communication mode to described the second smart machine.

In technique scheme, preferably, described step 402 comprises: described the first smart machine receives described facility information from the infrared signal that described the second smart machine sends.

In technique scheme, preferably, described step 402 comprises: described the first smart machine carries out IMAQ, and during the described facility information on collecting described the second smart machine surface and/or screen, enters described step 404.

In technique scheme, preferably, described step 404 comprises: step 4042, and according to preset algorithm described facility information is carried out verification, and after judging that verification is correct, judge whether described facility information is complete, if complete, then enter step 4044; Described step 4044 extracts sign, device name and/or the identifying code of the communication mode that described the second smart machine supports from described facility information; And step 4046 is identified at the described corresponding communication mode of inquiry in described the first smart machine according to described, and sends the pairing connection request according to described device name to described the second smart machine.

In technique scheme, preferably, also comprise: described the first smart machine sends described identifying code according to the checking instruction from described the second smart machine to described the second smart machine.

In above-mentioned each technical scheme, preferably, also comprise: described the first smart machine kept screen to close before receiving described facility information, lighted screen after receiving described facility information.

The application has also proposed a kind of information interacting method, comprise: step 504, the communication mode that described the first smart machine is supported by described the first smart machine, receive the second smart machine according to the pairing connection request of the facility information transmission of described the first smart machine, and be connected with described the second smart machine foundation pairing.

In technique scheme, preferably, also comprised before described step 504: step 502, described the first smart machine is broadcasted described facility information by infrared signal.

In technique scheme, preferably, described facility information is shown on the surface and/or screen of described the first smart machine.

In technique scheme, preferably, described step 504 comprises: step 5042, described the first smart machine is after receiving described pairing connection request, send the checking instruction to described the second smart machine, described the second smart machine sends identifying code according to described checking instruction to described the first smart machine; Step 5044, described the first smart machine judge whether described identifying code is identical with default identifying code, when judging that described identifying code is identical with described default identifying code, set up pairing with described the second smart machine and are connected.

In technique scheme, preferably, also comprise: when judging that described identifying code is identical with described default identifying code, the display operation option, when recognizing the affirmation operation, described the first smart machine is set up pairing with described the second smart machine and is connected, is recognizing the refusal operation or when judging that described identifying code is not identical with described default identifying code, described the first smart machine refusal matches with described the second smart machine foundation and is connected.

The application has also proposed a kind of smart machine exchange method, comprise: step 602, each first smart machine at least one first smart machine receives the facility information of each the second smart machine at least one second smart machine, enters step 604 when described the first smart machine receives the facility information of the second smart machine; Described step 604, in described the first smart machine, inquire about whether there be the communication mode corresponding with described the second smart machine information according to described facility information, and when inquiring described corresponding communication mode, send the pairing connection request by described corresponding communication mode to described the second smart machine described; Step 606, described the second smart machine receives described pairing connection request by described corresponding communication mode, and set up pairing with described the first smart machine and be connected, wherein, described the first smart machine kept screen to close before receiving described facility information, lighted screen after receiving described facility information.

In technique scheme, preferably, described step 602 comprises: described the second smart machine is broadcasted described facility information by infrared signal, described the first smart machine receives described facility information from the infrared signal that described the second smart machine sends, and/or described the first smart machine carries out IMAQ, and during the described facility information on collecting described the second smart machine surface and/or screen, enter described step 604.

In technique scheme, preferably, described step 604 comprises: step 6042, and according to preset algorithm described facility information is carried out verification, and after judging that verification is correct, judge whether described facility information is complete; If step 6044 complete, extracts sign, device name and/or the identifying code of the communication mode that described the second smart machine supports from described facility information; Step 6046 is identified at the described corresponding communication mode of inquiry in described the first smart machine according to described, and when inquiring described corresponding communication mode, sends the pairing connection request according to described device name to described the second smart machine.

In technique scheme, preferably, described step 606 comprises: step 6042, described the second smart machine is after receiving described pairing connection request, send the checking instruction to described the first smart machine, described the first smart machine is sent to described the second smart machine according to described checking instruction with described identifying code; Step 6044, described the second smart machine judge whether described identifying code is identical with default identifying code; If step 6046 identical, then set up pairing with described the first smart machine and is connected.

In technique scheme, preferably, also comprise: if described identifying code is identical with described default identifying code, described the second smart machine display operation option, and when recognizing the affirmation operation, be connected with described the first smart machine foundation pairing, recognizing the refusal operation or when described identifying code is not identical with described default identifying code, is refusing to set up pairing with described the first smart machine and be connected.

In above-mentioned arbitrary technical scheme, preferably, also comprise: described the first smart machine is when receiving the first operational order, send the first control information to described the second smart machine, described the second smart machine is carried out the first predetermined registration operation according to described the first control information, and the operation interface that will carry out described the first predetermined registration operation transfers to described the first smart machine, and/or described the second smart machine is when receiving the second operational order, send the second control information to described the first smart machine, described the first smart machine is carried out the second predetermined registration operation according to described the second control information, and the operation interface that will carry out described the second predetermined registration operation transfers to described the second smart machine.

By above technical scheme, can set up easily pairing between smart machine connects, and finish accurately and quickly control operation between the smart machine, between the employed smart machine of user, build a communication network, strengthen the user to control and the operability of smart machine.

Description of drawings

Fig. 1 shows according to an embodiment of the invention a kind of block diagram of information interactive device;

Fig. 2 shows the according to an embodiment of the invention block diagram of another kind of information interactive device;

Fig. 3 shows the according to an embodiment of the invention block diagram of smart machine interactive system;

Fig. 4 shows according to an embodiment of the invention a kind of flow chart of information interacting method;

Fig. 5 shows the according to an embodiment of the invention flow chart of another kind of information interacting method;

Fig. 6 shows the according to an embodiment of the invention flow chart of smart machine exchange method;

Fig. 7 shows the schematic diagram of data flow in the smart machine reciprocal process according to an embodiment of the invention;

Fig. 8 A and 8B show the according to an embodiment of the invention schematic diagram of receiving equipment information;

Fig. 9 A and Fig. 9 B show the according to an embodiment of the invention schematic diagram of collecting device information;

Figure 10 shows and sets up according to an embodiment of the invention the particular flow sheet that pairing connects;

Figure 11 shows the particular flow sheet that carries out according to an embodiment of the invention shifting between the equipment control.

