CN102487487A - Information transmission system, method and relevant device - Google Patents
Information transmission system, method and relevant device Download PDFInfo
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- CN102487487A CN102487487A CN2010105704258A CN201010570425A CN102487487A CN 102487487 A CN102487487 A CN 102487487A CN 2010105704258 A CN2010105704258 A CN 2010105704258A CN 201010570425 A CN201010570425 A CN 201010570425A CN 102487487 A CN102487487 A CN 102487487A
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Abstract
The invention discloses an information transmission system, a method and a relevant device, which are used for synchronously displaying sensor information and video information in real time in the same rendering interface of the same screen. The system comprises a sensor measuring and controlling node which is used for sending the acquired sensor information to a sensing aggregation device, the sensing aggregation device which is used for triggering a video acquiring device to acquire the video information when the sensor information achieves to the preset triggering conditions, and sending the sensor information to an M2M (Machine to Machine) subsystem, the video acquiring device which is used for acquiring the video information and sending the video information to a video fusion subsystem under the triggering of the sensing aggregation device, the M2M subsystem which is used for forwarding the sensor information to the video fusion subsystem, the video fusion subsystem which is used for superimposing the sensor information and the video information, and sending the acquired video fusion data to terminal equipment bound by the sensor measuring and controlling node, and the terminal equipment which is used for presenting the video fusion data.
Description
Technical field
The present invention relates to moving communicating field, relate in particular to a kind of message transfer system, method and relevant apparatus.
Background technology
Technology of Internet of things more and more obtains the concern in country and market; In the Internet of Things field; Transducer is as perception and obtain the node that belongs to environmental state information; Role is extremely important, is one of key node in the Internet of Things, one of critical function that Internet of Things is born be exactly with sensor senses to sensor information show through certain mode.Present technology be with sensor senses to sensor information convert digital signal into, be sent to the destination through mobile communications network then and appear, the destination possibly be a kind of mobile phone, PDA (personal digital assistant), computer, server etc.The destination converts digital signal into text message, shows with textual form (for example numeral or curve).
Prior art can realize the transmission of sensor information in the Internet of Things, but the experience that gives the user is relatively poor, not directly perceived.Application scenarios such as the control lamp switch; Through transducer and control corresponding equipment; Transducer can be sent to the destination with the on off state of lamp; What the user saw presents the sensor information of " Kai Heguan " with textual form, the instability if transducer or control appliance go wrong, the problem that will cause the sensor information that appears and actual conditions not to be inconsistent.Also has a kind of situation; After the user sees the sensor information that Internet of Things passes back; Need make a response through commands for controlling control corresponding equipment, under existing conditions, the user can not see sensor information when one is seen actual sight; And make control, that is to say under situation as if on the spot in person, to accomplish " institute sees to be gained ".In order to address this problem, of the prior artly proposed following solution: the interface (screen) that appears through physically separating shows sensor information and video information, and this scheme comprises the steps:
1, is deployed in on-the-spot transducer measuring and controlling node the sensor information that perceives is sent to the particular system on the mobile communications network; Described transducer measuring and controlling node comprises transducer and control appliance;
2, after this distinguish of system sensor information on the mobile communications network, affirmation needs to initiate to be connected to user's terminal equipment;
3, convert sensor information into digital signal sends to the user through the path of setting up terminal equipment;
4, the user learnt and need control the transducer measuring and controlling node through the appearing after the interface sees sensor information of terminal equipment, carried out folding control such as needs opposite house magnetic;
5, the user presents the interface through another and sends control information through on terminal equipment, initiating a client again;
6, control information is sent to the transducer measuring and controlling node after analyzing through this system combination on the mobile communications network, such as above-mentioned door magnetic;
7, user's terminal equipment initiates to be connected to on-the-spot video acquisition device through this system on the mobile communications network, and the execution result through another path communicating control information of setting up is the video information that video acquisition device collects.
In the above-mentioned solution, the particular system on the mobile communications network receives after the sensor information, and promptly the terminal equipment with the binding of transducer measuring and controlling node connects, and the sensor information that collects is sent to terminal equipment through the path of setting up; After the user sees the sensor information on the terminal equipment; If desired the transducer measuring and controlling node is controlled; Then send control information through terminal equipment; Control information is sent to the transducer measuring and controlling node through mobile communications network, and user's terminal equipment initiates to be connected to video acquisition device, transmits video information through another path of setting up.Hence one can see that, and in the prior art, the user can only judge whether and need control the transducer measuring and controlling node, can't show the video information that on-site real-time is synchronous through sensor information; And if the user need set up new path in addition and realize need control transducer measuring and controlling node or video acquisition device the time.
Can know by above-mentioned analysis how to realize showing synchronously in real time of sensor information and video information, become one of problem demanding prompt solution in the prior art at the same interface of same screen.
