CN102110316B - Method and system for realizing One-Card service - Google Patents

Abstract

The present invention relates to the field of communication, and discloses a method, device and system for realizing one-card service, which are used to simplify the registration and use process of one-card service. request message, and when determining the validity of the preset order information corresponding to the enterprise ID and subscriber identity module identifier carried in the card opening request message, instruct the terminal where the subscriber identity module corresponding to the subscriber identity module is located to create a corresponding subscription according to the order information The main control sub-application and non-main control sub-application of the card to complete the card issuance process. In this way, not only can the terminal where each user identification module is located be provided with the traditional enterprise one-card service, but it can also solve the cumbersome and complicated issue of the card issuance process. By combining mobile communication technology, air card issuance is realized, thereby greatly simplifying the operation steps of the card issuance process. The invention simultaneously provides a one-card service system and a background server.

Description

Method and system for realizing one-card service

technical field

The invention relates to communication technology, in particular to a method, device and system for realizing one-card service. the

Background technique

With the popularization of information technology, most enterprises have deployed enterprise card systems internally. The so-called enterprise card system is to realize the management of internal employees of the enterprise through an IC card, such as access control management, attendance management, consumption management, parking management and so on. the

In the existing enterprise one-card solution, the one-card system is deployed based on the enterprise's internal local area network. The system components include: non-contact IC cards, terminal equipment systems (such as access control controllers, access control readers, attendance terminals, consumer terminals, etc.) , background management and application processing system, the specific architecture of which is shown in FIG. 1 . the

Existing non-contact IC card (generally EM low frequency card or Mifare 1 logic encryption card). When an employee joins the job, the enterprise administrator enters the relevant information of the employee, and distributes the IC card to the employee through a dedicated card issuing terminal device. If it is necessary to print the card surface (such as photo, name, department, etc.), a special device is required. Perform related operations. After the employees get the distributed IC card, when they need to recharge the IC card, they need to go to the administrator again to recharge through the card issuing terminal; and when the employee wants to inquire about relevant information (such as the balance in the card), they must go through the administrator/ Special-purpose tools/log in to the business website provided by the company for inquiries. the

Obviously, in the existing one-card management scheme, since the cards used by each user are non-contact IC cards, the card issuance operation must be realized through a dedicated card-issuing terminal device at a designated location, and the user's IC card can only be issued within one enterprise. It cannot be used in multiple enterprises at the same time. If a user opens access control, time attendance and other one-card applications in multiple enterprises, multiple IC cards need to be issued, resulting in waste of resources and inconvenience in use; The device queries the relevant information in the IC card (such as the balance information of the consumer wallet); when the information in the user's card needs to be updated, the user must go to the enterprise administrator to reissue the card. The traditional enterprise card has the problems of inconvenient use and poor flexibility in user use and enterprise management. the

In view of this, it is necessary to optimize the existing enterprise card management scheme to overcome the above-mentioned defects. the

Contents of the invention

Embodiments of the present invention provide a one-card service implementation method, device and system to simplify the one-card registration and use procedures. the

The concrete technical scheme that the embodiment of the present invention provides is as follows:

A method for implementing a one-card service, comprising:

The background server used to manage the one-card service system receives the card opening request message from the front server, and the card opening request message carries at least the enterprise identification ID and the user identification module identification;

When the background server determines that the order information preset corresponding to the enterprise ID and the user identification module is valid, it obtains the application serial number preset for the user identification module in the terminal where the user identification module is located;

The background server associates the obtained application serial number with the first application information and the second application information generated locally corresponding to the order information;

The background server sends the associated processed first application information and second application information to the terminal where the subscriber identity module is located, and instructs the terminal where the subscriber identity module is located to create a main control subclass according to the obtained first application information. application, and create a non-main control sub-application according to the information of the second application, so as to complete the card issuing process. the

A one-card service system, including:

The terminal where the subscriber identification module is located uses the services provided by the one-card service system through the built-in subscriber identification module;

The front-end server is used to send a card opening request message to the background server, and the card opening request message carries at least the enterprise identification ID and the user identification module identification;

