CN103595737A - An information interconnection method - Google Patents
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- CN103595737A CN103595737A CN201210287886.3A CN201210287886A CN103595737A CN 103595737 A CN103595737 A CN 103595737A CN 201210287886 A CN201210287886 A CN 201210287886A CN 103595737 A CN103595737 A CN 103595737A
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Abstract
The invention discloses an information interconnection method comprising that an information channel between an application end and a server is established and transmits information bidirectionally; that a server obtains meta information acquired by the application end in real time, wherein the meta information comprises character information, voice information, control instructions, and voice instructions; and that the server processes and forwards the meta information. The real-time bidirectional communication between the application end and the server can be established with multiple methods. The application ends do not mutually interfere. Processed by the server, the meta information acquired by the application end is effectively and stably forwarded to a corresponding application end.
Description
Technical field
The present invention relates to the communications field, relate in particular to a kind of information interconnected method.
Background technology
Internet of Things (The Internet of things) is the important component part of generation information technology.Internet of Things is exactly the Internet that thing phase connects, and on the one hand, core and the basis of Internet of Things remain the Internet, extension on Internet basic and the network of expansion, on the other hand, the user side of Internet of Things extends and has expanded between any article and article, carries out information exchange and communicates by letter.Therefore, the definition of Internet of Things is by information sensing equipment such as radio-frequency (RF) identification (RFID), infrared inductor, global positioning system, laser scanners, by the agreement of agreement, any article are connected with the Internet, carry out information exchange and communicate by letter, to realize a kind of network to intellectuality identification, location, tracking, monitoring and the management of article.
Yet, at article, be connected with the Internet, carry out information exchange with in the process of communicating by letter, wireless or cable network has played crucial effect undoubtedly.Wherein, along with the development of wireless network, WIFI wireless mode has goed deep into the every aspect of people's life.At present, the WIFI wireless mode of often selecting alternately between different terminal equipment connects, and user can be realized accurately and controlling household electrical appliance by WIFI wireless mode, or realizes the forwarding of information.For example, user can be connected to the Internet with WIFI wireless mode by terminal equipment, and shows relevant information by terminal.Therefore but it is wireless interconnected that this Terminal Type equipment often needs to use more electronic original part to realize, as PC, handheld device (as PDA, mobile phone) etc., occur that power consumption is high, the shortcoming such as cost is expensive, and volume is large.In addition, if while having a plurality of terminal equipments closely to use, can cause phase mutual interference simultaneously, affect WIFI quality, and traditional IP connection mechanism, resource occupation is large.
Therefore, because WIFI wireless mode limitation is strong, cost is high, is not suitable for mutual between Miniature Terminal, and in addition, WIFI wireless mode makes terminal equipment produce larger power problems, can not meet user's demand.
Summary of the invention
Technical problem to be solved by this invention is, a kind of information interconnected method is provided, can sets up application end by several different methods and communicate by letter with the real time bidirectional between server, the metamessage effectively application end being gathered, after server process, be forwarded to corresponding application end.
In order to solve the problems of the technologies described above, the invention provides a kind of information interconnected method, comprising: set up information channel bi-directional transmission of information between application end and server; The metamessage that described in described server Real-time Obtaining, application end gathers, described metamessage comprises Word message, voice messaging, control command, phonetic order; Described server carries out processing forward to described metamessage.
As the improvement of such scheme, before the described step of setting up information channel between application end and server bi-directional transmission of information, also comprise: set up the binding between described application end, generate binding information; Described binding information is sent to data center to be stored.
As the improvement of such scheme, the method that described server carries out processing forward to metamessage comprises: when described metamessage is control command, described control command is forwarded to other application end of binding with described application end; When described metamessage is phonetic order, search the prestored instruction matching with described phonetic order in data center, described prestored instruction is forwarded to other application end of binding with described application end; When described metamessage is Word message or voice messaging, generate ID sign, set up associated between described ID sign and Word message or voice messaging, and described ID sign and Word message or voice messaging are sent to data center store, described ID sign is forwarded to other application end of binding with described application end.
As the improvement of such scheme, the step that described server is forwarded to other application end of binding with application end by control command, prestored instruction, ID sign comprises: according to the binding information in data center, find out other application end of binding with described application end; Described control command, prestored instruction, ID sign are forwarded to other application end of binding with described application end.
