CN104660642A - Communication method and communication platform - Google Patents
Communication method and communication platform Download PDFInfo
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- CN104660642A CN104660642A CN201310598368.8A CN201310598368A CN104660642A CN 104660642 A CN104660642 A CN 104660642A CN 201310598368 A CN201310598368 A CN 201310598368A CN 104660642 A CN104660642 A CN 104660642A
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- 230000006854 communication Effects 0.000 title claims abstract description 290
- 238000004891 communication Methods 0.000 title claims abstract description 286
- 238000000034 method Methods 0.000 title abstract description 5
- 230000007175 bidirectional communication Effects 0.000 claims abstract description 16
- 238000004088 simulation Methods 0.000 claims description 15
- 238000001514 detection method Methods 0.000 claims description 6
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 abstract description 27
- 230000005611 electricity Effects 0.000 abstract description 17
- 239000003245 coal Substances 0.000 abstract 1
- -1 electricity Substances 0.000 abstract 1
- 239000003034 coal gas Substances 0.000 description 16
- 238000012790 confirmation Methods 0.000 description 3
- 239000013589 supplement Substances 0.000 description 3
- 238000010295 mobile communication Methods 0.000 description 2
- 238000009394 selective breeding Methods 0.000 description 2
- 230000009286 beneficial effect Effects 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000000977 initiatory effect Effects 0.000 description 1
- 230000001502 supplementing effect Effects 0.000 description 1
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Abstract
The invention provides a communication method and a communication platform. The communication method comprises the following steps: using a client to detect the communication mode of a remote terminal; using the client to receive a connecting request of the remote terminal containing a server identifier or using the client to read the application identifiers of the remote terminal and number identifiers corresponding to the application identifiers; determining a resource server corresponding to the remote terminal according to the server identifier, or the application identifiers and the number identifiers corresponding to the application identifiers; establishing bidirectional communication connection between the remote terminal and the resource server. The invention further provides a communication platform. According to the communication method and the communication platform provided by the invention, bidirectional communication between the remote terminal and the corresponding resource server is realized through the near-field communication function of the remote terminal and the client, so that payment operation for the resources such as water, electricity, coal or the like is conveniently realized by a user.
Description
Technical field
The present invention relates to the communications field, more particularly, relate to a kind of communication means and communications platform.
Background technology
Present daily life be unable to do without the use of the resources such as water, electricity and coal gas, due to department's concentrated supply that above-mentioned resource generally has country to formulate, therefore whenever payment day, all need the use amount of the person's of checking meter record water, electricity and coal gas from house to house, pay the fees according to use amount to facilitate user.
In order to record the use amount of water, electricity and coal gas more easily, intellectual water meter, ammeter and gas meter all can be provided with corresponding rate card, the use amount of water, electricity or coal gas in this rate card record intellectual water meter, ammeter and gas meter, when in intellectual water meter, ammeter and gas meter, remaining sum reaches certain numerical value, user need carry this charge and snap into corresponding department or bank supplements with money, supplement rear fare card with money and insert intellectual water meter, ammeter and gas meter, just can continue to use the resources such as water, electricity and coal gas.
Although the use of rate card can reduce the workload of the person of checking meter, but the use amount of water, electricity or coal gas is once exceed certain value, user must carry this charge and snap into after corresponding department or bank supplement with money and could continue to use water, electricity or coal gas, thus to the water of user, electricity or coal gas use and payment is made troubles.
Therefore, be necessary to provide a kind of communication means and communications platform, to solve the problem existing for prior art.
Summary of the invention
The technical problem to be solved in the present invention is, can not realize for communication means of the prior art the technical problem that user uses the payment of the resources such as water, electricity or coal gas easily, a kind of communication means and the communications platform that can carry out the payment of the resources such as water, electricity or coal gas are easily provided.
For solving the problem, technical scheme provided by the invention is as follows:
There is provided a kind of communication means, it comprises step:
When distance between client and remote terminal is less than effective working distance, described client is used to detect the communication pattern of described remote terminal;
As described in the communication pattern of remote terminal be near-field communication ad hoc mode, then use described client to receive the connection request comprising identifier server of described remote terminal; As described in the mode of operation of remote terminal be near-field communication snap gauge simulation models, then use described client read the application identities symbol of described remote terminal and accord with corresponding number-mark to described application identities and accord with;
Accord with according to described identifier server or described application identities and accord with corresponding number-mark to described application identities and accord with, determine the Resource Server corresponding to described remote terminal; And
Set up described remote terminal to be connected with the two-way communication of described Resource Server.