The background server is used to manage the one-card service system. After receiving the card opening request message from the front-end server, when determining the validity of the order information preset corresponding to the enterprise ID and the user identification module identification, first obtain the user identification The application serial number preset for the subscriber identification module in the terminal where the module is located; then associate the obtained application serial number with the first application information and the second application information generated locally corresponding to the order information; The first application information and the second application information of the associated processing are sent to the terminal where the subscriber identity module is located, instructing the terminal where the subscriber identity module is to create a main control sub-application according to the obtained first application information, and according to the second Application Information Create non-main control sub-applications to complete the card issuance process. the

A background server used to manage the one-card service system, including:

The communication unit is used to receive a card activation request message from the front-end server, and the card activation request message carries at least the enterprise identification ID and the user identification module identification;

The processing unit is configured to first obtain the application serial number preset for the subscriber identity module in the terminal where the subscriber identity module is located when determining the validity of the preset order information corresponding to the enterprise ID and the subscriber identity module identifier; and then associating the obtained application serial number with the first application information and the second application information generated locally corresponding to the order information; and sending the associated first application information and second application information to the The terminal where the subscriber identity module is located instructs the terminal where the subscriber identity module is to create a main control sub-application according to the obtained first application information, and create a non-main control sub-application according to the second application information, so as to complete the card issuing process. the

By adopting the technical solution provided by the embodiment of the present invention, not only can the terminal where each user identification module is located have functions such as access control, attendance, and consumption included in the traditional enterprise card service, but it can also solve the problem of cumbersome and complicated card issuance process. Technology, realizes air card issuance, enterprise employees do not even need to go to the designated card issuing terminal to open a card, but only need to send a card issuance request message carrying the enterprise ID to the background server, and the background server can provide the corresponding user with the order information corresponding to the enterprise ID The terminal where the identification module is located performs the card issuance service, thereby greatly simplifying the operation steps of the card issuance process, reducing the cost of card issuance, and improving the flexibility of the card issuance process. the

Description of drawings

Fig. 1 is a prior art next card service system functional architecture diagram;

Fig. 2A and Fig. 2B are functional architecture diagrams of the card service system in the embodiment of the present invention;

Fig. 2 C is the background server function structural diagram in the embodiment of the present invention;

Fig. 3 A is the flow chart of the first way for the background server to issue a card for the SIM card terminal in the embodiment of the present invention;

Fig. 3B is the flow chart of the second mode of card issuance by the background server in the embodiment of the present invention for the SIM card terminal;

Fig. 4 is the flow chart of background server updating personalization information in the SIM card terminal in the embodiment of the present invention;

Fig. 5 is a flow chart of the background server reporting the loss of the SIM card terminal in the embodiment of the present invention. the

Detailed ways

In order to simplify the operation process of the one-card service and improve its applicability, in the embodiment of the present invention, the SIM card is used instead of the existing non-contact IC card as the medium for the user to use the one-card service. This is because the mobile terminal (such as a mobile phone) has become an indispensable accessory in modern life, and the function of the SIM card for confirming the identity of the user in the communication process can be used for reference in the one-card service system. Therefore, the present invention In the embodiment, the application range of the SIM card is extended to a smart card platform carrying multiple applications, and the SIM card embedded in the mobile terminal replaces the traditional non-contact IC card to realize the one-card service,

It can greatly simplify the card issuing operation process, and can also realize real-time query and update of user information. It is specifically: the background server that is used to manage the one-card service system receives the card opening request message from the front server, which at least carries the enterprise identification ID and the user identification module identification in the card opening request message; When the enterprise ID and the user identification module identify the validity of the preset order information, instruct the terminal where the user identification module corresponding to the user identification module identification is located to create corresponding main control sub-applications and non-main control sub-applications according to the order information, to complete the card issuance process. the

In practical applications, the above-mentioned subscriber identification module may include a SIM card, a UIM card and a USIM card, etc. In this embodiment, only the SIM card is used as an example for illustration. the

Preferred embodiments of the present invention will be described in detail below in conjunction with the accompanying drawings. the

Referring to Fig. 2A, in the embodiment of the present invention, the one-card service system includes a terminal 10 carrying a SIM card (i.e., a mobile terminal carrying a SIM card), a front server 11 and a background server 12, wherein,

The SIM card terminal 10 uses the services provided by the one-card service system through the built-in SIM card;

The front-end server 11 is used to send a card opening request message to the background server 12, which at least carries the enterprise identification ID and the SIM card identification in the card opening request message;