As the improvement of such scheme, described information interconnected method also comprises: other application end of binding with described application end are obtained and are stored in Word message or the voice messaging being associated with described ID sign in data center according to described ID sign.
As the improvement of such scheme, describedly set up information channel between application end and server and the step of bi-directional transmission of information comprises: between described application end and server by wireless mode bi-directional transmission of information; Described wireless mode comprises WIFI communication, 2G communication, 2.5G communication, 3G communication, 4G communication.
Improvement as such scheme, describedly set up information channel between application end and server and the step of bi-directional transmission of information also comprises: described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode; Described control end by RJ45 interface set up with router between communicate by letter; Described router by wired or wireless mode set up with server between be connected.
Improvement as such scheme, describedly set up information channel between application end and server and the step of bi-directional transmission of information also comprises: described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode; Described control end is set up and the communicating by letter of intercomputer by USB interface; Described computer by wired or wireless mode set up with described server between communicate by letter.
As the improvement of such scheme, between described application end and control end, adopt IEEE 802.15.4 agreement and 6LoWPAN technology to set up and communicate by letter.
Implementing beneficial effect of the present invention is: can set up application end by several different methods and communicate by letter with the real time bidirectional between server, adopt 6LoWPAN technology, higher than traditional IP connection mechanism efficiency, resource occupation still less, simultaneously, adopt 2.4GHz wireless technology and IEEE 802.15.4 agreement, between application end, do not interfere with each other.In addition, the metamessage that server the gathers application end effectively processing of classifying, specific aim and practical, other application end of binding with application end can be stablized, be promptly forwarded to metamessage after server process, realize the efficient processing forward of information, repeating process is not subject to the restriction of distance, convenient, fast.
Accompanying drawing explanation
Fig. 1 is the first flow chart of implementing of a kind of information interconnected method of the present invention;
Fig. 2 is the second flow chart of implementing of a kind of information interconnected method of the present invention.
Embodiment
For making the object, technical solutions and advantages of the present invention clearer, below in conjunction with accompanying drawing, the present invention is described in further detail.
Fig. 1 is the first flow chart of implementing of a kind of information interconnected method of the present invention, comprising:
S100, sets up information channel bi-directional transmission of information between application end and server.
It should be noted that, the quantity of described application end can be for one or more.
Preferably, between described application end and server, pass through wireless mode bi-directional transmission of information.Described wireless mode comprises WIFI communication, 2G communication, 2.5G communication, 3G communication, 4G communication.
More preferably, can also be by control end and router to set up information channel bi-directional transmission of information between described application end and server.
Wherein, described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode; Described control end by RJ45 interface set up with router between communicate by letter; Described router by wired or wireless mode set up with server between be connected.
When information is sent to server by application end, information is passed through application end, control end, router, server successively; Correspondingly, when information is sent to application end by server, information is passed through server, router, control end, application end successively.
More preferably, can also be by control end and computer to set up information channel bi-directional transmission of information between described application end and server.
Wherein, described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode; Described control end is set up and the communicating by letter of intercomputer by USB interface; Described computer by wired or wireless mode set up with described server between communicate by letter.
When information is sent to server by application end, information is passed through application end, control end, computer, server successively; Correspondingly, when information is sent to application end by server, information is passed through server, computer, control end, application end successively.
It should be noted that, while being provided with any one of the wave points such as WIFI, 2G, 2.5G, 3G, 4G when application end, between described application end and server, can pass through wireless mode bi-directional transmission of information; While there is no above-mentioned interface in application end, can introduce the control end and the router that are provided with RJ45 interface, realize the transmitted in both directions of information; While there is no above-mentioned interface in application end, also can introduce the control end, the computer that are provided with USB interface, realize the transmitted in both directions of information.
Preferably, between described application end and control end, adopting IEEE 802.15.4 agreement and 6LoWPAN technology to set up communicates by letter.
S101, the metamessage that application end gathers described in described server Real-time Obtaining.
Described metamessage comprises Word message, voice messaging, control command, phonetic order.
S102, described server carries out processing forward to described metamessage.