Summary of the invention
The embodiment of the invention provides a kind of message transfer system, method and relevant apparatus, realizes showing synchronously in real time of sensor information and video information in order to the same interface that appears at same screen.
The embodiment of the invention provides a kind of message transfer system, comprises transducer measuring and controlling node, sensing converging device, video acquisition device, machine to machine M2M subsystem and video fusant system, wherein:
Said transducer measuring and controlling node is used for the sensor information that collects is sent to said sensing converging device;
Said sensing converging device; Be used for when the sensor information that receives reaches preset triggering conditions; Trigger video acquisition device and carry out video collecting, and the sensor information that receives is sent to said M2M subsystem through mobile communications network;
Said video acquisition device is used under the triggering of said sensing converging device, carries out video collecting and sends to said video fusant system through mobile communications network;
Said M2M subsystem is used for the sensor information that said sensing converging device sends is transmitted to said video fusant system;
Said video fusant system is used for sensor information that receives and video information are superposeed, and the video fused data that obtains sends to the terminal equipment that said transducer measuring and controlling node is bound via mobile communications network;
Said terminal equipment is used to appear the video fused data that said video fusant system sends via mobile communications network.
The embodiment of the invention provides a kind of information transferring method, comprising:
The sensor information that the receiving sensor measuring and controlling node collects and when said sensor information reaches preset triggering conditions, the video information that video acquisition device collects;
The video fused data that obtains after the sensor information that receives and video information superposeed sends to the terminal equipment that said transducer measuring and controlling node binds through mobile communications network and appears.
The embodiment of the invention provides a kind of video fusant system, comprising:
The sensor information that the receiving sensor measuring and controlling node collects and when said sensor information reaches preset triggering conditions, the video information that video acquisition device collects;
The video fused data that obtains after the sensor information that receives and video information superposeed sends to the terminal equipment that said transducer measuring and controlling node binds through mobile communications network and appears.
The embodiment of the invention provides a kind of sensing converging device, comprising:
Receiving element is used for the sensor information that the receiving sensor measuring and controlling node collects;
Judging unit is used to judge whether the sensor information that receives reaches preset triggering conditions, and reports judged result;
Trigger element is used in the judged result that receives triggering video acquisition device and carrying out video collecting when being;
Transmitting element is used for the sensor information that receives is sent to the M2M subsystem through mobile communications network.
The message transfer system that the embodiment of the invention provides, method and relevant apparatus; After the sensing converging device receives the sensor information that the transducer measuring and controlling node collects; Promptly carry out the judgement whether sensor information reaches preset triggering conditions; If then trigger video acquisition device and carry out video collecting, through the real-time judge to sensor information at sensing converging device place; Just trigger video acquisition device and carry out video collecting if reach preset triggering conditions, thus guaranteed sensor information and video information synchronously in real time; Video acquisition device with the video information that collects send to video fusant system, the sensing converging device is transmitted to video fusant system with sensor information through the M2M subsystem; After by video fusant system the sensor information that receives and video information being superposeed; The terminal equipment that sends to the binding of transducer measuring and controlling node appears, thereby has realized showing sensor information and video information on the interface in same the appearing of same screen.
Other features and advantages of the present invention will be set forth in specification subsequently, and, partly from specification, become obvious, perhaps understand through embodiment of the present invention.The object of the invention can be realized through the structure that in the specification of being write, claims and accompanying drawing, is particularly pointed out and obtained with other advantages.
Description of drawings
Fig. 1 is a kind of possible structured flowchart of message transfer system in the embodiment of the invention;
Fig. 2 is the implementing procedure figure of information transferring method in the embodiment of the invention;
Fig. 3 is a kind of possible structured flowchart of video fusant system in the embodiment of the invention;
Fig. 4 is a kind of possible structured flowchart of sensing converging device in the embodiment of the invention;
Fig. 5 is the implementing procedure figure of information transferring method in the 3G mobile communications network in the embodiment of the invention;
Fig. 6 is the reciprocal process sketch map of the information flow of message transfer system in the embodiment of the invention;
Fig. 7 a is the sending mode sketch map of the information flow of message transfer system in the embodiment of the invention;
Fig. 7 b is the sending mode sketch map of information flow in the prior art.
Embodiment
For the same interface that appears that is implemented in same screen shows sensor information and video information in real time synchronously, the embodiment of the invention provides a kind of message transfer system, method and relevant apparatus.
Below in conjunction with Figure of description the preferred embodiments of the present invention are described; Be to be understood that; Preferred embodiment described herein only is used for explanation and explains the present invention; And be not used in qualification the present invention, and under the situation of not conflicting, embodiment and the characteristic among the embodiment among the present invention can make up each other.