The background server 12 is used to manage the one-card service system. After receiving the card opening request message from the front-end server, when determining the validity of the order information preset corresponding to the enterprise ID and SIM card identification, indicate the SIM card identification The corresponding SIM card terminal 10 creates corresponding main control sub-applications and non-main control sub-applications according to the order information, so as to complete the card issuing process. the

As shown in Figure 2B, the front-end server 11 can be externally connected to access control terminals, card-issuing terminals, attendance terminals, consumption terminals, recharge terminals, etc.; the front-end server 11 is generally installed inside each enterprise to provide enterprise member information in the enterprise LAN Management, enterprise member card issuance management, account management, access control service, attendance service, consumer service and terminal management functions,

The background server 12 is used to provide a unified one-card service ordering platform for each enterprise in the background, and is used to provide enterprise and its member order relationship management, mobile card issuance management, user business state management in each enterprise, and SIM card application data state management and business portal services. the

Referring to Fig. 3C, in the embodiment of the present invention, the background server 12 includes a communication unit 120 and a processing unit 121, wherein,

The communication unit 120 is configured to receive a card opening request message from the front-end server 11, where at least the card opening request message carries an enterprise identification ID and a SIM card identification;

The processing unit 121 is configured to instruct the SIM card terminal 10 corresponding to the SIM card ID to create a corresponding main control sub-application according to the order information when determining the validity of the subscription information preset corresponding to the enterprise ID and the SIM card ID and non-main control sub-applications to complete the card issuance process. the

Based on the above system architecture, in actual application, after the enterprise ordering the one-card service submits the relevant information of the enterprise to the manager, the manager will input the order information of the enterprise (such as the name of the enterprise, the specific service content ordered by the enterprise, the enterprise name, etc.) the required security level, the mobile phone number of the enterprise employee who needs to open the business, etc.), at the same time, the background server 12 will generate the corresponding enterprise ID, enterprise administrator login name and password, and the service password for enterprise employees to access the business portal for the enterprise . the

After the above operations are completed, the enterprise can use the front-end server 11 to execute the operation process of issuing cards over the air for the users of the enterprise. Referring to Fig. 3A, in the embodiment of the present invention, the detailed process of opening a one-card service (i.e. issuing a card) for a user using a SIM card terminal is as follows:

Step 301: the front-end server 11 sends a card issuance request message (Create Sub Application Request) to the background server 12, and the card issuance request message carries at least card issuance-related information. the

In practical applications, the above information related to card issuance can include enterprise ID, front-end server ID, SIM card identification (such as mobile phone number), application type (such as access control, attendance, offline consumption, etc.), application index number, employee ID, The employee's serial number and related application information. the

Step 302: After the background server 12 obtains the card-issuing-related information, it checks the validity of the card-issuing-related information, including: judging whether the company subscribes to the all-in-one card service according to the enterprise ID and whether the business status is normal, and whether the mobile phone number requesting card issuance is the corporate members and more. the

Step 303: The background server 12 returns a card issuance request response message (Create Sub Application Response) to the front server 11. the

Step 304: The background server 12 requests the SIM card terminal 10 to obtain a one-card application serial number (Get Serial Number), which is preset and written into the SIM card. the

In practical applications, the background server 12 determines the specific location of the SIM card terminal 10 according to the SIM card identification included in the received card issuance related information, and requests to obtain the application serial number from it. the

Step 305: The SIM card terminal 10 returns the application serial number to the background server 12. the

Step 306: The background server 12 determines that the enterprise has not created a main control sub-application according to the obtained application serial number, the identification of the SIM card terminal 10 and the enterprise ID. the

Step 307: The background server 12 generates the enterprise initial management key, enterprise name, enterprise ID, employee ID, employee enterprise serial number, first-class sub-application validity period, first-class sub-application type, and first-class sub-application type for the SIM card terminal 10. Manage personalized information such as the sub-application index number, and associate the above personalized information with the obtained application serial number. the

Step 308: The background server 12 sends a main control sub-application creation instruction to the SIM card terminal 10, instructing the SIM card terminal 10 to locally create the main control sub-application generated in step 307. the

Step 309: The SIM card terminal 10 returns the creation result of the main control sub-application. If the creation fails, the process ends. the