It should be noted that, described server can, according to the information type of metamessage (Word message, voice messaging, control command, phonetic order), carry out corresponding processing and forward process result to metamessage.
Fig. 2 is the second flow chart of implementing of a kind of information interconnected method of the present invention, comprising:
S200, sets up the binding between described application end, generates binding information.
It should be noted that, the quantity of described application end can be for one or more.Set up before communication, need bind to set up the relation between each application end to different application end.Wherein, each application end is all to there being independently Quick Response Code, during binding, application end takes the Quick Response Code of the application end that needs binding by camera, and Quick Response Code is decoded, and decoded result is sent to server, whether server judgement needs the application end of binding bound, while being judged as NO, generate corresponding binding information, described binding information has recorded the incidence relation between each application end; While being judged as YES, Bind Failed.
More preferably, in described application end, can be provided with one or more in transducer, player, phonographic recorder, described transducer comprises gravity sensor, humidity sensor.Preferably, described application end can be mobile phone.
S201, is sent to data center by described binding information and stores.
Server generates after binding information, described binding information is sent to data center and stores.
S202, sets up information channel bi-directional transmission of information between application end and server.
More preferably, between described application end and server, pass through wireless mode bi-directional transmission of information.Described wireless mode comprises WIFI communication, 2G communication, 2.5G communication, 3G communication, 4G communication.
More preferably, can also be by control end and router to set up information channel bi-directional transmission of information between described application end and server.Wherein, described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode; Described control end by RJ45 interface set up with router between communicate by letter; Described router by wired or wireless mode set up with server between be connected.When information is sent to server by application end, information is passed through application end, control end, router, server successively; Correspondingly, when information is sent to application end by server, information is passed through server, router, control end, application end successively.
More preferably, can also be by control end and computer to set up information channel bi-directional transmission of information between described application end and server.Wherein, described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode; Described control end is set up and the communicating by letter of intercomputer by USB interface; Described computer by wired or wireless mode set up with described server between communicate by letter.When information is sent to server by application end, information is passed through application end, control end, computer, server successively; Correspondingly, when information is sent to application end by server, information is passed through server, computer, control end, application end successively.
It should be noted that, while being provided with any one of the wave points such as WIFI, 2G, 2.5G, 3G, 4G when application end, between described application end and server, can pass through wireless mode bi-directional transmission of information; While there is no above-mentioned interface in application end, can introduce the control end and the router that are provided with RJ45 interface, realize the transmitted in both directions of information; While there is no above-mentioned interface in application end, also can introduce the control end, the computer that are provided with USB interface, realize the transmitted in both directions of information.
Preferably, between described application end and control end, adopting IEEE 802.15.4 agreement and 6LoWPAN technology to set up communicates by letter.
S203, the metamessage that application end gathers described in described server Real-time Obtaining.
Described metamessage comprises Word message, voice messaging, control command, phonetic order.
S204, when described metamessage is control command, described server is forwarded to described control command other application end of binding with described application end.
It should be noted that, when described metamessage is control command, described server finds out other application end of binding with described application end according to the binding information in data center, and described control command is forwarded to other application end of binding with described application end.Other application end that described application end is bound are received after described control command, respond described control command.
For example, there are application end A, application end B, are provided with on the control end, router, computer, application end A of USB interface and establish 3G interface, on application end B, there is no 3G interface.Application end A takes the Quick Response Code of application end B by camera, and Quick Response Code is decoded, decoded result is sent to server, it is not bound that server is judged application end B, generate immediately corresponding binding information to set up the incidence relation between application end A and application end B, meanwhile, server is sent to data center by described binding information and stores.Application end A sets up the transmitted in both directions with server by the mode of 3G communication, and application end B sets up the transmitted in both directions with server by control end, computer, router successively.During work, user's handheld applications end A, application end B is connected with TV and controls the open and-shut mode of TV, user sends the control command of " closing television " to application end A by button operation, application end A gathers control command, and by the mode of 3G communication, control command is sent to server, now, server finds out the application end B binding with application end A according to the binding information in data center, and control command is passed through to router, computer, control end successively, be forwarded to application end B.Application end B receives after control command, response control command, closing television.
S205, when described metamessage is phonetic order, the prestored instruction matching with described phonetic order in described whois lookup data center, is forwarded to described prestored instruction other application end of binding with described application end.