In communication means of the present invention, as described in the mode of operation of remote terminal be near-field communication ad hoc mode, then described communication means comprises step:
Described client uses near field communication (NFC) function and described remote terminal to set up near-field communication point to point connect, and by described near-field communication point to point connect, receives the connection request comprising identifier server of described remote terminal;
Based on the near-field communication point to point connect of described client and described remote terminal, be connected with the network of described client with described Resource Server, described client, by the two-way converting to proprietary format packets of information, is set up described remote terminal and is connected with the two-way communication of described Resource Server.
In communication means of the present invention, described communication means comprises step:
By described near-field communication point to point connect, set up wireless near field communication with described remote terminal to be connected, and connected by described wireless near field communication, be connected with the network of described client with described Resource Server, described client, by the two-way converting to proprietary format packets of information, is set up described remote terminal and is connected with the two-way communication of described Resource Server;
Described wireless near field communication connects and comprises Wifi connection, bluetooth connects or ZigBee connects.
In communication means of the present invention, as described in the mode of operation of remote terminal be near-field communication card analog module, then described communication means comprises step:
The application identities that described client uses near field communication (NFC) function to read described remote terminal accords with and accords with corresponding number-mark to described application identities and accords with.
In communication means of the present invention, as described in the mode of operation of remote terminal be near-field communication card analog module, then described communication means comprises step:
Accord with according to described application identities and accord with corresponding number-mark to described application identities and accord with the identifier server determining described remote terminal;
According to described identifier server, determine the Resource Server corresponding to described remote terminal.
In communication means of the present invention, described communication means comprises step:
After the two-way communication of described remote terminal and described Resource Server, close described near field communication (NFC) function.
The present invention also provides a kind of communications platform, and it comprises:
Communication pattern detection module, when being less than effective working distance for the distance between client and remote terminal, uses described client to detect the communication pattern of described remote terminal;
Receiver module, for as described in the communication pattern of remote terminal be near-field communication ad hoc mode, then use described client to receive the connection request comprising identifier server of described remote terminal;
Read module, for as described in the mode of operation of remote terminal be near-field communication snap gauge simulation models, then use described client read the application identities symbol of described remote terminal and accord with corresponding number-mark to described application identities and accord with;
Resource Server link block, accords with for according with according to described identifier server or described application identities and accord with corresponding number-mark to described application identities, determines the Resource Server corresponding to described remote terminal; And
Bi-directional communication modules, is connected with the two-way communication of described Resource Server for setting up described remote terminal.
In communications platform of the present invention, as as described in the mode of operation of remote terminal be near-field communication ad hoc mode, then described client uses near field communication (NFC) function and described remote terminal to set up near-field communication point to point connect, and by described near-field communication point to point connect, receive the connection request comprising identifier server of described remote terminal.
In communications platform of the present invention, as as described in the mode of operation of remote terminal be near-field communication card analog module, then described client uses near field communication (NFC) function read the application identities symbol of described remote terminal and accord with corresponding number-mark to described application identities and accord with.
In communications platform of the present invention, as as described in the mode of operation of remote terminal be near-field communication card analog module, then Resource Server link block is according to described application identities symbol and accord with corresponding number-mark to described application identities and accord with the identifier server determining described remote terminal; According to described identifier server, determine the Resource Server corresponding to described remote terminal.
In communications platform of the present invention, as as described in the mode of operation of remote terminal be near-field communication card analog module, then described bi-directional communication modules receives the Card Reader instruction that described Resource Server is initiated, and described Card Reader instruction is sent to described remote terminal by described client; Simultaneously described bi-directional communication modules receives by described client the Card Reader instruction return value that described remote terminal returns, and described Card Reader instruction return value is sent to described Resource Server.
In communications platform of the present invention, as described in the mode of operation of remote terminal be near-field communication ad hoc mode, then described bi-directional communication modules receives by described client information that described remote terminal sends and is transmitted to described Resource Server; Simultaneously described bi-directional communication modules receives information that described Resource Server sends and is forwarded to described remote terminal by described client.