Step 310: If the main control sub-application is successfully created, the background server 12 determines that no corresponding non-main control sub-application (such as access control application, attendance application, etc.) has been created according to the obtained application serial number and the mobile phone number of the SIM card terminal 10 . the

Step 311: The background server 12 generates the enterprise initial application key (such as access control application subkey, attendance application subkey, etc.), application name, enterprise ID, employee ID, employee enterprise serial number, No. The validity period of the second type of sub-application, the type of the second type of sub-application, the index number of the second type of sub-application and other application personalization information, and associate the above application personalization information with the obtained application serial number. the

Step 312: The background server 12 sends a non-main control sub-application creation instruction to the SIM card terminal 10, instructing the SIM card terminal 10 to locally create the non-main control sub-application generated in step 311. . the

Step 313: The SIM terminal 10 returns the creation result of the non-main control sub-application. the

Step 314: The background server 12 records the card issuance result and updates the service status of the SIM card terminal 10, and notifies the front-end server 11 of the card issuance result. the

In this embodiment, when realizing the above-mentioned interactive process, the background server 12 can first notify the front-end server 11 of the card issuance result, and the front-end server 11 forwards it to the SIM card terminal 10. Notify the SIM card terminal 10 in the form, and details will not be repeated here. the

After the above implementation process is completed, the user can use the SIM card terminal 10 to use the corresponding one-card service on the one-card service terminal (such as access control terminal, card issuing terminal, attendance terminal, consumption terminal, recharge terminal, etc.) under the jurisdiction of the front server 11 . If you want to share the one-card service between multiple enterprises (that is, the same SIM card can be used in multiple enterprises), you only need to generate valid order information (comprising enterprise and member order information) on the background server 12, and then It can be realized that one SIM card supports the one-card application of multiple enterprises; in step 301, the SIM card terminal 10 can carry an enterprise ID, or multiple enterprise IDs, so as to complete the opening of the SIM card terminal 10 for each enterprise's internal one-card service. This greatly improves the usability of the one-card service, expands the application range of the one-card service, and facilitates the use of customers. the

Different from the above-mentioned embodiments, in practical applications, the one-card service (i.e. card issuance) can also be opened for users using the SIM card terminal through the card issuing terminal, as shown in Figure 3B, the detailed process is as follows

Step 1: The front-end server 11 sends an instruction to the SIM card terminal 10 through the card issuing terminal to read the application serial number of the one-card. the

Step 2: The SIM card terminal 10 returns the application serial number of the SIM card. the

Step 3: The front-end server 11 sends an instruction to the SIM card terminal 10 through the card-issuing terminal to read the card sub-application status (enterprise ID, sub-application index number). the

Step 4: The SIM card terminal 10 returns to the all-in-one card application state. the

Step 5: The front-end server 11 judges whether the enterprise has created the main control sub-application according to the card application status returned by the SIM card terminal 10; if it is determined that the enterprise has created the main control sub-application, go to step 19. the

Step 6: The front-end server 11 initiates a request to the back-end server 12 to create a main control sub-application. the

Step 7: The background server 12 checks the subscription relationship. the

Step 8: The background server 12 judges whether the enterprise has created a main control sub-application, and jumps to step 9 if it is determined that it has not been created. the

Step 9: Judging whether there is remaining space, and jumping to step 10 if it is determined that there is remaining space. the

Step 10: The background server 12 generates an initial master control key of the enterprise, and associates the initial master control key of the enterprise with the application serial number of the SIM card terminal.

Step 11: The background server 12 returns a response to the request for creating a master control sub-application to the front-end server 11, and the response includes an instruction for creating a master control sub-application organized by the background server 12 . the

Step 12: The front-end server 11 creates a main control sub-application of the SIM card terminal 10 through the card issuing terminal. (Write in the enterprise initial master key, enterprise transmission key, enterprise MAC key, and enterprise ID; if the enterprise does not provide personalized information, other personalized information defaults to all zeros). the

Step 13: The SIM card terminal 10 returns the result of creating the main control sub-application. the

Step 14: The front-end server 11 sends a result notification of creating the main control sub-application to the back-end server 12 . the

Step 15: The background server 12 returns a response to the front server 11. the

Step 16: The front-end server 11 generates personalized information of the main control sub-application (for example: employee name, position, etc.). the

Step 17: The front-end server 11 updates the personalization information of the main control sub-application to the SIM card terminal 10 through the card writer. the