As shown in Figure 1; A kind of possible structured flowchart of the message transfer system that provides for the embodiment of the invention; Comprise transducer measuring and controlling node 101, sensing converging device 102, video acquisition device 103, M2M (machine to machine) subsystem 104, video fusant system 105 and terminal equipment 106, wherein:
Transducer measuring and controlling node 101 is used for the sensor information that collects is sent to said sensing converging device;
Concrete, transducer measuring and controlling node 101 is used for the state information of perception place environment, the collection of the line sensor information of going forward side by side, and after the sensor information that collects is converted into digital signal, send to sensing converging device 102.
Sensing converging device 102 is used for when the sensor information that receives reaches preset triggering conditions, triggers video acquisition device and carries out video collecting, and the sensor information that receives is sent to M2M subsystem 104 through mobile communications network;
Concrete; Sensing converging device 102 is analyzed after the digital signal that receives 101 transmissions of transducer measuring and controlling node and is judged; When if sensor information reaches preset triggering conditions; Just can trigger video acquisition device 103 and carry out video collecting, and sensing converging device 102 sends to M2M subsystem 104 with the sensor information that receives through mobile communications network.Suppose that the transducer measuring and controlling node is door magnetic, preset triggering conditions can be " opening ", promptly when door magnetic is in out state, promptly triggers video acquisition device and carries out video collecting.
Concrete, video acquisition device 103 under the triggering of sensing converging device 102, carry out video collecting after, can pass through following dual mode, the video information that collects is sent to video fusant system 105 through mobile communications network:
Mode one
Mode two
Sensing converging device 102 is set up video acquisition device 103 and is connected with communication between the mobile communications network; Video acquisition device 103 directly sends to video fusant system 105 through mobile communications network with the video information that collects under the triggering of sensing converging device 102.
M2M subsystem 104 is used for the sensor information that sensing converging device 102 sends is transmitted to video fusant system 105;
Concrete; Video fusant system 105; After the video information of sensor information that receives 104 forwardings of M2M subsystem and video acquisition device 103 transmissions; Need carry out video with terminal equipment 106 and be connected, can set up video with terminal equipment 106 through following dual mode and be connected: a kind of mode be video fusant system 105 through initiatively initiating the mode of video call, set up video through mobile communications network with terminal equipment 106 and be connected; Another kind of mode is that video fusant system 105 sends information to terminal equipment, initiates video calls by terminal equipment 106, through mobile communications network set up with video fusant system 105 between video be connected.
In the practical implementation, transducer measuring and controlling node 101 can also be used for when the sensor information that transmission collects, carrying the node identification of self; Video fusant system 105 can also be used for confirming the terminal equipment 106 that transducer measuring and controlling node 101 is bound according to the node identification of transducer measuring and controlling node 101 and the node identification of storage in advance and the binding relationship of Terminal Equipment Identifier.
Preferable, video fusant system 105 can also be used for the video type of storage sensor measuring and controlling node 101 terminal equipment of binding 106 in advance.Wherein, the video type of terminal equipment 106 comprises circuit domain video terminal and packet domain stream media terminal; And send said video fused data according to the video type of transducer measuring and controlling node 101 terminal equipment of binding 106.
Preferable, video fusant system 105 also is used for the OS Type of storage sensor measuring and controlling node 101 terminal equipment of binding 106 in advance; And before the video fused data being sent to the terminal equipment 106 that transducer measuring and controlling node 101 bound, be converted into the form that corresponding OS Type is supported.
In addition, in the practical implementation, transducer measuring and controlling node 101, sensing converging device 102 and video acquisition device 103 all are deployed in the scene.Special; Transducer measuring and controlling node 101 can be disposed a plurality of respectively with video acquisition device 103; And transducer measuring and controlling node 101 and video acquisition device 103 can be through the self-organizing networks between routing node 107 foundation and the sensing converging device 102, and this self-organizing network is generally wireless network.Transducer measuring and controlling node 101 can be used for through routing node 107 sensor information that collects being sent to sensing converging device 102; Video acquisition device 103 can be used for through routing node 107 video information that collects being sent to sensing converging device 103, and this video information sends to video fusant system 105 by sensing converging device 102 through mobile communications network.
In the practical implementation, terminal equipment 106 also is used for when presenting the video fused data of video fusant system 105 transmissions, control operation information being provided; And receive the control information that the user returns according to said control operation information; And this control information sent to said video fusant system 105 via mobile communications network, said control information is used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out;
Concrete, if when the video type of terminal equipment 106 is the circuit domain video terminal, after video fusant system and terminal equipment 106 are set up video and be connected, dtmf signal is provided to the user, the user returns control information through pressing dtmf signal; When if the video type of terminal equipment 106 is the packet domain stream media terminal; Terminal equipment 106 is when presenting the video fused data that said video fusant system 105 sends; The display operation control information, the user returns control information through the DTMF button of terminal equipment.Wherein, this control information can indication sensor measuring and controlling node 101 executable operations, also can be indication video acquisition device 103 executable operations.Such as, when the transducer measuring and controlling node was door magnetic, the state of door magnetic was for opening now, and then this control information can indicate a magnetic to close operation; Simultaneously, can carry out operations such as rotation by the instruction video harvester.