It should be noted that, in data center, be preset with prestored instruction, server is searched data center according to described phonetic order, identifies the prestored instruction matching with described phonetic order.Server finds out other application end of binding with described application end according to the binding information in data center, and described prestored instruction is forwarded to other application end of binding with described application end.Receive after described prestored instruction with other application end that described application end is bound, respond described prestored instruction.
For example, there are the application end A, the application end B that are provided with phonographic recorder, are provided with on the control end, router, application end A of RJ45 interface and establish 3G interface, on application end B, there is no 3G interface.Application end A takes the Quick Response Code of application end B by camera, and Quick Response Code is decoded, decoded result is sent to server, it is not bound that server is judged application end B, generate immediately corresponding binding information to set up the incidence relation between application end A and application end B, meanwhile, server is sent to data center by described binding information and stores.Application end A sets up the transmitted in both directions with server by the mode of 3G communication, and application end B sets up the transmitted in both directions with server by control end, router successively.During work, user's handheld applications end A, application end B is connected with desk lamp and controls the open and-shut mode of desk lamp, user sends the phonetic order of " closing desk lamp " to application end A, application end A gathers phonetic order, and by the mode of 3G communication, phonetic order is sent to server, server is searched data center according to phonetic order, identifying the prestored instruction matching with phonetic order is " closing desk lamp ", now, server finds out the application end B binding with application end A according to the binding information in data center, and prestored instruction is passed through to router successively, control end, be forwarded to application end B.Application end B receives after prestored instruction, responds prestored instruction, closes desk lamp.
S206, when described metamessage is Word message or voice messaging, described server generates ID sign, set up associated between described ID sign and Word message or voice messaging, and described ID sign and Word message or voice messaging are sent to data center store, described ID sign is forwarded to other application end of binding with described application end.
It should be noted that, described ID sign can generate according to default algorithm according to device id or user ID, and user can according to the actual requirements, revise the generating algorithm of ID sign.
When described metamessage is Word message or voice messaging, described server generates ID sign.Meanwhile, set up associated between described ID sign and Word message or voice messaging, and described ID sign and Word message or voice messaging are sent to data center store.Server finds out other application end of binding with described application end according to the binding information in data center, and described ID sign is forwarded to other application end of binding with described application end.
Other application end of more preferably, binding with described application end are obtained to be stored in data center according to described ID sign and are identified corresponding Word message or voice messaging with described ID.
For example, have be provided with humidity sensor application end A, be provided with the application end B of TTS conversion chip, on application end A and application end B, all establish 3G interface.Application end A takes the Quick Response Code of application end B by camera, and Quick Response Code is decoded, decoded result is sent to server, it is not bound that server is judged application end B, generate immediately corresponding binding information to set up the incidence relation between application end A and application end B, meanwhile, server is sent to data center by described binding information and stores.Application end A and application end B all set up the transmitted in both directions with server by the mode of 3G communication.During work, by application end A be placed in potted plant in, user's handheld applications end B, the humidity data that application end A Real-time Collection is potted plant, when potted plant humidity data is during lower than standard humidity, application end A generates corresponding Word message to notify the user need be to pot water.Application end A is sent to server by described Word message, and server generates ID sign, sets up associated between described ID sign and Word message, and ID sign and Word message are sent to data center store.Meanwhile, server finds out the application end B binding with application end A according to the binding information in data center, and ID sign is forwarded to application end B.Application end B receives after ID sign, according to ID sign, obtain to be stored in data center and identify corresponding Word message with ID, now, user can check Word message by application end B, learn that potted plant need water, meanwhile, can also utilize the TTS conversion chip on application end B that Word message is converted to voice messaging and reads.
And for example, there are the application end A, the application end B that are provided with phonographic recorder, on application end A and application end B, all establish 3G interface.Application end A takes the Quick Response Code of application end B by camera, and Quick Response Code is decoded, decoded result is sent to server, it is not bound that server is judged application end B, generate immediately corresponding binding information to set up the incidence relation between application end A and application end B, meanwhile, server is sent to data center by described binding information and stores.Application end A and application end B all set up the transmitted in both directions with server by the mode of 3G communication.During work, user is by application end A recorded speech information, and application end A Real-time Collection voice messaging is also sent to server by voice messaging, and server generates ID sign, set up associated between described ID sign and voice messaging, and ID sign and voice messaging are sent to data center store.Meanwhile, server finds out the application end B binding with application end A according to the binding information in data center, and ID sign is forwarded to application end B.Application end B receives after ID sign, obtains to be stored in data center to identify corresponding voice messaging with ID according to ID sign, and now, user listens to voice messaging by application end B.