Step 18: The SIM card terminal 10 returns to the front-end server 11 the result of updating the personalized information of the main control sub-application. the

Step 19: If the update of the personalized information of the main control sub-application fails, the front server 11 notifies the background server 12 that the creation of the main control sub-application fails, otherwise, directly skip to step 20 . the

Step 20: The front-end server 11 initiates a request to the background server 12 to create a non-master sub-application (including access control card/consumption card/time attendance card, etc.), and the request includes enterprise ID, application serial number, application type, sub-application index number, etc. Key Information. the

Step 21: The background server 12 checks whether the main control sub-application and the non-main control sub-application have been created, and whether the card space meets the requirements, and jumps to step 22 when it is determined that both meet the requirements. the

Step 22: The background server 12 generates an initial application key for the enterprise sub-application, and associates the initial application key with the application serial number of the SIM card terminal.

Step 23: The background server 12 returns to the front-end server 11 a response to the request to create a non-master sub-application, and the response includes an instruction organized by the background server 12 to create a non-master sub-application.

Step 24: The front-end server 11 creates a non-master sub-application of the SIM card terminal 10 through the card issuing terminal (writing the initial enterprise application key and enterprise ID; if the enterprise does not provide personalized information, other personalized information defaults to full zero). the

Step 25: The SIM card terminal 10 returns the result of creating a non-main control sub-application. the

Step 26: The front-end server 11 sends a result notification of creating a non-master sub-application to the back-end server 12 . the

Step 27: The background server 12 returns a response to the front server 11. the

Step 28: The front-end server 11 generates personalized information (for example: employee name, position, etc.) of the non-master sub-application. the

Step 29: The front-end server 11 updates the personalization information of the non-main control sub-application to the SIM card terminal 10 through the card issuing terminal. the

Step 30: The SIM card terminal 10 returns to the front-end server 11 the result of updating the personalized information of the non-main control sub-application. the

Step 31: If the personalization information update of the non-main control sub-application fails, the front-end server 11 notifies the background server 12 of the failure to create the non-main control sub-application. the

Based on the above-mentioned embodiments, when the enterprise updates the personalized information of each user (such as modifying the application name, modifying the wallet type, etc.), even if the user is not currently in the enterprise, the background server 12 can be used to update the personal information of each user through the mobile communication network. Update the relevant information of the one-card application in the user's SIM card. Referring to Fig. 4, in the embodiment of the present invention, the detailed process of updating the user's personalized information based on the one-card service is as follows:

Step 401: The front-end server 11 sends a personalized information update request message to the back-end server 12, which carries the enterprise ID, SIM card identification (such as mobile phone number, application serial number), sub-application type, sub-application index number and all Specify the updated information content (such as employee ID, employee company internal serial number, sub-application validity period, etc.). the

Step 402: After receiving the request, the background server 12 verifies the validity of the subscription relationship between the enterprise and the SIM card terminal 10 whose personal information needs to be updated, and determines whether the sub-application for which the member needs to update the personalized information has been created.

Step 403: The background server 12 determines that a sub-application has been created for the above-mentioned client. the

Step 404: The background server 12 returns a personalized information update response message to the front-end server 11. the

Step 405: The background server 12 sends a personalized information update instruction to the SIM card terminal 10 according to the ID of the SIM card terminal 10, and the instruction carries information content specified by the front-end server 11 to update. the

Step 406: After the SIM card terminal 10 updates the local information according to the received instruction, it returns the personalized information update result to the background server 12. the

Step 407: The background server 12 records the personalization data update structure, and notifies the front-end server 11 of the personalization information update result returned by the SIM card terminal 10 . the

Through the above process, the personalized information based on the one-card service stored in the SIM card can be updated in real time, thereby improving the accuracy of the personalized information and further improving the service quality of the one-card service. the

Based on the above-mentioned embodiments, when the user accidentally loses the SIM card terminal 10 or the SIM card therein, the front server 11 may also request the background server 12 to report the loss in time (mode 1), or initiate the loss report through the background server 12 request (method 2). the