Embodiment

In order more clearly to understand above-mentioned purpose of the present invention, feature and advantage, below in conjunction with the drawings and specific embodiments the present invention is further described in detail.Need to prove, in the situation that do not conflict, the application's embodiment and the feature among the embodiment can make up mutually.

A lot of details have been set forth in the following description so that fully understand the present invention; but; the present invention can also adopt other to be different from other modes described here and implement, and therefore, protection scope of the present invention is not subjected to the restriction of following public specific embodiment.

Fig. 1 shows according to an embodiment of the invention a kind of block diagram of information interactive device.

As shown in Figure 1, information interactive device 100 comprises according to an embodiment of the invention: information transmit-receive unit 102, be used for to receive the facility information of smart machine, and during the facility information of the described smart machine that will receive, described facility information is sent to communication mode query unit 104; Described communication mode query unit 104 is used for whether having the communication mode corresponding with described facility information according to described facility information in described information interactive device 100 inquiries; Communication connection unit 106 is used for when described communication mode query unit 104 inquires described corresponding communication mode, sends the pairing connection request by described corresponding communication mode to described smart machine.

In this technical scheme, information interactive device 100(also can be an intelligent apparatus) can receive the facility information of other smart machines, when existing other smart machines in the space during broadcasting equipment information in the space, information interactive device 100 and smart machine can be by being moved into certain position relationship, so that information interactive device 100 can receive the facility information that smart machine sends, and this moment, information interactive device 100 just can be determined according to facility information the information such as communication mode that smart machine is supported and identifying code, and then set up to match by corresponding communication mode and smart machine and be connected, pairing establishment of connection process is simple and convenient, only need user's shirtsleeve operation (mobile message interactive device 100 and smart machine become certain position relationship) just can be so that setting up pairing with it between the smart machine of wearing connects, thereby realize easily information synchronization and the control operation of a plurality of smart machines.

In technique scheme, preferably, described information transmit-receive unit 102 is used for receiving described facility information from the infrared signal that described smart machine sends.

In this technical scheme, smart machine can pass through infrared pulse broadcasting equipment information, and information interactive device 100 can receive this facility information by infrared mode, when smart machine and information interactive device are in the opposing party's the infrared effective coverage, smart machine and information interactive device 100 just can receive the data that comprise in the opposing party's the infrared pulse, include facility information in the infrared pulse that sends such as smart machine, so when information interactive device 100 is in the infrared effective coverage of smart machine, just can from the infrared pulse that smart machine sends, receive facility information, thereby match the operations such as connection.

In technique scheme, preferably, described information transmit-receive unit 102 is used for carrying out IMAQ, and the described facility information that collects on described smart machine surface and/or the screen is sent to described communication mode query unit 104.

In this technical scheme, facility information can be printed on the surface of smart machine, perhaps be shown on the screen of smart machine (being shown on the screen such as the two-dimension code that will have identify label), 100 of information interactive devices can carry out IMAQ, obtain the facility information on the smart machine, if receive this facility information, just can determine the information such as communication mode that smart machine is supported and identifying code according to facility information, and then set up pairing by corresponding communication mode and smart machine and be connected, and then the information communication between realization information interactive device 100 and the smart machine.

In technique scheme, preferably, also comprise: verification unit 108 is used for according to preset algorithm described facility information being carried out verification, and after judging that verification is correct, judges whether described facility information is complete; Extraction unit 110, be used for when described verification unit 108 judges that described facility information is complete, from described facility information, extract sign, device name and/or the identifying code of the communication mode that described smart machine supports, wherein, described communication mode query unit 104 also is used for being identified at the described corresponding communication mode of described information interactive device 100 inquiries according to described, and sends the pairing connection request according to described device name to described smart machine.

In this technical scheme, information interactive device 100 is after receiving the facility information of smart machine, because the information that receives from infrared pulse might not be complete, at first need calibration equipment information whether correct, such as by verification with carry out verification, after definite facility information is correct, further judgment device information integrity, formation such as analytical equipment information, after definite facility information is complete, sign that can be from facility information from the communication mode that extracts complete smart machine and support, the information such as device name and/or identifying code, and then come to set up to match with smart machine to be connected according to logical these information, support Bluetooth communication such as smart machine, just include in its infrared pulse so bluetooth sign (such as: BT), bluetooth device name (such as MyGalss) and identifying code (such as F8), information interactive device 100 is at first according to inquiring about bluetooth equipment in the equipment that is identified at self so, if there is bluetooth equipment, then determine and to connect by bluetooth and smart machine, and then inquire smart machine by device name, send the pairing connection request by bluetooth approach to smart machine again.

In technique scheme, preferably, described communication connection unit 106 also is used for according to the checking instruction from described smart machine, sends described identifying code to described smart machine.

In this technical scheme, smart machine is after receiving the pairing connection request, need checking to set up the feasibility that pairing connects, thereby can send the checking instruction to information interactive device 100, information interactive device then is sent to smart machine with the identifying code that receives, when the identifying code that smart machine receives in judgement conforms to the default identifying code of self, just can determine to exist in the information interactive device 100 the own communication mode of supporting, be connected thereby set up pairing with this communication mode with information interactive device 100.

In technique scheme, preferably, also comprise: screen control unit 112, be used for before described information transmit-receive unit 102 receives described facility information, keeping the screen of described information interactive device to close, after described information transmit-receive unit 102 receives described facility information, light the screen of described information interactive device.

In this technical scheme, before information interactive device 100 receives facility information, other equipment that do not exist wish to be connected with its foundation pairing in the space are described, thereby can keep the screen that goes out, reduce power consumption, improve flying power, and after receiving facility information, then judge to be about to exist the operation of equipment room, thereby can light screen, being convenient to the user watches operating process on the one hand, is convenient on the other hand user's executable operations.

In above-mentioned arbitrary technical scheme, preferably, described information interactive device 100 and/or described smart machine comprise: smart mobile phone, intelligent watch, intelligent glasses.