It should be noted that between described step S204, S205 and S206, there is no inevitable sequencing, when carrying out step S204, also can carry out step S205 and step S206.
As from the foregoing, application end can by several different methods set up with server between real time bidirectional communicate by letter, adopt 6LoWPAN technology, higher than traditional IP connection mechanism efficiency, resource occupation still less, simultaneously, adopt 2.4G wireless technology and IEEE 802.15.4 agreement, between application end, do not interfere with each other.In addition, the metamessage that server the gathers application end effectively processing of classifying, specific aim and practical, the metamessage after server process can be stablized, promptly be forwarded to other application end of binding with application end, realizes the efficient processing forward of information.
The above is the preferred embodiment of the present invention; it should be pointed out that for those skilled in the art, under the premise without departing from the principles of the invention; can also make some improvements and modifications, these improvements and modifications are also considered as protection scope of the present invention.
Claims (9)
1. an information interconnected method, is characterized in that, comprising:
Set up information channel bi-directional transmission of information between application end and server;
The metamessage that described in described server Real-time Obtaining, application end gathers, described metamessage comprises Word message, voice messaging, control command, phonetic order;
Described server carries out processing forward to described metamessage.
2. information interconnected method as claimed in claim 1, is characterized in that, before the described step of setting up information channel between application end and server bi-directional transmission of information, also comprises:
Set up the binding between described application end, generate binding information;
Described binding information is sent to data center to be stored.
3. information interconnected method as claimed in claim 2, is characterized in that, the method that described server carries out processing forward to metamessage comprises:
When described metamessage is control command, described control command is forwarded to other application end of binding with described application end;
When described metamessage is phonetic order, search the prestored instruction matching with described phonetic order in data center, described prestored instruction is forwarded to other application end of binding with described application end;
When described metamessage is Word message or voice messaging, generate ID sign, set up associated between described ID sign and Word message or voice messaging, and described ID sign and Word message or voice messaging are sent to data center store, described ID sign is forwarded to other application end of binding with described application end.
4. information interconnected method as claimed in claim 3, is characterized in that, the step that described server is forwarded to other application end of binding with application end by control command, prestored instruction, ID sign comprises:
According to the binding information in data center, find out other application end of binding with described application end;
Described control command, prestored instruction, ID sign are forwarded to other application end of binding with described application end.
5. information interconnected method as claimed in claim 3, is characterized in that, also comprises:
Other application end of binding with described application end identify according to described ID, obtain and are stored in Word message or the voice messaging being associated with described ID sign in data center.
6. information interconnected method as claimed in claim 1, is characterized in that, describedly sets up information channel between application end and server and the step of bi-directional transmission of information comprises:
Between described application end and server, pass through wireless mode bi-directional transmission of information;
Described wireless mode comprises WIFI communication, 2G communication, 2.5G communication, 3G communication, 4G communication.
7. information interconnected method as claimed in claim 6, is characterized in that, describedly sets up information channel between application end and server and the step of bi-directional transmission of information also comprises:
Described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode;
Described control end by RJ45 interface set up with router between communicate by letter;
Described router by wired or wireless mode set up with server between be connected.
8. information interconnected method as claimed in claim 7, is characterized in that, describedly sets up information channel between application end and server and the step of bi-directional transmission of information also comprises:
Described application end by wireless mode realize with control end between communicate by letter, described wireless mode comprises 2.4GHz wireless mode, 300 ~ 900MHz wireless mode;
Described control end is set up and the communicating by letter of intercomputer by USB interface;
Described computer by wired or wireless mode set up with described server between communicate by letter.
9. information interconnected method as claimed in claim 7 or 8, is characterized in that, adopts IEEE 802.15.4 agreement and 6LoWPAN technology to set up and communicate by letter between described application end and control end.
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