When reporting the loss of the SIM card by way one, the user can first perform the loss reporting operation at the front-end server 11, and the front-end server 11 notifies each card service terminal connected locally to blacklist the SIM card identification that has reported the loss, so that anyone can You can no longer use the one-card service through the SIM card that has been reported lost. Then, an application loss reporting notification message is sent to the background server 12, and the loss reporting request message carries the identification of the SIM card (such as a mobile phone number and a one-card application serial number) indicating the loss reporting. The background server 12 records the loss reporting status corresponding to the received SIM card identification, and then sends a loss reporting notification response to the front server 11, and the message carries the SIM card identification recorded as the loss reporting status. the

On the other hand, referring to shown in Fig. 5, in the embodiment of the present invention, the detailed process of carrying out SIM card loss report processing through mode two is as follows:

Step 501: The user sends an application loss report request message to the background server 12 from another terminal (which may be a PC terminal), and the request message carries the identification of the SIM card (such as mobile phone number and application serial number) indicating the loss report. the

Step 502: The background server 12 records the lost report status corresponding to the received SIM card ID. the

Step 503: the background server 12 sends a loss report notification message to the front server 11, and the message carries the ID of the SIM card that has been recorded as a lost report status. the

Step 504: The pre-server 11 records the lost report status corresponding to the received SIM card ID. the

Step 505: the pre-server 11 notifies each of the local external one-card service terminals to blacklist the ID of the SIM card that has been reported lost, so that anyone can no longer use the one-card service through the SIM card that has been reported lost. the

Of course, if the SIM card terminal 10 can use the one-card services within a plurality of enterprises, then through the loss reporting process in the above-mentioned method one and method two, it is also possible to stop multiple one-card services at the same time in one point of processing without going to multiple companies. Click to handle, so as to facilitate the user's use. the

In summary, adopting the technical solution provided by the embodiment of the present invention can not only enable each SIM card terminal 10 to have functions such as access control, attendance, and consumption included in the traditional enterprise one-card service, but also can solve the complicated and complicated issue of the card issuance process. Combined with mobile communication technology, air card issuance is realized, and enterprise employees do not even need to go to the designated card issuing terminal to open a card, but only need to send a card issuance request message carrying the enterprise ID to the background server 12, and the background server 12 can order according to the corresponding enterprise ID The information provides the card opening service for the corresponding SIM card terminal, which greatly simplifies the operation steps of the card opening process, reduces the cost of card issuance, and improves the flexibility of the card issuance process. the

On the other hand, through the SIM card terminal with mobile portability, enterprise members can inquire the personalized information of the one-card service in the SIM card at any time, instead of only being able to inquire at the designated inquiry terminal, which is convenient to a large extent. Improve customer use and improve user experience. the

Finally, through the characteristics of the SIM card terminal, the multiplexing of one card is realized. The employees of the enterprise can integrate the one-card services of multiple enterprises through one SIM card without having to apply for multiple SIM cards. Moreover, when the SIM card terminal is lost, All the one-card services can be frozen with just one point of loss report, without the need to report the loss of each enterprise separately, which greatly facilitates the use of customers and greatly improves the service performance of the one-card service. the

Obviously, those skilled in the art can make various changes and modifications to the embodiments of the present invention without departing from the spirit and scope of the present invention. In this way, if these modifications and variations in the embodiments of the present invention fall within the scope of the claims of the present invention and equivalent technologies thereof, the embodiments of the present invention are also intended to include these modifications and variations. the

Claims (12)

1. an all-purpose card service implementing method is characterized in that, comprising:

The background server that is used for management all-purpose card service system receive come from front server open the card request message, this is opened and carries at least corporate identify ID in the card request message and subscriber identification module identifies;

When described background server is determined the default ordering information validity of the corresponding described ID of enterprise and subscriber identification module sign, obtain in the terminal at described subscriber identification module place for the default application sequence of this subscriber identification module number;

Described background server respectively carries out related with the first application message and the second application message that the corresponding described ordering information in this locality generates the application sequence that obtains number;

The terminal that described background server will mail to described subscriber identification module place through described the first application message and second application message of association process, indicate the terminal at this subscriber identification module place to create the application of master control according to the first application message that obtains, and create non-master control according to the second application message and use, to finish the hair fastener flow process.

2. the method for claim 1 is characterized in that, the number of the described ID of enterprise is one or more.

3. the method for claim 1, it is characterized in that described the first application message comprises: enterprise's management threshold key, the ID of enterprise, employee ID, employee enterprise serial number, first kind are used the term of validity, the sub-application type of the first kind and the sub-application references of the first kind number.