In this technical scheme, if information interactive device 100 is intelligent glasses, smart machine is intelligent watch, (wherein intelligent glasses was worn on the head when user can wear intelligent glasses and intelligent watch at the same time, intelligent watch is worn on the wrist), action by the time of seeing of bowing, just can be so that the infrared pulse that a side sends in intelligent glasses and the intelligent watch be received by the opposing party, and then make and set up pairing between intelligent watch and the intelligent glasses and be connected, pairing establishment of connection process is simple and convenient, when the user wears a plurality of smart machine, also can verify by the way the identity of each smart machine, and the communication mode between definite smart machine, thereby a plurality of smart machines are formed a traffic carried network, be convenient to that the user exports transmission and data wait data processing operation synchronously.

Fig. 2 shows the according to an embodiment of the invention block diagram of another kind of information interactive device.

As shown in Figure 2, another kind of according to an embodiment of the invention information interactive device 200 comprises: communication connection unit 204, for the communication mode of supporting by described information interactive device, receive smart machine according to the pairing connection request of the facility information transmission of described information interactive device, and be connected with described smart machine foundation pairing.

In technique scheme, preferably, also comprise: information transmit-receive unit 202 is used for broadcasting described facility information by infrared signal.

In technique scheme, preferably, described facility information is shown on the surface and/or screen of described information interactive device 200.

In technique scheme, preferably, described communication connection unit 204 also is used for sending the checking instruction to described smart machine after receiving described pairing connection request, and receives the identifying code that described smart machine sends according to described checking instruction; Described information interactive device 200 also comprises: matching unit 206, be used for judging whether described identifying code is identical with default identifying code, wherein, described communication connection unit 204 also is used for setting up pairing with described smart machine and being connected when described matching unit 206 judges that described identifying code is identical with described default identifying code.

In technique scheme, preferably, described communication connection unit 204 is used for when described matching unit 206 judgements are identical, the display operation option, when recognizing the affirmation operation, control described information interaction and fill 200 and set up pairing with described smart machine and is connected, recognizing the refusal operation or judging when not identical at described matching unit 206, control described information interaction and fill 200 refusals and match with described smart machine foundation and be connected.

Fig. 3 shows the according to an embodiment of the invention block diagram of smart machine interactive system.

As shown in Figure 3, smart machine interactive system 300 comprises according to an embodiment of the invention: at least one first smart machine and at least one second smart machine, wherein, described the first smart machine 302 comprises: first information Transmit-Receive Unit 3020, be used for receiving the facility information of the second smart machine, and the facility information of described second smart machine 304 that will receive is sent to communication mode query unit 3021; Described communication mode query unit 3021 is used for whether having the communication mode corresponding with described facility information according to described facility information in 302 inquiries of described the first smart machine; The first communication connection unit 3022 is used for when described communication mode query unit 3021 inquires described corresponding communication mode, sends the pairing connection request by described corresponding communication mode to described the second smart machine 304; Screen control unit 3023, be used for before described first information Transmit-Receive Unit 3020 receives described facility information, keeping the screen of described the first smart machine 302 to close, after described first information Transmit-Receive Unit 3020 receives described facility information, light the screen of described the first smart machine 302; Described the second smart machine 304 comprises: second communication linkage unit 3044 is used for receiving described pairing connection request by described corresponding communication mode, and is connected with the 302 foundation pairings of described the first smart machine.

In this technical scheme, the first smart machine 302 can receive the facility information of other smart machines, when existing other smart machines in the space during broadcasting equipment information in the space, the first smart machine 302 and the second smart machine 304 can be moved into certain position relationship, so that the first smart machine 302 can receive the facility information that the second smart machine 304 sends, and this moment, the first smart machine 302 just can be determined according to facility information the information such as communication mode that the second smart machine 304 is supported and identifying code, and then set up to match by corresponding communication mode and the second smart machine 304 and be connected, pairing establishment of connection process is simple and convenient, only need user's shirtsleeve operation (mobile the first smart machine 302 and 304 one-tenths certain position relationships of the second smart machine) just can be so that set up between the smart machine of wearing and match connection with it, thereby realize easily information synchronization and the control operation of a plurality of smart machines.

And, before the first smart machine 302 receives facility information, other equipment that do not exist wish to be connected with its foundation pairing in the space are described, thereby can keep the screen that goes out, reduce power consumption, improve flying power, and after receiving facility information, then judge to be about to exist the operation of equipment room, thereby can light screen, being convenient to the user watches operating process on the one hand, is convenient on the other hand user's executable operations.

In technique scheme, preferably, described the second smart machine 304 also comprises: the second information transmit-receive unit 3042 is used for broadcasting described facility information by infrared signal; The infrared signal that described first information Transmit-Receive Unit 3020 is used for sending from described the second information transmit-receive unit 3042 receives described facility information, and/or described first information Transmit-Receive Unit 3020 is used for carrying out IMAQ, and the described facility information that will collect on described the second smart machine 304 surfaces and/or the screen is sent to described communication mode query unit 3024.

In this technical scheme, the second smart machine 304 can pass through infrared pulse broadcasting equipment information, and the first smart machine 302 can receive this facility information by infrared mode, when the first smart machine 302 and the second smart machine 304 are in the opposing party's the infrared effective coverage, the second smart machine 304 and the first smart machine 302 just can receive respectively the data that comprise in the opposing party's the infrared pulse, include facility information in the infrared pulse that sends such as the second smart machine 304, so when the first smart machine 302 is in the infrared effective coverage of the second smart machine 304, just can from the infrared pulse that the second smart machine 304 sends, receive facility information, thereby match the operations such as connection.

Facility information can also be printed on the surface of the second smart machine 304, perhaps be shown on the screen of the second smart machine 304 (being shown on the screen such as the two-dimension code that will have identify label), 302 of the first smart machines can carry out IMAQ, obtain the facility information on the second smart machine 304, if receive this facility information, just can determine the information such as communication mode that the second smart machine 304 is supported and identifying code according to facility information, and then set up to match by corresponding communication mode and the second smart machine 302 and be connected, and then realize information communication between the first smart machine 302 and the second smart machine 304.

In technique scheme, preferably, described the first smart machine 302 also comprises: verification unit 3024 is used for according to preset algorithm described facility information being carried out verification, and after judging that verification is correct, judges whether described facility information is complete; Extraction unit 3025, be used for when described verification unit 3024 judges that described facility information is complete, from described facility information, decode sign, device name and/or the identifying code of the communication mode that described the second smart machine 304 supports, wherein, described communication mode query unit 3021 is inquired about described corresponding communication mode according to described being identified in described the first smart machine 302; And described the first communication connection unit 3022 is used for when described communication mode query unit 3021 inquires described corresponding communication mode, sends the pairing connection request according to described device name to described the second smart machine 304.