Implement communication means of the present invention and communications platform, there is following beneficial effect: by the near field communication (NFC) function of remote terminal and client, realize the two-way communication of remote terminal and corresponding Resource Server, thus achieve user and easily payment operation is carried out to resources such as water, electricity or coal gas, solve existing communication means and communications platform and can not realize the technical problem that user uses the payment of the resources such as water, electricity or coal gas easily.
Accompanying drawing explanation
Below in conjunction with drawings and Examples, the invention will be further described, in accompanying drawing:
Fig. 1 is the flow chart of the preferred embodiment of communication means of the present invention;
Fig. 2 is the structural representation of the preferred embodiment of communications platform of the present invention;
Fig. 3 is the structural representation of the specific embodiment of communication means of the present invention and communications platform.
Embodiment
In order to make object of the present invention, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, be not intended to limit the present invention.
Please refer to Fig. 1, Fig. 1 is the flow chart of the preferred embodiment of communication means of the present invention.The communication means of this preferred embodiment comprises:
Step S101, when the distance between client and remote terminal is less than effective working distance, uses described client to detect the communication pattern of described remote terminal;
Step S102, determines whether the communication pattern of remote terminal is near-field communication ad hoc mode;
Step S103, as described in the communication pattern of remote terminal be near-field communication ad hoc mode, then use client to receive the connection request comprising identifier server of remote terminal;
Step S104, according to described identifier server, determines the Resource Server corresponding to remote terminal;
Step S105, as described in the mode of operation of remote terminal be near-field communication snap gauge simulation models, then use client read the application identities symbol of remote terminal and accord with corresponding number-mark to application identities and accord with;
Step S106, according to application identities symbol and accord with corresponding number-mark to application identities and accord with, determines the Resource Server corresponding to remote terminal;
Step S107, sets up remote terminal and is connected with the two-way communication of Resource Server;
The communication means of this preferred embodiment ends at step S107.
In the preferred embodiment, client can be the mobile terminal of user, as having NFC(Near FieldCommunication, near-field communication) smart mobile phone or panel computer etc. of function.Remote terminal is have the water meter of NFC function, the remote terminal of the resources control such as ammeter or gas meter, is generally arranged in the family of user.Resource Server be Running-water Company, Utilities Electric Co. or Gas Company set up for counting user consumed resource and carry out resource payment management server.Communication means of the present invention is realized by a communications platform, wherein user uses its mobile communication equipment to download corresponding software to make this mobile communication equipment become the client that can be connected with communications platform, thus the connection being realized remote terminal and Resource Server by communications platform with communicate.
The detailed process of each step of the communication means of this preferred embodiment is described in detail below in conjunction with Fig. 1.
In step S101, user can open the NFC function of remote terminal, and such remote terminal will detect the client of surrounding automatically.When distance between client and remote terminal is less than effective working distance, remote terminal will activate this client, and user detects the communication pattern of remote terminal by this client, and the communication pattern of remote terminal is determined when remote terminal is opened.Forward step S102 to subsequently.
In step s 102, the communication pattern that communications platform client detects remote terminal is near-field communication ad hoc mode or near-field communication snap gauge simulation models, and the communication pattern as remote terminal is near-field communication ad hoc mode, then forward step S103 to; Communication pattern as remote terminal is short-haul connections snap gauge simulation models, then forward step S105 to.
In step s 103, the communication pattern as remote terminal is near-field communication ad hoc mode, and communications platform uses client to receive the connection request comprising identifier server of remote terminal; Be specially client and set up the point-to-point (NFC_P2P of near-field communication by near field communication (NFC) function and remote terminal, Near FieldCommunication_peer to peer) connect, communications platform, by this near-field communication point to point connect, uses client to receive the connection request comprising identifier server of this remote terminal.Namely, after near-field communication point to point connect is set up, the connection request of identifier server and connection respective resources server initiatively can be sent to client (communications platform) by remote terminal.What identifier server here represented is the Resource Server corresponding to this remote terminal, and if this remote terminal is ammeter, then corresponding Resource Server is for adding up this ammeter consumed resource and this ammeter being carried out to the server of resource payment management.Forward step S104 to subsequently.
