CN1770802B - Method and system for obtaining same function service through unrelated access network - Google Patents

Abstract

The invention discloses a method and system for obtaining the same functional service through an unrelated access network. The method includes: different user terminals access corresponding access networks; different access networks respectively authenticate corresponding user terminals ; After passing the authentication, the client communicates with the same business system respectively. Among them, the access network authenticates the destination address provided by the client to determine the business system that the client needs to access, and the client accesses the corresponding foreground server through the corresponding access network to perform foreground operations, and the client performs foreground After the operation, the front-end server sends the operation information of the front-end to the same business logic processing unit, and the business logic processing unit performs business data processing on the operation information, and the business logic processing unit requests the business system database unit to provide the required data, The business system database unit returns the data to the business logic processing unit.

Description

Method and system for obtaining same function service through unrelated access network

technical field

The present invention relates to a communication system and method, in particular to a method and system for obtaining services with the same function through an unrelated access network.

Background technique

Generally speaking, telecom operators usually use different business systems corresponding to different network access methods to provide users with the same or similar business services. The data processing of these different access networks is often irrelevant, corresponding to non- Although these service systems of the relevant access network are different service systems, the functional services they provide are often the same or similar. Taking the environment shown in Figure 1 as an example, there are multiple different client terminals, multiple different access networks, and multiple different service systems, wherein each client terminal corresponds to an access network and service system, and the A plurality of different service systems provide the same service, for example, the first client terminal 11 communicates with the first service system 31 through the first access network 21, and the first service system 31 provides certain functional services to the first client terminal 11, The second user end 12 communicates with the second service system 32 through the second access network 22, the second service system 32 provides certain functional services to the second user end 12, and the second service system 32 provides the second user end 12 The functional services provided by the first business system 31 to the first client 11 are the same. It can be seen from FIG. 1 that the first client 11 can only communicate with its corresponding service system 31 through its corresponding access network 21, but cannot communicate with the second service system 32 or other service systems through its corresponding access network 21. , in the same way, the second client 12 can only obtain services from its corresponding service system 32 through its corresponding access network 22, but cannot communicate with the first service system 31 or other service systems through its corresponding access network 22. communication. It can be seen from this that although multiple different business systems can provide the same services to corresponding clients, multiple different business systems are multiple independent systems after all. However, the existing technology uses multiple systems to achieve the goal, which is obviously a waste of resources

Now, taking a telecom operator as an example to provide business services to users, further illustrate the disadvantages of the environment described in FIG. 1 . Assuming that the first user terminal 11 is a computer terminal, the first access network 21 is an Internet network, and the first business system 31 can be any business service system provided by a telecom operator, such as a system for customizing personalized phone cards, obviously, the computer The terminal can log in to the website provided by the telecom operator through the Internet, and then realize the customization of the personalized calling card. Assume again that the second user terminal 12 is a wireless terminal such as a mobile phone or a PDA, and the second access network 22 is a mobile network. Phone card customization service system. For users who use these two different access terminals, the required functions are the same, that is, to realize the customization of personalized phone cards. From a functional point of view, the first service system 31 and the second service system 32 can indeed provide The same service required by the corresponding user terminal, but the first service system 31 and the second service system 32 are two systems after all, which is obviously a waste of resources for telecom operators, resulting in high operating costs, The service charges will be increased accordingly.

Contents of the invention

In view of the above problems, the present invention provides a method and system for obtaining the same functional service through an unrelated access network, so that different clients can obtain the same functional service from the same service system through the corresponding access network.

For this reason, the present invention provides a method for obtaining the same functional service through an unrelated access network, the method comprising: different user terminals access corresponding access networks; Authentication; after the authentication is passed, the client communicates with the same business system respectively. Among them, the access network authenticates the destination address provided by the client to determine the business system that the client needs to access, and the client accesses the corresponding foreground server through the corresponding access network to perform foreground operations, and the client performs foreground After the operation, the front-end server sends the operation information of the front-end to the same business logic processing unit, and the business logic processing unit performs business data processing on the operation information, and the business logic processing unit requests the business system database unit to provide the required data, The business system database unit returns the data to the business logic processing unit.