In this technical scheme, the first smart machine 302 is behind the facility information that receives the second smart machine 304, because the information that receives from infrared pulse might not be complete, at first need calibration equipment information whether correct, such as by verification with carry out verification, after definite facility information is correct, further judgment device information integrity, formation such as analytical equipment information, after definite facility information is complete, sign that can be from facility information from the communication mode that extracts the second complete smart machine 304 and support, the information such as device name and/or identifying code, and then come to set up to match with the second smart machine 304 to be connected according to logical these information, support Bluetooth communication such as the second smart machine 304, just include in its infrared pulse so bluetooth sign (such as: BT), bluetooth device name (such as MyGalss) and identifying code (such as F8), the first smart machine 302 is at first according to inquiring about bluetooth equipment in the equipment that is identified at self so, if there is bluetooth equipment, then determine and to connect by bluetooth and the second smart machine 304, and then inquire the second smart machine 304 by device name, send the pairing connection requests by bluetooth approach to the second smart machine 304 again.

In technique scheme, preferably, described second communication linkage unit 3044 also is used for after receiving described pairing connection request, sends the checking instruction to described the first smart machine 302, and receives the described identifying code that described the first smart machine 302 sends according to described checking instruction; Described the first communication connection unit 3022 also is used for sending described identifying code according to described checking instruction to described the second smart machine 304; And, described the second smart machine 304 also comprises: matching unit 3046, be used for judging whether described identifying code is identical with default identifying code, wherein, described second communication linkage unit 3044 also is used for setting up pairing with described the first smart machine 302 and being connected when the single 3046 yuan of described identifying codes of judgement of described coupling are identical with described default identifying code.

In this technical scheme, the second smart machine 304 is after receiving the pairing connection request, need checking to set up the feasibility that pairing connects, thereby can send the checking instruction to the first smart machine 302,302 of the first smart machines are sent to the second smart machine 304 with the identifying code that receives, when the identifying code that the second smart machine 304 receives in judgement conforms to the default identifying code of self, just can determine to exist in the first smart machine 302 the own communication mode of supporting, be connected thereby set up pairing with this communication mode with the first smart machine 302.

In technique scheme, preferably, described second communication linkage unit 3042 is used for when described matching unit 3046 is judged coupling, the display operation option, setting up pairing with described the first smart machine 302 when recognizing the affirmation operation is connected, recognizing the refusal operation or when described matching unit 3046 judgements are not mated, refusing to set up pairing with described the first smart machine 302 and be connected.

In this technical scheme, the second smart machine 304 can be shown to the user with option of operation, on the eyeglass that is presented at intelligent glasses, be operating as the nictation that can identify so the user and confirm operation, setting up pairing with intelligent watch and be connected, also can be to be presented on the dial plate of intelligent watch, can identify so user's clicking operation for confirming operation, set up pairing with intelligent watch and be connected, make things convenient for the user to control pairing by manual operation and connect.

In technique scheme, preferably, described the first smart machine 302 also comprises: the first instruction process unit 3026 is used for sending the first control information to described the second smart machine when receiving the first operational order; The first operation execution unit 3027 is used for according to carrying out the second predetermined registration operation from the second control information of described the second smart machine, and the operation interface that will carry out described the second predetermined registration operation transfers to described the second smart machine; And/or described the second smart machine 304 also comprises: the second instruction process unit 3048 is used for sending described the second control information to described the first smart machine when receiving the second operational order; The second operation execution unit 3049 is used for carrying out the first predetermined registration operation according to described the first control information, and the operation interface that will carry out described the first predetermined registration operation transfers to described the first smart machine.

Can be by the operation to the first smart machine, realization is to the control of the second smart machine, and observe the interface of the executable operations of the second smart machine at the first smart machine, also can be by the operation to the second smart machine, realization is to the control of the first smart machine, and observes the interface of the executable operations of the first smart machine at the second smart machine.Above-mentioned two control operations can be carried out simultaneously, also can distinguish complete independently.

In above-mentioned arbitrary technical scheme, preferably, it is characterized in that, described the first smart machine 302 and/or described the second smart machine 304 comprise: smart mobile phone, intelligent watch, intelligent glasses.

In this technical scheme, generally speaking, if the first smart machine 302 is intelligent watchs, the second smart machine 304 is exactly intelligent glasses so, (wherein intelligent glasses was worn on the head when user can wear intelligent glasses and intelligent watch at the same time, intelligent watch is worn on the wrist), action by the time of seeing of bowing, just can be so that the infrared pulse that a side sends in intelligent glasses and the intelligent watch be received by the opposing party, and then make and set up pairing between intelligent watch and the intelligent glasses and be connected, pairing establishment of connection process is simple and convenient, when the user wears a plurality of smart machine, also can verify by the way the identity of each smart machine, and the communication mode between definite smart machine, thereby a plurality of smart machines are formed a traffic carried network, be convenient to that the user exports transmission and data wait data processing operation synchronously.

Fig. 4 shows according to an embodiment of the invention a kind of flow chart of information interacting method.

As shown in Figure 4, a kind of according to an embodiment of the invention information interacting method comprises: step 402, and the first smart machine receives the facility information of the second smart machine, and enters step 404 when receiving the facility information of described the second smart machine; Described step 404 inquires about whether there be the communication mode corresponding with described facility information according to described facility information in described the first smart machine, and enters step 406 when inquiring described corresponding communication mode; Described step 406 sends the pairing connection request by described corresponding communication mode to described the second smart machine.

In this technical scheme, the first smart machine can receive the facility information of other smart machines, when existing other smart machines in the space during broadcasting equipment information in the space, the first smart machine and the second smart machine can be by being moved into certain position relationship, so that the first smart machine can receive the facility information that the second smart machine sends, and this moment, the first smart machine just can be determined according to facility information the information such as communication mode that the second smart machine is supported and identifying code, and then set up to match by corresponding communication mode and the second smart machine and be connected, pairing establishment of connection process is simple and convenient, only need user's shirtsleeve operation (mobile the first smart machine and the second smart machine become certain position relationship) just can be so that set up the pairing connection with it between the smart machine of wearing, thereby realize easily information synchronization and the control operation of a plurality of smart machines.

In technique scheme, preferably, described step 402 comprises: described the first smart machine receives described facility information from the infrared signal that described smart machine sends.