4. the method for claim 1, it is characterized in that described the second application message comprises: enterprise's initial application key, Apply Names, the ID of enterprise, employee ID, employee enterprise serial number, Equations of The Second Kind are used the term of validity, the sub-application type of Equations of The Second Kind and the sub-application references of Equations of The Second Kind number.

5. the method for claim 1, it is characterized in that, described background server directly indicates the terminal at described subscriber identification module place to create the application of corresponding master control according to described ordering information and non-master control is used, perhaps, indicate the terminal at described subscriber identification module place to create the application of corresponding master control and the application of non-master control according to described ordering information by described front server.

6. such as each described method of claim 1-5, it is characterized in that, when the personal information of preserving in the terminal at described subscriber identification module place obtains upgrading, send the update inquiry information of the terminal at this subscriber identification module place by front server to described background server, carry at least in this update inquiry information the described ID of enterprise, subscriber identification module sign, application sequence number and specify the information content of upgrading; When described background server was determined number default ordering information validity of the corresponding described ID of enterprise, subscriber identification module sign and application sequence, the information content of upgrading according to described appointment was upgraded the personal information of the terminal at subscriber identification module place.

7. such as each described method of claim 1-5, it is characterized in that, described background server receive for the terminal at described subscriber identification module place send report the loss request message the time, state reported the loss in application sequence number record to terminal that should the subscriber identification module place, and notify corresponding front server that this application sequence number is piped off.

8. an all-purpose card service system is characterized in that, comprising:

The terminal at subscriber identification module place, the service of using the all-purpose card service system to provide by built-in subscriber identification module;

Front server is used for opening the card request message to the background server transmission, and this is opened and carries at least corporate identify ID and subscriber identification module sign in the card request message;

Background server, be used for management all-purpose card service system, reception come from front server open the card request message after, when determining the default ordering information validity of the corresponding described ID of enterprise and subscriber identification module sign, obtain first in the terminal at described subscriber identification module place for the default application sequence of this subscriber identification module number; With the application sequence that obtains number, carry out respectively related with the first application message and the second application message that the corresponding described ordering information in this locality generates again; And the terminal that will mail to described subscriber identification module place through described the first application message and second application message of association process, indicate the terminal at this subscriber identification module place to create the application of master control according to the first application message that obtains, and create non-master control according to the second application message and use, to finish the hair fastener flow process.

9. system as claimed in claim 8, it is characterized in that, described background server directly indicates the terminal at described subscriber identification module place to create the application of corresponding master control according to described ordering information and non-master control is used, perhaps, indicate the terminal at described subscriber identification module place to create the application of corresponding master control and the application of non-master control according to described ordering information by described front server.

10. such as each described system of claim 8-9, it is characterized in that, when the personal information of preserving in the terminal at described subscriber identification module place obtains upgrading, send update inquiry information for the terminal at described subscriber identification module place by front server to described background server, carry at least in this update inquiry information the described ID of enterprise, subscriber identification module sign, application sequence number and specify the information content of upgrading; When described background server was determined number default ordering information validity of the corresponding described ID of enterprise, subscriber identification module sign and application sequence, the information content of upgrading according to described appointment was upgraded the personal information of the terminal at subscriber identification module place.

11. such as each described system of claim 8-9, it is characterized in that, described background server receive for the terminal at described subscriber identification module place send report the loss request message the time, to the application sequence number state of reporting the loss corresponding to record of terminal that should the subscriber identification module place, and notify corresponding front server that this application sequence number is piped off.

12. a background server is characterized in that, comprising:

Communication unit, be used for to receive come from front server open the card request message, this is opened and carries at least corporate identify ID in the card request message and subscriber identification module identifies;

Processing unit is used for when determining the default ordering information validity of the corresponding described ID of enterprise and subscriber identification module sign, obtains first in the terminal at described subscriber identification module place for the default application sequence of this subscriber identification module number; With the application sequence that obtains number, carry out respectively related with the first application message and the second application message that the corresponding described ordering information in this locality generates again; And the terminal that will mail to described subscriber identification module place through described the first application message and second application message of association process, indicate the terminal at this subscriber identification module place to create the application of master control according to the first application message that obtains, and create non-master control according to the second application message and use, to finish the hair fastener flow process.

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