The present invention also provides a system for obtaining the same functional service through an unrelated access network, the system includes: different types of user terminals; different types of access networks, correspondingly connected to the user terminals; the same business system, connected with The access networks are connected; wherein, different clients communicate with the service system through the corresponding access networks. Among them, the business system includes: a front-end server corresponding to the access network, the client performs front-end operations on the front-end server; a business logic processing unit, connected with the front-end server, performs business logic processing on the front-end operation information obtained by the front-end server; The system database unit connects with the business logic processing unit and provides the data required by the business logic processing unit. The business system may also include: an information receiving server for receiving information provided by the client; a business logic processing unit connected with the information receiving server for performing business logic processing on the information provided by the client.

From above-mentioned technical scheme, the present invention has following advantage:

1. In the present invention, different client terminals communicate with the same service system through corresponding access networks. In this case, different client terminals obtain the same functional service through non-related access networks, and all Provided by the same business system, compared with the use of different business systems in the prior art, the same functional service is provided, which avoids unnecessary waste of resources.

2. The present invention provides a system for realizing the function of customizing personalized phone cards through the Internet and mobile networks. This system not only enables different clients to obtain the same functional services from the same system, but also fills up the needs of users to customize themselves through the network. Technology blank for calling cards.

Description of drawings

Fig. 1 is a schematic diagram of the prior art for obtaining the same functional service through an unrelated access network.

FIG. 2 is a schematic diagram of a system for obtaining services of the same function through an unrelated access network according to the present invention.

FIG. 3 is a flowchart corresponding to the communication method of the system shown in FIG. 2 .

Fig. 4 is a flow chart of a preferred embodiment of a method for obtaining services of the same function through unrelated access networks.

Fig. 5 is a system structure diagram of the first embodiment of the telecom card customization system.

Fig. 6 is a flow chart of the first embodiment of the implementation method of the telecom card customization service.

Fig. 7 is a system structure diagram of the second embodiment of the telecom card customization system.

Fig. 8 is a flow chart of the second embodiment of the implementation method of the telecom card customization service.

Detailed ways

First, please refer to FIG. 2 . FIG. 2 is a schematic diagram of a system for obtaining the same functional service through an unrelated access network according to the present invention. This schematic diagram includes a plurality of different user terminals, an access network corresponding to each user terminal, and a first service system 31, for example, the first user terminal 11 is connected to the first access network 21; the second user terminal 11 is connected to the first access network 21; The terminal 12 is connected to the second access network 22, and the first service system 31 is respectively connected to the first access network 21 and the second access network 22, wherein the first user terminal 11 and the second user terminal 12 are different user terminals, such as computer terminals, mobile phones, etc., the first access network 21 and the second access network 22 are network access methods corresponding to the first user terminal 11 and the second user terminal 12, such as the Internet, Mobile network, etc., the first user terminal 11 and the second user terminal 12 communicate with the first service system 31 through the first access network 21 and the second access network 22 respectively, so as to obtain the same functional service. In addition, the first service system 31 may also be other service systems shown in FIG. 1 , and the communication principle is the same as that described above.

Please refer to FIG. 3 again. FIG. 3 is a flowchart corresponding to the communication method of the system shown in FIG. 2 . The flowchart includes:

Step S301: Different clients access corresponding access networks;

Step S302: the access network authenticates the corresponding client;

Step S303: the user end communicates with the same service system through corresponding access networks respectively.

For example, in step S301, the first user terminal 11 and the second user terminal 12 respectively access the first access network 21 and the second access network, such as the user terminal sends the destination address to the access network, etc., enters step S302, The first access network 21 and the second access network 22 respectively authenticate the first user terminal 11 and the second user terminal 12. For example, the access network judges whether the destination address obtained from the user terminal is a legitimate address, and the destination address The service system indicated by the address enters step S303. After the authentication is passed, the first client 11 and the second client 12 communicate with the first service system 31 through the first access network 21 and the second access network 22 respectively, The same functional services are obtained from the first business system 31 .

Now the flow chart shown in Figure 3 is further described, please refer to Figure 4, Figure 4 is a flow chart of a preferred embodiment of the method for obtaining the same functional service through an unrelated access network, the flow chart includes:

Step S401: Different clients access corresponding access networks;

Step S402: the access network authenticates the corresponding client;

Step S403: the client terminal respectively accesses the corresponding foreground server through the corresponding access network to perform the foreground operation;

Step S404: the foreground server sends the operation information of the foreground to the same business logic processing unit for processing;

Step S405: the business logic processing unit requests the business system database unit to provide the required data, and the business system database unit returns the data to the business logic processing unit.