In this technical scheme, the second smart machine can pass through infrared pulse broadcasting equipment information, and the first smart machine can receive this facility information by infrared mode, when the first smart machine and the second smart machine are in the opposing party's the infrared effective coverage, the second smart machine and the first smart machine just can read respectively the data that comprise in the opposing party's the infrared pulse, include facility information in the infrared pulse that sends such as the second smart machine, so when the first smart machine is in the infrared effective coverage of the second smart machine, just can from the infrared pulse that the second smart machine sends, receive facility information, thereby match the operations such as connection.

In technique scheme, preferably, described step 402 comprises: described the first smart machine carries out IMAQ, and enters described step 404 during the described facility information on collecting described the second smart machine surface and/or screen.

In this technical scheme, facility information can be printed on the surface of the second smart machine, perhaps be shown on the screen of the second smart machine (being shown on the screen such as the two-dimension code that will have identify label), the first smart machine then can carry out IMAQ, obtain the facility information on the second smart machine, if receive this facility information, just can determine the information such as communication mode that the second smart machine is supported and identifying code according to facility information, and then set up to match by corresponding communication mode and the second smart machine and be connected, and then realize information communication between the first smart machine and the second smart machine.

In this technical scheme, the first smart machine is behind the facility information that receives the second smart machine, because the information that receives from infrared pulse might not be complete, at first need calibration equipment information whether correct, such as by verification with carry out verification, after definite facility information is correct, further judgment device information integrity, formation such as analytical equipment information, after definite facility information is complete, sign that can be from facility information from the communication mode that extracts the second complete smart machine and support, the information such as device name and/or identifying code, and then come to set up to match with the second smart machine to be connected according to logical these information, support Bluetooth communication such as the second smart machine, just include in its infrared pulse so bluetooth sign (such as: BT), bluetooth device name (such as MyGalss) and identifying code (such as F8), the first smart machine is at first according to inquiring about bluetooth equipment in the equipment that is identified at self so, if there is bluetooth equipment, then determine and to connect by bluetooth and the second smart machine, and then inquire the second smart machine by device name, send the pairing connection request by bluetooth approach to the second smart machine again.

In this technical scheme, the second smart machine is after receiving the pairing connection request, need checking to set up the feasibility that pairing connects, thereby can send the checking instruction to the first smart machine, the first smart machine then is sent to the second smart machine with the identifying code that receives, when the identifying code that the second smart machine receives in judgement conforms to the default identifying code of self, just can determine to exist in the first smart machine the own communication mode of supporting, be connected thereby set up pairing with this communication mode and the first smart machine.

In this technical scheme, before the first smart machine receives facility information, other equipment that do not exist wish to be connected with its foundation pairing in the space are described, thereby can keep the screen that goes out, reduce power consumption, improve flying power, and after receiving facility information, then judge to be about to exist the operation of equipment room, thereby can light screen, being convenient to the user watches operating process on the one hand, is convenient on the other hand user's executable operations.

Fig. 5 shows the according to an embodiment of the invention flow chart of another kind of information interacting method.

As shown in Figure 5, another kind of information interacting method according to embodiments of the invention comprises: step 504, the communication mode that described the first smart machine is supported by described the first smart machine, receive the second smart machine according to the pairing connection request of the facility information transmission of described the first smart machine, and be connected with described the second smart machine foundation pairing according to the communication mode that described the second smart machine is supported.

Fig. 6 shows the according to an embodiment of the invention flow chart of smart machine exchange method.

As shown in Figure 6, the smart machine exchange method comprises according to an embodiment of the invention: step 602, each first smart machine at least one first smart machine receives the facility information of each the second smart machine at least one second smart machine, enters step 604 when described the first smart machine receives the facility information of the second smart machine; Described step 604, in described the first smart machine, inquire about whether there be the communication mode corresponding with described the second smart machine information according to described facility information, and when inquiring described corresponding communication mode, send the pairing connection request by described corresponding communication mode to described the second smart machine described; Step 606, described the second smart machine receives described pairing connection request by described corresponding communication mode, and set up pairing with described the first smart machine and be connected, wherein, described the first smart machine kept screen to close before receiving described facility information, lighted screen after receiving described facility information.

In this technical scheme, the first smart machine can receive the facility information of other smart machines, when existing other smart machines in the space during broadcasting equipment information in the space, the first smart machine and the second smart machine can be moved into certain position relationship, so that the first smart machine can receive the facility information that the second smart machine sends, and this moment, the first smart machine just can be determined according to facility information the information such as communication mode that the second smart machine is supported and identifying code, and then set up to match by corresponding communication mode and the second smart machine and be connected, pairing establishment of connection process is simple and convenient, only need user's shirtsleeve operation (mobile the first smart machine and the second smart machine become certain position relationship) just can be so that set up the pairing connection with it between the smart machine of wearing, thereby realize easily information synchronization and the control operation of a plurality of smart machines.

And, before the first smart machine receives facility information, other equipment that do not exist wish to be connected with its foundation pairing in the space are described, thereby can keep the screen that goes out, reduce power consumption, improve flying power, and after receiving facility information, then judge to be about to exist the operation of equipment room, thereby can light screen, being convenient to the user watches operating process on the one hand, is convenient on the other hand user's executable operations.

In technique scheme, preferably, described step 602 comprises: described the second smart machine is broadcasted described facility information by infrared signal, described the first smart machine receives described facility information from the infrared signal that described the second smart machine sends, and/or described step 602 comprises: described the first smart machine carries out IMAQ, and during the described facility information on collecting described the second smart machine surface and/or screen, enter described step 604.

In this technical scheme, the second smart machine can pass through infrared pulse broadcasting equipment information, and the first smart machine also can receive this facility information by infrared mode, when the first smart machine and the second smart machine are in the opposing party's the infrared effective coverage, the second smart machine and the first smart machine just can receive respectively the data that comprise in the opposing party's the infrared pulse, include facility information in the infrared pulse that sends such as the second smart machine, so when the first smart machine is in the infrared effective coverage of the second smart machine, just can from the infrared pulse that the second smart machine sends, receive facility information, thereby match the operations such as connection.