In step S104, communications platform, according to the connection request comprising identifier server received, determines corresponding Resource Server, and connects with this Resource Server.Forward step S107 to subsequently.
In step S105, the communication pattern as remote terminal is short-haul connections snap gauge simulation models, and the application identities that communications platform uses client initiatively to read remote terminal by near field communication (NFC) function accords with and accords with corresponding number-mark to application identities and accord with.Here application identities symbol is for representing that remote terminal controls the kind (as water meter, ammeter or gas meter etc.) of resource, the numbering of number-mark symbol for representing this remote terminal, the number-mark symbol of each remote terminal and application identities accord with at least one difference, to ensure the uniqueness that each remote terminal is numbered.Forward step S106 to subsequently.
Step S106, according to application identities symbol and accord with corresponding number-mark to application identities and accord with, determines the Resource Server corresponding to remote terminal.By to table look-up etc., mode obtains the identifier server corresponding with remote terminal, and then communications platform is according to this identifier server, determines the Resource Server corresponding to remote terminal, and connects with this Resource Server.Multiple Resource Servers as corresponding in same identifier server, then can according to the corresponding Resource Server of the geographical location choice of client, or by the corresponding Resource Server of artificial selection.Forward step S107 to subsequently.
In step s 107, communication pattern as remote terminal is near-field communication ad hoc mode, then communications platform is set up by the connection of client notice remote terminal and Resource Server, like this based on the near-field communication point to point connect of client and remote terminal, be connected with the network of Resource Server with client (namely communications platform is connected with the network of Resource Server), client is by the two-way converting to proprietary format packets of information, remote terminal can be set up be connected with the two-way communication of Resource Server, realize the two-way communication between remote terminal and Resource Server.Communication pattern as remote terminal is short-haul connections snap gauge simulation models, then Card Reader instruction is sent to communications platform by Resource Server, Card Reader instruction is sent by near field communication (NFC) function by the client of communications platform, and read the return information of remote terminal, realize the long-range Card Reader agency of Resource Server.
So namely, complete the whole communication process of the communication means of this preferred embodiment.
In the step S103 of this preferred embodiment, communications platform is by near-field communication point to point connect, with remote terminal set up wireless near field communication be connected (as Wifi connect, bluetooth connects or ZigBee connects), due to the communication distance very near (being less than 10 centimetres) of near-field communication, basic need client is close to remote terminal, and communications platform is set up after wireless near field communication is connected by client and remote terminal, communication distance can be extended to several meters even tens meters, greatly facilitate the operation of user.Communications platform connects by the wireless near field communication set up the connection request comprising identifier server receiving remote terminal, and in step s 107, also connect the two-way communication kept between remote terminal and Resource Server by wireless near field communication.
Preferably, after step S107, i.e. after the two-way communication of remote terminal and Resource Server, client or Resource Server can notify that remote terminal cuts out near field communication (NFC) function, can save the Energy in use of remote terminal.
Communication means of the present invention is by the near field communication (NFC) function of remote terminal and client, realize the two-way communication of remote terminal and corresponding Resource Server, thus achieve user and easily payment operation is carried out to resources such as water, electricity or coal gas, solve existing communication means and communications platform and can not realize the technical problem that user uses the payment of the resources such as water, electricity or coal gas easily.
Please refer to Fig. 2, Fig. 2 is the structural representation of the preferred embodiment of communications platform of the present invention.This communications platform 20 comprises communication pattern detection module 21, receiver module 22, read module 23, Resource Server link block 24 and bi-directional communication modules 25.When wherein communication pattern detection module 21 is less than effective working distance for the distance between client and remote terminal, use the communication pattern of client determination remote terminal 26; Receiver module 22 is near-field communication ad hoc mode for the communication pattern of such as remote terminal 26, then use client to receive the connection request comprising identifier server of remote terminal 26; Read module 23 is near-field communication snap gauge simulation models for the mode of operation of such as remote terminal 26, then use client read the application identities symbol of remote terminal 26 and accord with corresponding number-mark to application identities and accord with; Resource Server link block 24 accords with for according with according to identifier server or application identities and accord with corresponding number-mark to application identities, determines the Resource Server 27 corresponding to remote terminal 26; Bi-directional communication modules 25 is connected with the two-way communication of Resource Server 27 for setting up remote terminal 26.