Wherein, steps S401 and S402 are respectively the same as steps S301 and S302 in FIG. 3 . In step S403, the first client terminal 11 and the second client terminal 12 respectively access the corresponding foreground server through the first access network 21 and the second access network 22, and the foreground server may provide, for example, an operation interface display function, of course, The corresponding foreground server may also refer to the same server, that is, the first client terminal 11 and the second client terminal 12 respectively operate on the operation interface provided by the same foreground server. Entering step S404, the foreground server sends the operation information of the foreground to the same business logic processing unit for processing. The operation information may include the function request or instruction information required by the client, and the business logic processing unit performs logical processing according to the request or instruction information. deal with. Next, enter step S405, the business logic processing unit requests the business system database unit to provide the required data, and the business system database unit returns the data to the business logic processing unit.

Taking the implementation method and system of the telecom card customization service provided by the telecom operator as an example, the method and system for obtaining the same functional service through the non-related access network of the present invention will be further described below.

Please refer to FIG. 5 , which is a system structure diagram of the first embodiment of the telecom card customization system.

The content of this embodiment is: the user surfs the Internet (such as wap) through a computer or a mobile phone, logs in to a telecommunications card customization website, and customizes the telecommunications card he needs.

The structure diagram includes: a computer terminal 51 is connected to the Internet 53, a mobile phone terminal 52 is connected to a mobile network 54, an access server 56 is connected to the Internet 53 and a gateway 55 respectively, and the access server provides a page display function, that is, the logged-in website provides In this interface, the user enters the relevant data of the customized telecommunication card, such as user name and password required for logging into the system. , the telecommunication card customization service subsystem 57 is connected with the access server 56, when the data input by the user in the access server 56 is submitted to the telecommunication card customization service subsystem 57, the telecommunication card customization service subsystem 57 completes the telecommunication service according to the data. The final version of the card, that is, the data input by the user includes the face value of the telecommunications card, the pattern on the surface of the telecommunications card (such as a personal electronic photo) or a special logo, etc., and the telecommunications card customization service subsystem 57 determines the telecommunications card required by the user according to these logos . If the data entered by the user in the access server 56 includes requesting the system to provide corresponding customized information or data, for example, the user requests the system to provide an alternative pattern on the surface of the telecommunications card, then the telecommunications card customization business subsystem 57 will provide the telecommunications card with which it is connected. The customized database 58 makes a request for providing data, and the telecommunication card customized database 58 will return the information or data required by the user to the telecommunication card customized service subsystem 57 . In addition, the telecommunication card customization business subsystem 57 can also be connected with the telecommunication card production equipment (not shown in the figure). To the telecommunications card production equipment, the telecommunications card production equipment produces the telecommunications card according to the data. In particular, in order to ensure the security of the system and user equipment, a firewall can be set before the access server 56 (after the Internet 53 and the gateway 55), and between the access server 56 and the telecom card customization service subsystem 57.

Please continue to refer to FIG. 6 . FIG. 6 is a flow chart of the first embodiment of the method for implementing the telecom card customization service, which corresponds to the system shown in FIG. 5 . The flowchart includes:

Step S601: the computer terminal accesses an access server through the Internet;

Step S602: the mobile phone accesses an access server through the mobile network;

Step S603: input data in the operation interface provided by the access server;

Step S604: The telecom card customization business subsystem performs logical processing on the data obtained from the access server;

Step S605: The telecom card customization database returns the data required by the user to the telecom card customization business subsystem;

Step S606: The telecom card customization service subsystem completes the finalization of the telecom card.

In step S601, the user uses a computer, enters the website address corresponding to the telecom card customization system, and enters the customization interface provided by the access server through the Internet; The gateway with the data gateway conversion function of the access server logs in to the website corresponding to the telecom card customization system, that is, enters the customized interface provided by the access server, among which, the interface provided by the access server to computer users and the interface provided to mobile Internet users It can be different, and the access server can distinguish between computer users and mobile phone users by identifying the URL format entered by the user, so as to provide different styles of interfaces. After the user enters the interface, enter step S603, and the user enters the relevant data or personal contact information of the telecommunications card required by the user in the interface. 1. The pattern on the surface of the telecommunications card (such as a personal electronic photo), you can also request the system to provide the pattern on the surface of the telecommunications card, and the pattern provided by the system can be displayed in the interface for the user to directly select, or can be called by the user in the telecommunications card customization database. Entering step S604, after the user inputs data in the interface, submit the data to the telecom card customization business subsystem, which implements the business logic processing function of the telecom card customization process, if the data requires the system to provide the pattern on the surface of the telecom card or For other information about telecommunication cards, go to step S605, the telecommunication card customization service subsystem sends information requesting data provision to the telecommunication card customization database, and the telecommunication card customization database returns the data required by the user to the telecommunication card customization service subsystem according to the request information , and finally, when the telecom card customization business subsystem receives all the telecom card customization data (including those provided by the telecom card customization database) input by the user, the finalization of the telecom card is completed. In particular, the telecommunication card customization business subsystem can also be connected with the telecommunication card production equipment, and the telecommunication card customization service subsystem sends the finalized telecommunication card data to the telecommunication card production equipment, and the equipment produces telecommunication cards according to the telecommunication card data.