Facility information can also be printed on the surface of the second smart machine, perhaps be shown on the screen of the second smart machine (being shown on the screen such as the two-dimension code that will have identify label), the first smart machine then can carry out IMAQ, obtain the facility information on the second smart machine, if receive this facility information, just can determine the information such as communication mode that the second smart machine is supported and identifying code according to facility information, and then set up to match by corresponding communication mode and the second smart machine and be connected, and then realize information communication between the first smart machine and the second smart machine.

In this technical scheme, the second smart machine can be shown to the user with option of operation, on the eyeglass that is presented at intelligent glasses, be operating as the nictation that can identify so the user and confirm operation, setting up pairing with intelligent watch and be connected, also can be to be presented on the dial plate of intelligent watch, can identify so user's clicking operation for confirming operation, set up pairing with intelligent watch and be connected, make things convenient for the user to control pairing by manual operation and connect.

In above-mentioned arbitrary technical scheme, preferably, described the first smart machine kept screen to close before receiving described facility information, lighted screen after receiving described facility information.

In this technical scheme, can be by the operation to the first smart machine, realization is to the control of the second smart machine, and observe the interface of the executable operations of the second smart machine at the first smart machine, also can be by the operation to the second smart machine, realization is to the control of the first smart machine, and observes the interface of the executable operations of the first smart machine at the second smart machine.Above-mentioned two control operations can be carried out simultaneously, also can distinguish complete independently.

Fig. 7 shows the schematic diagram of data flow in the smart machine reciprocal process according to an embodiment of the invention.

As shown in Figure 7, the first smart machine as shown in Figure 3 can be information interactive device 100 as shown in Figure 1, the second smart machine as shown in Figure 3 then can be information interactive device 200 as shown in Figure 2, in fact the first smart machine can comprise identical function element with the second smart machine, just under synchronization, a smart machine is used for broadcast message or demonstration information, another smart machine is used for reception information, intelligent watch such as the first smart machine, the second smart machine is intelligent glasses, in so a kind of situation, intelligent glasses broadcast message in the space, intelligent watch then receives information, and receive the facility information of intelligent glasses at intelligent watch after, send the pairing connection request to intelligent glasses, and according to user's needs, intelligent watch also can be set to the space broadcast message, intelligent glasses then receives information, thereby so that intelligent glasses after receiving the facility information of intelligent watch, sends the pairing connection request to intelligent watch.That is to say, each smart machine can be finished broadcasting and receiving function, but under synchronization, preferred situation is a function of only finishing in broadcasting and the reception.

The first smart machine as shown in Figure 3 and the second smart machine are in reciprocal process, and the processing procedure of data can be carried out according to the flow direction of the data flow in the smart machine shown in Figure 7 700.

Such as, when smart machine 700 its facility information of broadcasting, equipment query unit 706 can read the facility information of smart machine 700 so, sign and the identifying code of the communication mode of supporting comprising smart machine 700, then this facility information is sent to and extracts the processing of encoding in the subelement 7026, the facility information that extraction subelement 7026 will be encoded after processing again transfers to infrared receiving/transmission subelement 7022, and the facility information after infrared receiving/transmission subelement 7022 will be encoded is broadcasted away with the form of infrared coding.Then communicate to connect unit 708 and can receive the pairing connection request that other smart machines send (communication mode of supporting by smart machine 700, such as bluetooth, WIFI etc.), send the checking instruction to the smart machine that sends the pairing connection request again, the identifying code that sends the communication mode that smart machine the smart machine 700 that decoding is obtained of pairing connection request supports returns to smart machine 700, transfer to matching unit 704 by communication connection unit 708, this identifying code and default identifying code are complementary, if coupling is then judged and can be matched connection.

Again such as, when smart machine 700 is accepted the facility information of other smart machines, a kind of mode is to receive the infrared pulse that other smart machines send by infrared receiving/transmission subelement 7022, another kind of mode is to carry out IMAQ by IMAQ subelement 7024, scan the facility information of other smart machines when infrared transmitting-receiving subelement 7022, or when including the facility information of other smart machines in the image that collects of IMAQ subelement 7024, can carry out verification to it first, and judge its integrality, if can and be complete by verification, then by extracting subelement 7026 processing of decoding, obtain the sign of communication mode, the information such as device name and/or identifying code, then by the equipment query unit 706 inquiries communication mode corresponding with sign, communication connection unit 708 sends the pairing connection request by this communication mode to other smart machines again, other smart machines send the checking instruction to smart machine 700, smart machine 700 is sent to other smart machines according to the identifying code that this checking instruction obtains decoding, other smart machines are verified this identifying code, if checking is passed through, then set up pairing with smart machine 700 and be connected.

Fig. 8 A and Fig. 8 B show the according to an embodiment of the invention schematic diagram of receiving equipment information.

Shown in Fig. 8 A, the first smart machine as shown in Figure 3 can be that intelligent watch 802, the second smart machines can be intelligent glasses 804, and intelligent watch 802 and intelligent glasses 804 are launched infrared pulse respectively in the space.Under the general case, the user is worn on intelligent glasses 804 on the head, this moment, eyeglasses frame was parallel with horizontal plane, and the user is worn on intelligent watch 802 on the wrist, the infrared pulse that intelligent glasses 804 sends at the mirror holder front end, the sign that wherein comprises the communication mode that intelligent glasses 804 supports, the information such as device name of identifying code and intelligent glasses 804, simultaneously, intelligent watch 802 receives the infrared pulse that other smart machines send, but under the scene shown in Fig. 8 A, intelligent watch 802 is not in the effective coverage of the infrared pulse that intelligent glasses 804 sends, this moment, intelligent watch 802 namely allowed to receive the infrared pulse of intelligent glasses 804 broadcasting, but to the infrared pulse that receives decode process after, the facility information of the intelligent glasses 804 that obtains is incomplete, intelligent watch 802 do not satisfy default form, so can not send the pairing connection request to intelligent glasses 804.

Shown in Fig. 8 B, when the user bows when seeing the time, intelligent glasses 804 will be rotated counterclockwise certain angle in vertical plane this moment, and the surface of intelligent watch 802 also will be adjusted to parallel with horizontal plane.In this case similar, intelligent watch 802 can be in the effective coverage of the infrared pulse that intelligent glasses 804 sends (if intelligent watch 802 sends infrared pulse, intelligent glasses 804 also is in the effective coverage that intelligent watch 802 sends infrared pulse so), the facility information of the intelligent glasses 804 that intelligent watch 802 obtains is complete, satisfy default form, thereby can judge that the user is bowing sees table, to trigger so intelligent watch 804 and send the pairing connection request to intelligent glasses 802, and then realize that the two matches connection easily, need not user's manual operation can finish.