Sensing converging device 102 also is used for this control information is sent to transducer measuring and controlling node 101 and/or video acquisition device 103;
Transducer measuring and controlling node 101 also is used for when receiving the control information of sensing converging device 102 transmissions, carrying out corresponding operation according to the control information that receives;
Special, M2M subsystem 104 merges setting with video fusant system 105, promptly realizes all functions of M2M subsystem 104 and video fusant system 105 through the system of a merging.
The mobile communications network that relates in the embodiment of the invention can be 3G network and follow-up evolvement network thereof.Simultaneously, mobile communications network is also being born the protocol conversion between conventional transducer measuring and controlling node, video acquisition device, M2M subsystem, video fusant system and the terminal equipment, and to functions such as the number authentication of terminal equipment and chargings.
The embodiment of the invention is through video fusant system; Set up the data path between transducer measuring and controlling node, video acquisition device, M2M subsystem and the terminal equipment, realized interconnecting of information flow between transducer measuring and controlling node, video acquisition device, M2M subsystem and the terminal equipment.
In the embodiment of the invention; Video acquisition device carries out video collecting under the triggering of sensing converging device; Can make video acquisition device more intelligence according to environmental change, make a response, also can make the trigger mechanism variation of video acquisition device; Be not only after receiving minority alarm signal such as infrared, just to carry out video collecting, strengthened the perception of video acquisition device for environmental change.
Based on same inventive concept; A kind of information transferring method and a kind of video fusant system and a kind of sensing converging device also are provided in the embodiment of the invention; Because the principle of this method and each device solves technical problem is similar with message transfer system; The method of therefore being somebody's turn to do is implemented and can be repeated part and repeat no more referring to system implementation with each device.
As shown in Figure 2, the implementing procedure sketch map of a kind of information transferring method that provides for the embodiment of the invention comprises the steps:
The sensor information that S201, receiving sensor measuring and controlling node collect and when this sensor information reaches preset triggering conditions, the video information that video acquisition device collects;
S202, the video fused data that obtains after the sensor information that receives and video information superposeed send to the terminal equipment that this transducer measuring and controlling node binds through mobile communications network and appear.
In the practical implementation, the transducer measuring and controlling node carries the node identification of self when the sensor information that transmission collects; So, definite method of the terminal equipment that the transducer measuring and controlling node is bound can comprise:
According to the node identification of transducer measuring and controlling node and the node identification of storage in advance and the binding relationship of Terminal Equipment Identifier, confirm the terminal equipment that said transducer measuring and controlling node is bound.
In the practical implementation, the video type of storage sensor terminal equipment that measuring and controlling node is bound in advance, said terminal equipment video type comprises circuit domain video terminal and packet domain stream media terminal; And send said video fused data according to the video type of said transducer terminal equipment that measuring and controlling node is bound.
In the practical implementation, the OS Type of storage sensor terminal equipment that measuring and controlling node is bound in advance; And information transferring method also comprises: before said video fused data being sent to the terminal equipment that said transducer measuring and controlling node bound, be converted into the form that corresponding OS Type is supported.
In the practical implementation, information transferring method can also comprise:
The control information that receiving terminal apparatus returns through mobile communications network, this control information are used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out; And
The control information that receives is sent to the sensing converging device through mobile communications network, and this control information sends to transducer measuring and controlling node and/or video acquisition device through the sensing converging device, to carry out corresponding operation.
As shown in Figure 3, a kind of possible structural representation of the video fusant system that provides for the embodiment of the invention comprises:
Receiving element 301 is used for sensor information that the receiving sensor measuring and controlling node collects and when said sensor information reaches preset triggering conditions, the video information that video acquisition device collects;
Video integrated unit 302 is used for sensor information that receives and video information are superposeed, and obtains the video fused data;
Transmitting element 303 is used for the video fused data that obtains is appeared through the terminal equipment that mobile communications network sends to said transducer measuring and controlling node binding.
In the practical implementation, video fusant system can also comprise:
Preferable, memory cell 304 also is used for the video type of storage sensor terminal equipment that measuring and controlling node is bound, and said terminal equipment video type comprises circuit domain video terminal and packet domain stream media terminal;
Transmitting element 303 can be used for sending the video fused data according to the video type of transducer terminal equipment that measuring and controlling node is bound.