It should be noted that this embodiment illustrates the present invention with two network access methods. In fact, there can be multiple network access methods to connect with the access server 56. For example, the existing mobile network is generally 2.5 G standard, the upcoming 3G network can also be an access method of the present invention.

In the embodiment shown in Fig. 5, the service of customizing the telecommunication card by using the mobile network is realized through the mobile phone (i.e., the mobile phone logs into the website of the telecommunication card customization service), but in fact, the mobile phones used by most users do not have this function at present. , and most mobile phones can support color ring and multimedia message services. For this reason, the present invention also provides another embodiment of the system and method for customizing telecom card services. In this embodiment, users can not only customize the telecom card they need through the Internet It is also possible to use the mobile phone to send data such as the pattern on the surface of the required telecommunication card (such as a personal electronic photo) to the telecommunication card customization service subsystem in the form of multimedia messages.

Please refer to FIG. 7 , which is a system structure diagram of the second embodiment of the telecom card customization system. The structure diagram includes: a computer terminal 71 connected to the Internet 73, a mobile phone terminal 72 connected to the mobile network 74, an access server 76 connected to the Internet 73, and the access server provides a page display function, that is, the interface provided by the logged-in website. In this interface, input the relevant data of custom-made telecommunication card, for example comprise the required user name and password etc. of login system, short message gateway 75 joins with mobile network 74, realize the data gateway conversion of mobile network 74 and short message server 79, short message server 79 It is used to receive data about the required telecommunication card sent by the mobile phone terminal 72 through the mobile network 74, such as patterns (such as personal electronic photos), telecommunication card face value, etc., and the telecommunication card customization business subsystem 77 communicates with the access server 76 and the short message respectively. Server 79 connects, when the data that the user inputs in access server 76 submits to telecommunication card customization business subsystem 77, or the user sends telecommunication card data to short message server 79, and then submits this telecommunication card data to telecommunication card customization When the service subsystem 77, the telecommunication card customization service subsystem 77 completes the finalization of the telecommunication card according to the data, that is, the data input by the user includes the face value of the telecommunication card, the pattern or special logo on the surface of the telecommunication card, etc., and the telecommunication card customization service subsystem 77 Determine the telecommunications card required by the user according to these identifications. Specifically, if the data entered by the user in the access server 76 includes requesting the system to provide corresponding customized information or data, for example, the user requests the system to provide alternative patterns on the surface of the telecommunications card, then the telecommunications card customization business subsystem 77 will interface with it The telecommunication card customization database 78 puts forward a request for providing data, and the telecommunication card customization database 78 will return the information or data required by the user to the telecommunication card customization business subsystem 77. In addition, the telecommunication card customization service subsystem 77 can also be connected with the telecommunication card production equipment (not shown in the figure). To the telecommunications card production equipment, the telecommunications card production equipment produces the telecommunications card according to the data. In addition, in order to ensure the safety of the system and user equipment, a firewall can be set between the access server 76 and the Internet 73, before the telecom card customization business subsystem 77 (after the access server 76 and the short message server 79). In addition, because the main function of the short message server 79 is to receive the data of the required telecommunication card sent by the mobile phone terminal 72, which is very similar to the function of the access server 76, so the short message server 79 can also be combined with the access server 76 to form a an access server.