Certainly, after determining that can set up pairing connects, can be on intelligent glasses 804 the display operation option, intelligent glasses 804 is by identification user eye motion, confirm to connect such as blinking, also can be on intelligent watch 802 the display operation option, whether carry out attended operation for user selection.

Fig. 9 A and Fig. 9 B show the according to an embodiment of the invention schematic diagram of collecting device information.

Shown in Fig. 9 A, can be equipped with image collecting device on the intelligent watch 802, such as camera, 804 can be printed with specific glasses sign 904(such as character, picture, two-dimension code, one dimension code etc. on the intelligent glasses), thereby intelligent watch 802 can identify glasses sign 904 by camera, and then identify the information such as sign, device name and/or identifying code of the communication mode of supporting of intelligent glasses 804 according to glasses sign 904, and can be on dial plate prompting user whether match connection, thereby connect according to user selection.

Shown in Fig. 9 B, can be equipped with image collecting device on the intelligent glasses 804, such as camera, can be printed with on the intelligent watch 802, perhaps in dial plate, show specific wrist-watch sign 902(such as character, picture, two-dimension code, one dimension code etc.), thereby intelligent glasses 804 can identify wrist-watch sign 902 by camera, and then identify the sign of the communication mode that intelligent watch 802 supports according to wrist-watch sign 902, the information such as device name and/or identifying code, and can be on eyeglass prompting user whether match connection, thereby according to user selection (such as nictation for confirming operation, roll about eyeball and be the refusal operation) connect.

The user can also arrange the device name of acquiescence coupling, in case intelligent watch 802 or intelligent glasses 804 receives this facility information, and the device name that parses is the device name of acquiescence, will automatically match so connection, and need not user's affirmation.

Figure 10 shows and sets up according to an embodiment of the invention the particular flow sheet that pairing connects.

As shown in figure 10, the first smart machine as shown in Figure 3 can be intelligent watch, the second smart machine can be intelligent glasses, intelligent glasses can be launched infrared pulse in the space, the facility information that includes intelligent glasses in this infrared pulse, facility information specifically comprises sign, device name and/or the identifying code of the communication mode that intelligent glasses is supported, when the user wears intelligent glasses and intelligent watch, the pairing that need to set up between intelligent glasses and the intelligent watch connects, and can operate according to following steps:

Step 1002, intelligent watch receives the infrared pulse of intelligent glasses emission, if intelligent watch is sent out in the infrared effective coverage that is in intelligent glasses, intelligent watch is after receiving the facility information of intelligent glasses so, can parse sign, device name and/or the identifying code of the communication mode that intelligent glasses supports from the infrared pulse that intelligent glasses sends;

Step 1004, intelligent watch judge to exist are wanted to match other equipment that are connected with it, thereby light screen, and products for further operates, and display operation information;

Step 1006, intelligent watch is according to the sign that parses, in the communication equipment of self, search in communication mode corresponding to this sign (such as the sign that parses corresponding to Bluetooth communication, intelligent watch is then searched for the equipment of supporting Bluetooth communication so), and behind the communication equipment that searches the communication mode of supporting intelligent glasses, find intelligent glasses according to the device name that parses again, thereby initiate connection request by bluetooth to intelligent glasses;

After step 1008, intelligent glasses receive connection request by bluetooth, send the checking instruction to intelligent watch, intelligent watch is back to intelligent glasses according to the checking instruction with the identifying code that parses;

Step 1010, if intelligent glasses the identifying code that receives is verified, judge whether identically with intrinsic identifying code itself, if identical, then set up pairing with intelligent watch and be connected.

As shown in figure 11, intelligent watch is connected the pairing connection with intelligent glasses after, just can control another equipment with one of them equipment, carry out IMAQ such as control intelligent watch by intelligent glasses, detailed process comprises:

Step 1102, intelligent watch are opened and are carried camera;

Step 1104, the user selects forwarding function at intelligent watch;

Step 1106, the intelligent watch screen that goes out, and carry out IMAQ according to the instruction that receives, and with the Image Real-time Transmission that collects to intelligent glasses;

Step 1108, intelligent glasses sends further control information according to the user instruction that receives to intelligent watch;

Step 1110, intelligent watch further operates according to control information, such as taking pictures.

A kind of specific embodiment:

Open the police officer and carry out the plain clothes tracing task, wear according to an embodiment of the invention intelligent watch and intelligent glasses.Wear rear eyes direct-view intelligent watch, thereby intelligent watch is in the infrared effective coverage of intelligent glasses, the facility information that intelligent watch receives according to the infrared pulse that sends from intelligent glasses is set up pairing with intelligent glasses and is connected.

The communication mode that intelligent watch can be supported by bluetooth or WIFI(intelligent glasses) criminal's data and picture are sent to intelligent glasses, and are presented at the left side, the right side shows the image that the intelligent glasses camera photographed;

If a police officer is ground point discovery suspect, because distance is very near, can not stare at the suspect always and carry out IMAQ, so can in intelligent watch, select transfer operation, the camera that re-uses intelligent watch is aimed at the suspect, intelligent watch will carry out IMAQ to the suspect, and image is sent to the intelligent glasses demonstration, can also take the 3D photo.

Open the police officer and can browse photo at intelligent watch by intelligent glasses, intelligent watch identifies intelligent glasses shutter support formula 3D and watches, automatically switch to the 3D pattern, the information such as the position that police officer can judge suspect and partner by 3D rendering and distance are so that arrest action.

The pairing establishment of connection of intelligent glasses and intelligent watch is convenient and swift in the whole process, need not the operation of the too much limbs of user, but also the switching controls between the support equipment, make the user to use not only smoothness but also convenient.

More than be described with reference to the accompanying drawings technical scheme of the present invention, consider in the correlation technique, only there is data interaction in the smart machine that the user wears with smart mobile phone, and there is not any data interaction between the smart machine of wearing, even there be the mutual of minority, these interactive modes are not hommization also, and it is harsh that pairing connects set up the condition, and reciprocal process is complicated.Technical scheme by the application, can set up easily pairing between smart machine connects, and finish accurately and quickly control operation between the smart machine, between the employed smart machine of user, build a communication network, strengthen the user to control and the operability of smart machine.