Preferable, memory cell 304 also is used for the OS Type of storage sensor terminal equipment that measuring and controlling node is bound; And
Video integrated unit 302 also is used for before the video fused data being sent to the terminal equipment that said transducer measuring and controlling node bound, being converted into the form that corresponding OS Type is supported.
In addition, in the practical implementation:
Receiving element 301 also is used for the control information that receiving terminal apparatus returns through mobile communications network, and this control information is used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out; And
Transmitting element 303 also is used for the control information that receives is sent to the sensing converging device through mobile communications network, and this control information sends to transducer measuring and controlling node and/or video acquisition device through the sensing converging device, to carry out corresponding operation.
As shown in Figure 4, a kind of possible structured flowchart of sensing converging device for the embodiment of the invention provides comprises:
Receiving element 401 is used for the sensor information that the receiving sensor measuring and controlling node collects;
Judging unit 402 is used to judge whether the sensor information that receives reaches preset triggering conditions, and reports judged result;
Trigger element 403 is used in the judged result that receives triggering video acquisition device and carrying out video collecting when being;
Transmitting element 404 is used for the sensor information that receives is sent to the M2M subsystem through mobile communications network.
In the practical implementation, can also comprise Dispatching Unit 405, wherein:
Receiving element 401 also is used for the control information that terminal equipment that receiver, video fusant system sends through mobile communications network returns, and this control information is used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out;
Dispatching Unit 405 is used for the control information that receives is transmitted to transducer measuring and controlling node and/or video acquisition device, and control transducer measuring and controlling node and/or video acquisition device are carried out corresponding operation according to said control information.
The execution mode of embodiment for a better understanding of the present invention; Through concrete embodiment the implementation process of the embodiment of the invention is described below; Wherein, In the present embodiment, the terminal equipment that relates to is the packet domain stream media terminal, and the mobile communications network that relates to is that example describes with the 3G mobile communications network.Wherein, video acquisition device sends to the sensing converging device with the video information that collects, and through the 3G mobile communications network video information is sent to video fusant system by the sensing converging device.
As shown in Figure 5, in the 3G mobile communications network, the implementing procedure figure of information transferring method comprises the steps:
The sensor information of S501, transducer measuring and controlling node collection site and the node identification of self send to routing node;
Concrete, be deployed in on-the-spot transducer measuring and controlling node perception live telecast at the scene, the sensor information of collection site, and after being converted into digital signal, digital signal and the node identification of self are sent to routing node.
S502, routing node are transmitted to the sensing converging device with the node identification of sensor information that receives and transducer measuring and controlling node;
S503, sensing converging device judge whether sensor information reaches preset triggering conditions;
S504, in the judged result of step S503 when being, the sensing converging device sends to routing node with the triggering command of video acquisition;
Concrete, the sensing converging device is analyzed after to the digital signal conversion that receives, if sensor information reaches preset triggering conditions, then the sensing converging device will trigger the triggering command that video acquisition device carries out video acquisition and send to routing node.
S505, routing node are transmitted to video acquisition device with triggering command;
S506, video acquisition device carry out video collecting according to triggering command;
S507, video acquisition device send to the sensing converging device with the video information that collects;
S508, sensing converging device send to the M2M subsystem with the node identification of sensor information that receives and transducer measuring and controlling node, and the M2M subsystem is transmitted to video fusant system with the node identification of sensor information and transducer measuring and controlling node; And the sensing converging device sends to video fusant system with the video information that receives;
Concrete; After sensing converging device and 3G mobile communications network establish a communications link; The node identification of digital signal that receives and transducer measuring and controlling node is sent to the M2M subsystem through the 3G mobile communications network, video information is sent to video fusant system through the 3G mobile communications network; The M2M subsystem is transmitted to video fusant system with the node identification of digital signal that receives and transducer measuring and controlling node.
S509, video fusant system obtain the video fused data after putting up with the sensor information that receives and video information stack;
S510, video fusant system confirm the terminal equipment that said transducer measuring and controlling node is bound according to the node identification of the transducer measuring and controlling node that receives and the node identification of storage in advance and the binding relationship of Terminal Equipment Identifier.
Special, the information such as resolution of the screen support of the video type (circuit domain video terminal and packet domain stream media terminal) that video fusant system can also terminal equipment that the storage sensor measuring and controlling node is bound, the OS Type of terminal equipment (common have Android operating system, Symbian operating system or Windows Mobile operating system etc.) and terminal equipment.
S511, video fusant system send to the terminal equipment that the transducer measuring and controlling node is bound with the video fused data;
Concrete, video fusant system validation need carry out video with the terminal equipment that the transducer measuring and controlling node is bound when being connected, will be to this terminal equipment transmission information; Terminal equipment is after the indication that the affirmation video that receives the user connects; Initiate the video call flow process; Video fusant system is with the type of video fused data according to terminal equipment operating system; After the video fused data being converted into the video format of this terminal equipment operating system support, push back the 3G mobile communications network; The 3G mobile communications network is handed down to this terminal equipment with the video fused data that obtains.