Please continue to refer to FIG. 8 . FIG. 8 is a flow chart of the second embodiment of the method for implementing the telecom card customization service, which corresponds to the system shown in FIG. 7 . The flowchart includes:

Step S801: the computer terminal accesses an access server through the Internet, and inputs the required data of the telecommunications card on the interface provided by it;

Step S802: the mobile phone terminal sends the data of the required telecommunication card to the SMS server through the mobile network and the SMS gateway;

Step S803: the access server or the SMS server submits data to the telecom card business subsystem;

Step S804: The telecom card customization business subsystem performs logical processing on the data obtained from the access server or the SMS server;

Step S805: the telecommunication card customization database returns the data required by the user to the telecommunication card customization business subsystem;

Step S806: The telecom card customization service subsystem completes the finalization of the telecom card.

In step S801, the user uses a computer, enters the website address corresponding to the telecommunication card customization system, enters the customization interface provided by the access server through the Internet, and enters the required data of the telecommunication card on the interface, for example, including the user name and password required to log in to the system etc.; in step S802, the user sends the pattern (such as personal electronic photo) stored in the mobile phone or the data of other required telecommunication cards to the short message server in the form of multimedia messages through the mobile network or the short message gateway; enter step S803, the user After entering the relevant data of the telecommunications card required by oneself in the interface, or after the short message server receives the data such as the telecommunications card pattern sent by the user's mobile phone, submit these data to the telecommunications card customization business subsystem; enter step S804, the telecommunications card customization business The subsystem implements the business logic processing function of the telecom card customization process, such as the user's request for the system to provide data, etc. If the data requires the system to provide the pattern on the surface of the telecom card or other information about the telecom card, go to step S805, the telecom card customization business The subsystem sends information requesting data to the telecom card customization database, and the telecom card customization database returns the data required by the user to the telecom card customization business subsystem according to the request information. Finally, when the telecom card customization business subsystem receives the user input When all the customization data of the telecom card (including those provided by the customization database of the telecom card), the finalization of the telecom card is completed. In particular, the telecommunication card customization business subsystem can also be connected with the telecommunication card production equipment, and the telecommunication card customization service subsystem sends the finalized telecommunication card data to the telecommunication card production equipment, and the equipment produces telecommunication cards according to the telecommunication card data.

Similar to the previous embodiment, this embodiment also illustrates the present invention with two network access methods. In fact, there can be multiple network access methods to connect with the telecom card customization service subsystem 77. For example, the existing The current mobile network is generally 2.5G standard, and the 3G network to be operated can also be an access method of the present invention.

In addition, those skilled in the art should undoubtedly know from the above two embodiments that the two embodiments can also be combined, for example, the access server 56 in FIG. 5 and the access server 56 in FIG. 7 The servers 76 can be combined into the same access server, and the same access server and the access server corresponding to the short message server 79 and other network access methods can be connected to the telecom card customization service subsystem together. In a word, the access mode of the telecom card customization service system can be infinitely expanded in theory, and the user can realize the customization service of the telecom card through any network access mode.

The above is only a preferred embodiment of the present invention, it should be pointed out that for those of ordinary skill in the art, without departing from the principle of the present invention, some improvements and modifications can also be made, and these improvements and modifications should also be It is regarded as the protection scope of the present invention.

Claims (11)