When the communications platform 20 of this preferred embodiment uses, user can open the NFC function of remote terminal 26, and such remote terminal 26 will detect the client of surrounding automatically.When distance between client and remote terminal 26 is less than effective working distance, remote terminal 26 will activate this client, communication pattern detection module 21 can detect the communication pattern of remote terminal 26, and the communication pattern of remote terminal is determined when remote terminal is opened.
Communications platform 20 can be near-field communication ad hoc mode or near-field communication snap gauge simulation models by the communication pattern of client detection remote terminal 26 subsequently.
Communication pattern as remote terminal 26 is near-field communication ad hoc mode, then the receiver module 22 of communications platform 20 uses client to receive the connection request comprising identifier server of remote terminal; Be specially client and set up the point-to-point (NFC_P2P of near-field communication by near field communication (NFC) function and remote terminal 26, NearField Communication_peer to peer) connect, receiver module 22, by this near-field communication point to point connect, uses client to receive the connection request comprising identifier server of this remote terminal 26.Namely, after near-field communication point to point connect is set up, the connection request of identifier server and connection respective resources server 27 initiatively can be sent to receiver module 22 by remote terminal 26.What identifier server here represented is the Resource Server 27 corresponding to this remote terminal 26, if this remote terminal 26 is ammeter, then corresponding Resource Server 27 is for adding up this ammeter consumed resource and this ammeter being carried out to the server of resource payment management.Resource Server link block 24, according to the connection request comprising identifier server received, determines corresponding Resource Server 27, and connects with this Resource Server 27.
Communication pattern as remote terminal 26 is short-haul connections snap gauge simulation models, then the read module 23 of communications platform 20 uses client initiatively read the application identities symbol of remote terminal 26 by near field communication (NFC) function and accord with corresponding number-mark to application identities and accord with.Here application identities symbol is for representing that remote terminal 26 controls the kind (as water meter, ammeter or gas meter etc.) of resource, the numbering of number-mark symbol for representing this remote terminal 26, the number-mark symbol of each remote terminal 26 and application identities accord with at least one difference.Resource Server link block 24 accords with according to application identities and accords with corresponding number-mark to application identities and accords with, and determines the Resource Server 27 corresponding to remote terminal 26.By to table look-up etc., mode obtains the identifier server corresponding with remote terminal 26, and then Resource Server link block 24 is according to this identifier server, determines the Resource Server 27 corresponding to remote terminal 26, and connects with this Resource Server 27.Multiple Resource Servers 27 as corresponding in same identifier server, then can according to the corresponding Resource Server 27 of the geographical location choice of client, or by the corresponding Resource Server 27 of artificial selection.
The last communication pattern as remote terminal 26 is near-field communication ad hoc mode, then the bi-directional communication modules 25 of communications platform 20 is set up with the connection of Resource Server 27 by client notice remote terminal 26, like this based on the near-field communication point to point connect of client and remote terminal, be connected with the network of Resource Server with client (namely communications platform is connected with the network of Resource Server), client is by the two-way converting to proprietary format packets of information, remote terminal 26 can be set up be connected with the two-way communication of Resource Server 27, realize the two-way communication between remote terminal 26 and Resource Server 27.Communication pattern as remote terminal 26 is short-haul connections snap gauge simulation models, then Card Reader instruction is sent to communications platform 20 by Resource Server 27, Card Reader instruction is sent by near field communication (NFC) function by the client of communications platform 20, and read the return information of remote terminal 26, realize the long-range Card Reader agency of Resource Server 27.
So namely, complete the whole communication process of the communications platform 20 of this preferred embodiment.
In the preferred embodiment, client is by near-field communication point to point connect, set up wireless near field communication with remote terminal 26 and be connected (connect as bluetooth or ZigBee connects), because the communication distance of near-field communication is very near, basic need client is close to remote terminal 26, and communications platform 20 is set up after wireless near field communication is connected by client and remote terminal 26, communication distance can be extended to several meters even tens meters, greatly facilitate the operation of user.Receiver module 22 connects by the wireless near field communication set up the connection request comprising identifier server receiving remote terminal 26, and bi-directional communication modules 25 also connects the two-way communication kept between remote terminal 26 and Resource Server 27 by wireless near field communication.