S512, terminal equipment show the video fused data of real-time synchronous driving and show control operation information simultaneously;
S513, terminal equipment receive the control information that the user returns;
Concrete, if after the user sees the video fused data, in the time of need operating transducer measuring and controlling node and video acquisition device, can operate according to the control operation information of equipment demonstration at the terminal, return control information through button to terminal equipment; Wherein, control information comprises two kinds: a kind of for controlling the control information that the transducer measuring and controlling node is operated; A kind of control information of operating for control of video harvester equipment.Special, if terminal equipment is that video fusant system will provide DTMF button to the user when supporting the circuit domain video terminal, the user can carry out control operation through the DTMF button.
S514, terminal equipment send to video fusant system with the control information that receives;
S515, video fusant system are converted into the form that transducer measuring and controlling node and video acquisition device can be discerned with control information;
Concrete, the control information that the network analysis of video fusant receives behind the form that the matched sensors measuring and controlling node can be discerned, is converted into corresponding form with the control information that receives.
The control information after with format conversion of S516, video fusant system sends to the sensing converging device;
The control information after with the format conversion that receives of S517, sensing converging device is transmitted to routing node;
The control information after with the format conversion that receives of S518, routing node is transmitted to transducer measuring and controlling node and video acquisition device respectively;
Concrete, the control information that the sensing converging device will send to the transducer measuring and controlling node is transmitted to the transducer measuring and controlling node through routing node; The control information that the sensing converging device will send to video acquisition device is transmitted to video acquisition device through routing node.
S519, transducer measuring and controlling node and video acquisition device are carried out the control information that receives.
Concrete, the transducer measuring and controlling node is carried out corresponding operations such as control according to the control information that receives; Video acquisition device is carried out corresponding operations such as adjustment according to the control information that receives.
In the practical implementation; After transducer measuring and controlling node and video acquisition device are carried out corresponding control information; Can send to terminal equipment through sensor information and the video information that said process will be carried out after the control information, terminal equipment shows sensor information and video information in real time synchronously to the user.
In order better to embody implementation process of the present invention; Below the reciprocal process of information flow through message transfer system in the embodiment of the invention describe; As shown in Figure 6; Transducer measuring and controlling node 101 sends to routing node 107 with the sensor information that collects, and is transmitted to sensing convergence module 102 by routing node 107 and carries out the sensor information judgement, when this sensor information reaches preset triggering conditions; Sensing convergence module 102 triggers video acquisition device 103 and carries out video collecting; Through routing node 107 triggering command is sent to video acquisition device 103, and will send to M2M subsystem 104 through mobile communications network from the sensor information that video acquisition device 103 receives, M2M subsystem 104 sends to video fusant system 105 with the sensor information that receives; And after video acquisition device 103 sends to sensing convergence module 102 with the video information that collects, send to video fusant system 105 through mobile communications network by sensing convergence module 102; Video fusant system 105 obtains the video fused data after with the stack of sensor information and video information, this video fused data is sent to terminal equipment 106 through mobile communications network appear; If when the user need control transducer measuring and controlling node 101 and/or video acquisition device 103, return control information through terminal equipment 106, terminal equipment 106 sends to video fusant system 105 with this control information through mobile communications network; Video fusant system 105 sends to sensing convergence module 102 through mobile communications network with this control information, and sensing convergence module 102 sends to transducer measuring and controlling node 101 and/or video acquisition device 103 through routing node 107 with control information.
Sending mode in the face of information flow in the sending mode of the information flow of message transfer system in the embodiment of the invention and the prior art compares down.Shown in Fig. 7 a; Sending mode sketch map for the information flow of message transfer system in the embodiment of the invention; Through mobile communications network, M2M subsystem and video fusant system sensor information and video information are transmitted and stack after send to terminal equipment and appear in same appearing in the interface; Present same that terminal equipment can also show control operation information in the interface, and the control information that the user returns is returned to transducer measuring and controlling node and/or video acquisition device through video fusant system and mobile communications network by terminal equipment.Shown in Fig. 7 b; Sending mode sketch map for information flow in the prior art; Sensor information is sent to terminal equipment and appear in the interface through mobile communications network and particular system and appear at one; Present interface terminal equipment through another control information is returned to transducer measuring and controlling node and/or video acquisition device, set up another path through mobile communications network and particular system again and transmit video information.