In the present invention, term " first ", " second " only are used for describing purpose, and can not be interpreted as indication or hint relative importance.Term " a plurality of " refers to two or more, unless clear and definite restriction is arranged in addition.

The above is the preferred embodiments of the present invention only, is not limited to the present invention, and for a person skilled in the art, the present invention can have various modifications and variations.Within the spirit and principles in the present invention all, any modification of doing, be equal to replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a smart machine interactive system is characterized in that, comprising: at least one first smart machine and at least one second smart machine, and wherein, described the first smart machine comprises:

First information Transmit-Receive Unit, for the facility information that receives the second smart machine, and the facility information of described second smart machine that will receive is sent to the communication mode query unit;

Described communication mode query unit is used for whether having the communication mode corresponding with described facility information according to described facility information in described the first smart machine inquiry;

The first communication connection unit is used for when described communication mode query unit inquires described corresponding communication mode, sends the pairing connection request by described corresponding communication mode to described the second smart machine;

The screen control unit, be used for before described first information Transmit-Receive Unit receives described facility information, keeping the screen of described the first smart machine to close, after described first information Transmit-Receive Unit receives described facility information, light the screen of described the first smart machine;

Described the second smart machine comprises:

The second communication linkage unit is used for receiving described pairing connection request by described corresponding communication mode, and is connected with described the first smart machine foundation pairing.

2. smart machine interactive system according to claim 1 is characterized in that, described the second smart machine also comprises: the second information transmit-receive unit is used for broadcasting described facility information by infrared signal; The infrared signal that described first information Transmit-Receive Unit is used for sending from described the second information transmit-receive unit receives described facility information, and/or

Described first information Transmit-Receive Unit is used for carrying out IMAQ, and the described second smart machine surface that will collect and/or the described facility information on the screen are sent to described communication mode query unit.

3. smart machine interactive system according to claim 1 is characterized in that, described the first smart machine also comprises:

Verification unit is used for according to preset algorithm described facility information being carried out verification, and after judging that verification is correct, judges whether described facility information is complete;

Extraction unit is used for when described verification unit judges that described facility information is complete, decodes sign, device name and/or the identifying code of the communication mode that described the second smart machine supports from described facility information,

Wherein, described communication mode query unit is inquired about described corresponding communication mode according to described being identified in described the first smart machine; And

Described the first communication connection unit is used for when described communication mode query unit inquires described corresponding communication mode, sends the pairing connection request according to described device name to described the second smart machine.

4. smart machine interactive system according to claim 3, it is characterized in that, described second communication linkage unit also is used for after receiving described pairing connection request, send the checking instruction to described the first smart machine, and receive the described identifying code that described the first smart machine sends according to described checking instruction;

Described the first communication connection unit also is used for sending described identifying code according to described checking instruction to described the second smart machine; And described the second smart machine also comprises:

Matching unit is used for judging whether described identifying code is identical with default identifying code,

Wherein, when described second communication linkage unit judges that at described matching unit described identifying code is identical with described default identifying code, set up pairing with described the first smart machine and be connected.

5. each described smart machine interactive system in 4 according to claim 1 is characterized in that, described the first smart machine also comprises:

The first instruction process unit is used for sending the first control information to described the second smart machine when receiving the first operational order;

The first operation execution unit is used for according to carrying out the second predetermined registration operation from the second control information of described the second smart machine, and the operation interface that will carry out described the second predetermined registration operation transfers to described the second smart machine; And/or

Described the second smart machine also comprises:

The second instruction process unit is used for sending described the second control information to described the first smart machine when receiving the second operational order;

The second operation execution unit is used for carrying out the first predetermined registration operation according to described the first control information, and the operation interface that will carry out described the first predetermined registration operation transfers to described the first smart machine.

6. a smart machine exchange method is characterized in that, comprising:

Step 602, each first smart machine at least one first smart machine receives the facility information of each the second smart machine at least one second smart machine, enters step 604 when described the first smart machine receives the facility information of described the second smart machine;

Described step 604, in described the first smart machine, inquire about whether there be the communication mode corresponding with described facility information according to described facility information, and when inquiring described corresponding communication mode, send the pairing connection request by described corresponding communication mode to described the second smart machine described;

Step 606, described the second smart machine receives described pairing connection request by described corresponding communication mode, and is connected with described the first smart machine foundation pairing,

Wherein, described the first smart machine kept screen to close before receiving described facility information, lighted screen after receiving described facility information.

7. smart machine exchange method according to claim 6, it is characterized in that, described step 602 comprises: described the second smart machine is broadcasted described facility information by infrared signal, described the first smart machine receives described facility information from the infrared signal that described the second smart machine sends, and/or

Described the first smart machine carries out IMAQ, and during the described facility information on collecting described the second smart machine surface and/or screen, enters described step 604.

8. smart machine exchange method according to claim 6 is characterized in that, described step 604 comprises:

Step 6042 is carried out verification according to preset algorithm to described facility information, and after judging that verification is correct, judges whether described facility information is complete;

If step 6044 complete, extracts sign, device name and/or the identifying code of the communication mode that described the second smart machine supports from described facility information; And,

Step 6046 is identified at the described corresponding communication mode of inquiry in described the first smart machine according to described, and when inquiring described corresponding communication mode, sends the pairing connection request according to described device name to described the second smart machine.

9. smart machine exchange method according to claim 8 is characterized in that, described step 606 comprises:

Step 6062, described the second smart machine send the checking instruction to described the first smart machine after receiving described pairing connection request, described the first smart machine is sent to described the second smart machine according to described checking instruction with described identifying code;

Step 6064, described the second smart machine judge whether described identifying code is identical with default identifying code;

If step 6066 identical, then set up pairing with described the first smart machine and is connected.

10. each described smart machine exchange method in 9 according to claim 6, it is characterized in that, also comprise: described the first smart machine is when receiving the first operational order, send the first control information to described the second smart machine, described the second smart machine is carried out the first predetermined registration operation according to described the first control information, and the operation interface that will carry out described the first predetermined registration operation transfers to described the first smart machine, and/or described the second smart machine is when receiving the second operational order, send the second control information to described the first smart machine, described the first smart machine is carried out the second predetermined registration operation according to described the second control information, and the operation interface that will carry out described the second predetermined registration operation transfers to described the second smart machine.