Preferably, after the two-way communication of remote terminal 26 and Resource Server 27, client or Resource Server can notify that remote terminal 26 cuts out near field communication (NFC) function, can save the Energy in use of remote terminal 26.
Communications platform of the present invention is by the near field communication (NFC) function of remote terminal and client, realize the two-way communication of remote terminal and corresponding Resource Server, thus achieve user and easily payment operation is carried out to resources such as water, electricity or coal gas, solve existing communication means and communications platform and can not realize the technical problem that user uses the payment of the resources such as water, electricity or coal gas easily.
The specific works principle of communication means of the present invention and communications platform is described below by a specific embodiment.Please refer to Fig. 3, Fig. 3 is the structural representation of the specific embodiment of communication means of the present invention and communications platform.In this specific embodiment, Resource Server comprises A and economizes the Resource Server of grid company, Resource Server, the Resource Server of Running-water Company, the Resource Server of gas company of B province grid company; Payment platform comprises the payment platform of the payment platform of bank, the payment platform of China Mobile and Alipay; Client is NFC(Near Field Communication, near-field communication) mobile phone; Remote terminal is water meter, ammeter or gas meter etc. in user family.
When the communications platform of this specific embodiment uses, user is accorded with by the application identities of the near field communication (NFC) function reading remote terminal of NFC mobile phone and is accorded with corresponding number-mark to application identities and accords with, or receives the connection request comprising identifier server of remote terminal.Communications platform is according to application identities symbol and accord with corresponding number-mark to application identities and accord with and determine corresponding identifier server, then communications platform determines corresponding Resource Server according to identifier server, set up the connection of communications platform and Resource Server, thus set up remote terminal and be connected with the two-way communication of Resource Server.
Concrete communication process can be as follows:
Resource Server receive remote terminal connection request or after initiatively initiating connection request, the communication information (comprising charging information, block meter rate information, amendment restricted information and cryptographic check information etc.) of remote terminal is sent to communications platform by Resource Server, and this communication information is sent to remote terminal by NFC mobile phone by communications platform.
Remote terminal is sent to the information of Resource Server, is sent to Resource Server successively by NFC mobile phone, communications platform.
Resource Server transmits order restricted information (supplementing volume etc. with money as maximum) to communications platform and NFC mobile phone, after being confirmed, communications platform creates corresponding charging order, and notifies Resource Server by user, obtains the confirmation of Resource Server.
Communications platform pays according to this charging order notification user subsequently.User selects the payment platform of order, and after confirming payment, payment information is notified payment platform by communications platform.User can use the browser in NFC mobile phone or complete payment on payment platform client software.Pay successfully, payment platform notice communications platform, communications platform upgrades charging order status and notifies Resource Server.
Resource Server generates and treats charging information, and notify communications platform confirmation after confirming that charging order pays.Communications platform will pay and successfully notify NFC mobile phone with Resource Server confirmation, and NFC mobile phone is shown to user.
So namely, complete the communication process of communication means of the present invention and communications platform.
The foregoing is only embodiments of the invention; not thereby the scope of the claims of the present invention is limited; every equivalent structure transformation utilizing specification of the present invention and accompanying drawing content to do, or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a communication means, is characterized in that, comprises step:
When distance between client and remote terminal is less than effective working distance, described client is used to detect the communication pattern of described remote terminal;
As described in the communication pattern of remote terminal be near-field communication ad hoc mode, then use described client to receive the connection request comprising identifier server of described remote terminal; As described in the mode of operation of remote terminal be near-field communication snap gauge simulation models, then use described client confirm the application identities symbol of described remote terminal and read and accord with corresponding number-mark to described application identities and accord with;
Accord with according to described identifier server or described application identities and accord with corresponding number-mark to described application identities and accord with, determine the Resource Server corresponding to described remote terminal; And
Set up described remote terminal to be connected with the two-way communication of described Resource Server.
2. communication means according to claim 1, is characterized in that, as described in the mode of operation of remote terminal be near-field communication ad hoc mode, then described communication means comprises step:
Described client uses near field communication (NFC) function and described remote terminal to set up near-field communication point to point connect, and by described near-field communication point to point connect, receives the connection request comprising identifier server of described remote terminal;
Based on the near-field communication point to point connect of described client and described remote terminal, be connected with the network of described client with described Resource Server, described client, by the two-way converting to proprietary format packets of information, is set up described remote terminal and is connected with the two-way communication of described Resource Server.