The message transfer system that the embodiment of the invention provides, method and relevant apparatus; After the sensing converging device receives the sensor information that the transducer measuring and controlling node collects; Promptly carry out the judgement whether sensor information reaches preset triggering conditions; If then trigger video acquisition device and carry out video collecting, through the real-time judge to sensor information at sensing converging device place; Just trigger video acquisition device and carry out video collecting if reach preset triggering conditions, thus guaranteed sensor information and video information synchronously in real time; Video acquisition device with the video information that collects send to video fusant system, the sensing converging device is transmitted to video fusant system with sensor information through the M2M subsystem; After by video fusant system the sensor information that receives and video information being superposeed; The terminal equipment that sends to the binding of transducer measuring and controlling node appears, thereby has realized showing sensor information and video information on the interface in same the appearing of same screen.
Obviously, those skilled in the art can carry out various changes and modification to the present invention and not break away from the spirit and scope of the present invention.Like this, belong within the scope of claim of the present invention and equivalent technologies thereof if of the present invention these are revised with modification, then the present invention also is intended to comprise these changes and modification interior.
Claims (19)
1. a message transfer system is characterized in that, comprises transducer measuring and controlling node, sensing converging device, video acquisition device, machine to machine M2M subsystem and video fusant system, wherein:
Said transducer measuring and controlling node is used for the sensor information that collects is sent to said sensing converging device;
Said sensing converging device; Be used for when the sensor information that receives reaches preset triggering conditions; Trigger video acquisition device and carry out video collecting, and the sensor information that receives is sent to said M2M subsystem through mobile communications network;
Said video acquisition device is used under the triggering of said sensing converging device, carries out video collecting and sends to said video fusant system through mobile communications network;
Said M2M subsystem is used for the sensor information that said sensing converging device sends is transmitted to said video fusant system;
Said video fusant system is used for sensor information that receives and video information are superposeed, and the video fused data that obtains sends to the terminal equipment that said transducer measuring and controlling node is bound via mobile communications network;
Said terminal equipment is used to appear the video fused data that said video fusant system sends via mobile communications network.
2. the system of claim 1 is characterized in that,
Said transducer measuring and controlling node also is used for when the sensor information that transmission collects, carrying the node identification of self; And
Said video fusant system also is used for the node identification and the binding relationship of Terminal Equipment Identifier according to the node identification of said transducer measuring and controlling node and storage in advance, confirms the terminal equipment of said transducer measuring and controlling node binding.
3. the system of claim 1 is characterized in that,
Said video fusant system also is used for the video type of storage sensor terminal equipment that measuring and controlling node is bound in advance, and the video type of said terminal equipment comprises circuit domain video terminal and packet domain stream media terminal; And send said video fused data according to the video type of said transducer terminal equipment that measuring and controlling node is bound.
4. the system of claim 1 is characterized in that,
Said video fusant system also is used for the OS Type of storage sensor terminal equipment that measuring and controlling node is bound in advance; And before said video fused data being sent to the terminal equipment that said transducer measuring and controlling node bound, be converted into the form that corresponding OS Type is supported.
5. like the arbitrary described system of claim 1 to 4, it is characterized in that, also comprise routing node, wherein:
Said routing node is used to set up the self-organizing network between transducer measuring and controlling node, video acquisition device and the sensing converging device;
Said transducer measuring and controlling node specifically is used for through routing node the sensor information that collects being sent to said sensing converging device;
Said video acquisition device specifically is used for through routing node the video information that collects being sent to said sensing converging device, and said video information sends to said video fusant system by said sensing converging device through mobile communications network.
6. like the arbitrary described system of claim 1 to 4, it is characterized in that,
Said terminal equipment, also be used for appear video fused data that said video fusant system sends the time, show control operation information; And receive the control information that the user returns according to said control operation information; And said control information sent to said video fusant system via mobile communications network, said control information is used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out;
Said video fusant system also is used for the control information that receives is sent to said sensing converging device via mobile communications network;
Said sensing converging device also is used for said control information is sent to transducer measuring and controlling node and/or video acquisition device;
Said transducer measuring and controlling node also is used for when receiving the control information of said sensing converging device transmission, carrying out corresponding operation according to the control information that receives;
Said video acquisition device also is used for when receiving the control information of said sensing converging device transmission, carrying out corresponding operation according to the control information that receives.
7. the system of claim 1 is characterized in that, said M2M subsystem and said video fusant system merge and be provided with.
8. an information transferring method is characterized in that, comprising:
The sensor information that the receiving sensor measuring and controlling node collects and when said sensor information reaches preset triggering conditions, the video information that video acquisition device collects;
The video fused data that obtains after the sensor information that receives and video information superposeed sends to the terminal equipment that said transducer measuring and controlling node binds through mobile communications network and appears.
9. method as claimed in claim 8 is characterized in that, the transducer measuring and controlling node carries the node identification of self when the sensor information that transmission collects; And
Definite method of the terminal equipment that said transducer measuring and controlling node is bound specifically comprises:
According to the node identification of said transducer measuring and controlling node and the node identification of storage in advance and the binding relationship of Terminal Equipment Identifier, confirm the terminal equipment that said transducer measuring and controlling node is bound.