1. A method for obtaining the same functional service through an unrelated access network, characterized in that, comprising the following steps: Different clients access the corresponding access network; Different access networks authenticate the corresponding client respectively; After passing the authentication, the client accesses the corresponding foreground server through the corresponding access network to perform foreground operations; The foreground server sends the operation information of the foreground to the same business logic processing unit for processing; The business logic processing unit requests the business system database unit to provide the required data, and the business system database unit returns the data to the business logic processing unit. 2. The method for obtaining the same functional service through an unrelated access network as claimed in claim 1, wherein the access network authenticates the destination address provided by the corresponding client to determine the service system that the client needs to access . 3. The method for obtaining the same functional service through an unrelated access network as claimed in claim 1, wherein the different client terminals are computer terminals and wireless terminals, the different access networks are the Internet and mobile networks, and the front server To access the server, the business logic processing unit is a customized service subsystem for telecommunication cards, and the business system database unit is a customized service database for telecommunication cards. 4. The method for obtaining the same functional service through an unrelated access network as claimed in claim 3, wherein the computer terminal inputs customization request information in the foreground page provided by the access server through the Internet and Submit to the telecom card customization service subsystem for processing to complete the finalization of the telecom card, especially, when the telecom card customization service subsystem needs the telecom card customization service database to provide data, the telecom card customization The service database provides the data according to the request information sent by the telecom card customization service subsystem; The wireless terminal accesses, through the mobile network, the gateway that implements the data gateway conversion service between the mobile network and the access server, so that the wireless terminal accesses the access server, and the wireless terminal is in the Input customization request information in the front page provided by the access server and submit it to the telecom card customization business subsystem for processing, and complete the finalization of the telecom card. In particular, when the telecom card customization business subsystem needs the telecom card customization When the service database provides data, the telecommunication card customization service database provides the data according to the request information sent by the telecommunication card customization service subsystem. 5. The method for obtaining the same functional service through an unrelated access network as claimed in claim 1, wherein the different client terminals are computer terminals and wireless terminals, the different access networks are the Internet and mobile networks, and the front server In order to access the server and the short message server, the business logic processing unit is a customized service subsystem for telecommunication cards, and the database unit of the business system is a customized service database for telecommunication cards. 6. The method for obtaining the same functional service through an unrelated access network as claimed in claim 5, wherein the computer terminal inputs customization request information in the foreground page provided by the access server through the Internet, and submitted to the telecom card customization service subsystem for processing, to complete the finalization of the telecom card, especially, when the telecom card customization service subsystem needs the telecom card customization service database to provide data, the telecom card The customized service database provides the data according to the request information sent by the telecom card customized service subsystem; The wireless terminal accesses, through the mobile network, the short message gateway that implements the data gateway conversion service between the mobile network and the short message server, so that the wireless terminal sends customization request information to the short message in the form of editing a short message server, and submit it to the telecom card customization business subsystem for processing to complete the finalization of the telecom card. 7. A system for obtaining the same functional service through an unrelated access network, characterized in that it comprises: different types of clients; Different types of access networks are correspondingly connected to the client; The same service system is connected to the access network; Wherein, the different client terminals communicate with the service system through the corresponding access network respectively; The business system includes: Corresponding to the foreground server of the access network, the client performs foreground operations on the foreground server; A business logic processing unit, connected to the foreground server, to perform business logic processing on the foreground operation information acquired by the foreground server; The business system database unit is connected to the business logic processing unit and provides data required by the business logic processing unit. 8. The system for obtaining the same functional service through non-correlated access networks as claimed in claim 7, wherein the different client terminals are computer terminals and wireless terminals, the different access networks are the Internet and mobile networks, and the front server To access the server, the business logic processing unit is a customized service subsystem for telecommunication cards, and the business system database unit is a customized service database for telecommunication cards. 9. The system for obtaining the same functional service through an unrelated access network as claimed in claim 8, wherein the computer terminal inputs customization request information in the foreground page provided by the access server through the Internet and Submit to the telecom card customization service subsystem for processing to complete the finalization of the telecom card, especially, when the telecom card customization service subsystem needs the telecom card customization service database to provide data, the telecom card customization The service database provides the data according to the request information sent by the telecom card customization service subsystem; The wireless terminal accesses, through the mobile network, the gateway that implements the data gateway conversion service between the mobile network and the access server, so that the wireless terminal accesses the access server, and the wireless terminal is in the Input customization request information in the front page provided by the access server and submit it to the telecom card customization business subsystem for processing, and complete the finalization of the telecom card. In particular, when the telecom card customization business subsystem needs the telecom card customization When the service database provides data, the telecommunication card customization service database provides the data according to the request information sent by the telecommunication card customization service subsystem. 10. The system for obtaining the same functional service through an unrelated access network as claimed in claim 7, wherein the different client terminals are computer terminals and wireless terminals, the different access networks are the Internet and mobile networks, and the front server In order to access the server and the short message server, the business logic processing unit is a customized service subsystem for telecommunication cards, and the database unit of the business system is a customized service database for telecommunication cards. 11. The system for obtaining the same functional service through an unrelated access network as claimed in claim 10, wherein the computer terminal inputs customization request information in the foreground page provided by the access server through the Internet, and submitted to the telecom card customization service subsystem for processing, to complete the finalization of the telecom card, especially, when the telecom card customization service subsystem needs the telecom card customization service database to provide data, the telecom card The customized service database provides the data according to the request information sent by the telecom card customized service subsystem; The wireless terminal accesses, through the mobile network, the short message gateway that implements the data gateway conversion service between the mobile network and the short message server, so that the wireless terminal sends customization request information to the short message in the form of editing a short message server, and submit it to the telecom card customization business subsystem for processing to complete the finalization of the telecom card.

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