3. communication means according to claim 2, is characterized in that, described communication means comprises step:
By described near-field communication point to point connect, set up wireless near field communication with described remote terminal to be connected, and connected by described wireless near field communication, be connected with the network of described client with described Resource Server, described client, by the two-way converting to proprietary format packets of information, is set up described remote terminal and is connected with the two-way communication of described Resource Server;
Described wireless near field communication connects and comprises Wifi connection, bluetooth connects or ZigBee connects.
4. communication means according to claim 1, is characterized in that, as described in the mode of operation of remote terminal be near-field communication snap gauge simulation models, then described communication means comprises step:
The application identities that described client uses near field communication (NFC) function to read described remote terminal accords with and accords with corresponding number-mark to described application identities and accords with.
5. communication means according to claim 1, is characterized in that, as described in the mode of operation of remote terminal be near-field communication snap gauge simulation models, then described communication means comprises step:
Accord with according to described application identities and accord with corresponding number-mark to described application identities and accord with the identifier server determining described remote terminal;
According to described identifier server, determine the Resource Server corresponding to described remote terminal.
6. communication means according to claim 1, is characterized in that, described communication means comprises step:
After the two-way communication of described remote terminal and described Resource Server, close described near field communication (NFC) function.
7. a communications platform, is characterized in that, comprising:
Communication pattern detection module, when being less than effective working distance for the distance between client and remote terminal, uses described client to detect the communication pattern of described remote terminal;
Receiver module, for as described in the communication pattern of remote terminal be near-field communication ad hoc mode, then use described client to receive the connection request comprising identifier server of described remote terminal;
Read module, for as described in the mode of operation of remote terminal be near-field communication snap gauge simulation models, then use described client read the application identities symbol of described remote terminal and accord with corresponding number-mark to described application identities and accord with;
Resource Server link block, accord with for according with according to described identifier server or described application identities and accord with corresponding number-mark to described application identities, the Resource Server corresponding to described remote terminal connects; And
Bi-directional communication modules, is connected with the two-way communication of described Resource Server for setting up described remote terminal.
8. communications platform according to claim 7, it is characterized in that, as as described in the mode of operation of remote terminal be near-field communication ad hoc mode, then described client uses near field communication (NFC) function and described remote terminal to set up near-field communication point to point connect, and by described near-field communication point to point connect, receive the connection request comprising identifier server of described remote terminal.
9. communications platform according to claim 7, it is characterized in that, as as described in the mode of operation of remote terminal be near-field communication card analog module, then described client uses near field communication (NFC) function read the application identities symbol of described remote terminal and accord with corresponding number-mark to described application identities and accord with;
Resource Server link block accords with according to described application identities and accords with corresponding number-mark to described application identities and accords with the identifier server determining described remote terminal; According to described identifier server, determine the Resource Server corresponding to described remote terminal.
10. communications platform according to claim 7, it is characterized in that, as as described in the mode of operation of remote terminal be near-field communication card analog module, then described bi-directional communication modules receives the Card Reader instruction that described Resource Server is initiated, and described Card Reader instruction is sent to described remote terminal by described client; Simultaneously described bi-directional communication modules receives by described client the Card Reader instruction return value that described remote terminal returns, and described Card Reader instruction return value is sent to described Resource Server;
As described in the mode of operation of remote terminal be near-field communication ad hoc mode, then described bi-directional communication modules receives by described client information that described remote terminal sends and is transmitted to described Resource Server; Simultaneously described bi-directional communication modules receives information that described Resource Server sends and is forwarded to described remote terminal by described client.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310598368.8A CN104660642B (en) | 2013-11-22 | 2013-11-22 | Communication means and communications platform |
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| Application Number | Priority Date | Filing Date | Title |
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| CN201310598368.8A CN104660642B (en) | 2013-11-22 | 2013-11-22 | Communication means and communications platform |
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| CN104660642A true CN104660642A (en) | 2015-05-27 |
| CN104660642B CN104660642B (en) | 2018-09-28 |
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| CN104994165A (en) * | 2015-07-08 | 2015-10-21 | 武汉理工大学 | Real estate intelligent communications device |
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