10. method as claimed in claim 8 is characterized in that, the video type of storage sensor terminal equipment that measuring and controlling node is bound in advance, and said terminal equipment video type comprises circuit domain video terminal and packet domain stream media terminal; And
Send said video fused data according to the video type of said transducer terminal equipment that measuring and controlling node is bound.
11. method as claimed in claim 8 is characterized in that, in advance the OS Type of storage sensor terminal equipment that measuring and controlling node is bound; And said method also comprises:
Before said video fused data being sent to the terminal equipment that said transducer measuring and controlling node bound, be converted into the form that corresponding OS Type is supported.
12. like the arbitrary described method of claim 8 to 11, it is characterized in that, also comprise:
Receive the control information that said terminal equipment returns through mobile communications network, said control information is used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out; And
The control information that receives is sent to the sensing converging device through mobile communications network, and said control information sends to transducer measuring and controlling node and/or video acquisition device through the sensing converging device, to carry out corresponding operation.
13. a video fusant system is characterized in that, comprising:
Receiving element is used for sensor information that the receiving sensor measuring and controlling node collects and when said sensor information reaches preset triggering conditions, the video information that video acquisition device collects;
The video integrated unit is used for sensor information that receives and video information are superposeed, and obtains the video fused data;
Transmitting element is used for the video fused data that obtains is appeared through the terminal equipment that mobile communications network sends to said transducer measuring and controlling node binding.
14. video fusant as claimed in claim 13 system is characterized in that, also comprises:
Memory cell is used for the node identification of storage sensor measuring and controlling node and the binding relationship of Terminal Equipment Identifier;
Confirm the unit; Be used for according to the node identification of said transducer measuring and controlling node and the node identification of storage in advance and the binding relationship of Terminal Equipment Identifier; Confirm the terminal equipment that said transducer measuring and controlling node is bound; Said transducer measuring and controlling node carries the node identification of self when the sensor information that transmission collects.
15. video fusant as claimed in claim 13 system is characterized in that,
Said memory cell also is used for the video type of storage sensor terminal equipment that measuring and controlling node is bound, and said terminal equipment video type comprises circuit domain video terminal and packet domain stream media terminal;
Said transmitting element specifically is used for sending said video fused data according to the video type of said transducer terminal equipment that measuring and controlling node is bound.
16. video fusant as claimed in claim 13 system is characterized in that,
Said memory cell also is used for the OS Type of storage sensor terminal equipment that measuring and controlling node is bound; And
Said video integrated unit also is used for before said video fused data being sent to the terminal equipment that said transducer measuring and controlling node bound, being converted into the form that corresponding OS Type is supported.
17. like the arbitrary described video fusant of claim 13 to 16 system, it is characterized in that,
Said receiving element also is used to receive the control information that said terminal equipment returns through mobile communications network, and said control information is used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out; And
Said transmitting element also is used for the control information that receives is sent to the sensing converging device through mobile communications network, and said control information sends to transducer measuring and controlling node and/or video acquisition device through the sensing converging device, to carry out corresponding operation.
18. a sensing converging device is characterized in that, comprising:
Receiving element is used for the sensor information that the receiving sensor measuring and controlling node collects;
Judging unit is used to judge whether the sensor information that receives reaches preset triggering conditions, and reports judged result;
Trigger element is used in the judged result that receives triggering video acquisition device and carrying out video collecting when being;
Transmitting element is used for the sensor information that receives is sent to the M2M subsystem through mobile communications network.
19. sensing converging device as claimed in claim 18 is characterized in that, also comprises Dispatching Unit, wherein:
Said receiving element also is used for the control information that terminal equipment that receiver, video fusant system sends through mobile communications network returns, and said control information is used for the operation that indication sensor measuring and controlling node and/or video acquisition device need be carried out;
Said Dispatching Unit is used for the control information that receives is transmitted to transducer measuring and controlling node and/or video acquisition device, and control transducer measuring and controlling node and/or video acquisition device are carried out corresponding operation according to said control information.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010105704258A CN102487487A (en) | 2010-12-02 | 2010-12-02 | Information transmission system, method and relevant device |
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| Application Number | Priority Date | Filing Date | Title |
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| CN2010105704258A CN102487487A (en) | 2010-12-02 | 2010-12-02 | Information transmission system, method and relevant device |
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| CN102487487A true CN102487487A (en) | 2012-06-06 |
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| WO2013178181A1 (en) * | 2012-10-26 | 2013-12-05 | 中兴通讯股份有限公司 | Terminal peripheral data management method and m2m gateway |
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Application publication date: 20120606 |