CN1988581A - Full network charging value access system and method for intelligent network - Google Patents

Abstract

The invention discloses an intelligent network-wide recharge access system and method. The method includes the following steps: setting a recharged account routing table on each access SCP for locating the access SCP to which the recharged account actually belongs. ; After the access SCP receives the recharge card number and recharged account information entered by the user, it determines the access SCP to which the recharged account belongs according to the recharged account routing table stored by itself; the access SCP sends the recharge card number and the recharged account number The information is sent to the belonging access SCP, and the belonging access SCP of the recharged account authenticates and deducts the recharge card number, and authenticates and recharges the recharged account. With the present invention, any mobile user or fixed network user can access the recharge service by dialing the recharge access code, and can recharge for all mobile users, and at the same time, can perform whole-network routing, and realize the functions of different machine recharge and roaming recharge, which is more convenient Mobile users recharge and pay bills.

Description

An Intelligent Network Entire Network Recharge Access System and Method

technical field

The invention relates to an intelligent network recharge technology, in particular to an intelligent network whole network recharge access system and method.

Background technique

The recharging scheme in the prior art is as follows: the user connects to the recharging center (VC) by dialing a phone, and the VC interacts with the corresponding business according to the recharging card number input by the user and the information of the account to be recharged, and authenticates and deducts fees for the recharging card. The recharge account is recharged to complete the user's one recharge.

However, with the massive flow of population and the coexistence of various network types such as GSM, CDMA, and fixed network, there is an urgent need for a recharge solution that can realize the recharge function of the entire network, that is, all mobile and non-mobile users can charge for the province or other provinces. Mobile users in provinces recharge, and the existing recharge scheme cannot provide the whole network recharge function.

Contents of the invention

In order to overcome the problems existing in the prior art, the present invention proposes an intelligent network whole network recharge access system and method, so that mobile and fixed network users can dial the unified recharge service access code and use the whole network recharge card Recharge for all mobile users.

The present invention is specifically realized like this:

An intelligent network-wide recharge access system, comprising:

Access to SCP, user's home SCP, comprehensive recharge center VC, external interface between access SCP and user's home SCP, interface between access SCP and comprehensive recharge center VC,

The access SCP stores a recharged account routing information table for locating the access SCP to which the recharged account actually belongs;

The access SCPs are connected through the No. 7 signaling network for exchanging recharge information among all access SCPs.

The SCP attributable to the user can be replaced by a tent system;

The access to the SCP can realize the automatic voice response recharge process.

The comprehensive recharging center is a GSM recharging center, which is connected to the access SCP through the VOMS interface.

The comprehensive recharging center is a CDMA recharging center, which is connected to the access SCP through the No. 7 signaling network.

A network-wide recharge method for an intelligent network, comprising the following steps:

Step 1, setting up a recharged account routing table on each access SCP for locating the access SCP to which the recharged account actually belongs;

Step 2: After receiving the recharge card number and recharged account information entered by the user, the access SCP determines the access SCP to which the recharged account belongs according to the recharged account routing table stored by itself;

Step 3: The access SCP sends the information of the prepaid card number and the recharged account to the home access SCP, and the home access SCP of the recharged account authenticates and debits the recharge card number, and authenticates and authenticates the recharged account. recharge.

In the step 2, access to the SCP to receive the recharge card number and recharged account information input by the user, specifically refers to:

The user dials the recharge access number, and the call is routed to the interactive voice response device in the province through the mobile switching center, and the interactive voice response device triggers the service to access the SCP;

After the access SCP receives the recharge card number and recharged account information input by the user, it accesses the SCP to process the recharge service, instructs the interactive voice response device to play the prompt tone for inputting the recharged account number, and instructs the interactive voice response device to play The prompt sound for entering the prepaid card password.

The step 3 specifically includes the following steps:

Step (1) accessing the SCP to interact with the integrated VC, and initiate a recharge card authentication request;

Step (2) Comprehensive VC returns recharge card information, if recharge card authentication is successful, then carry out follow-up operation, otherwise end this operation, play recharge unsuccessful sound to the user;

Step (3) Accessing the SCP initiates an instruction to modify the balance and validity period to the SCP belonging to the recharged account;

Step (4) The belonging SCP returns the recharge result information, if the success information is returned, the follow-up operation is performed, otherwise, the operation is terminated;

Step (5) accessing the SCP to interact with the integrated VC, and initiate a recharge card position request;

Step (6) Integrated VC returns the recharge card setting response, if the operation is successful, then play the recharge amount and account balance after recharge for the user, otherwise, the operation is unsuccessful.

The comprehensive recharging center is a GSM recharging center or a CDMA recharging center.

The user-attributed SCP can be replaced by a tent system.

If the access SCP that establishes the call with the user is the access SCP of the roaming province, then:

Before determining the belonging access SCP of the recharged account, first initiate an authentication request to the access SCP of the belonging province;

After the home access SCP of the recharged account authenticates and recharges the recharged account, the home province access SCP returns the user's recharge response to the roaming province access SCP.

Compared with the prior art, the present invention has the following beneficial effects. Any mobile user or fixed network user can access the recharge service by dialing the recharge access code, and can recharge all mobile users, and at the same time, can perform whole-network routing, realizing The functions of recharging on different phones and roaming make it more convenient for mobile users to recharge and pay.

Description of drawings

Fig. 1 is a unit connection diagram of the system of the present invention;

Fig. 2 is a flowchart of the method of the present invention;

Fig. 3 is a flow chart of recharging for prepaid users in the province applying the method of the present invention;

Fig. 4 is a flow chart of recharging for postpaid users in the province applying the method of the present invention;

Fig. 5 is a flow chart of recharging for prepaid users in other provinces applying the method of the present invention;

Fig. 6 is a flow chart of recharging for postpaid users in other provinces applying the method of the present invention.

Detailed ways

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

By adopting the method of the invention, the whole network routing can be carried out, and the functions of different machine recharging and roaming recharging can be realized.

The unit connections of the system of the present invention are shown in FIG. 1 . The system includes an access SCP (service control point), a user's home SCP, an integrated VC, an external interface between the access SCP and the user's home SCP, and an interface between the access SCP and the integrated recharge center VC. The integrated VC can be a GSM VC, connected to the access SCP through the VOMS (Voucher Management System) interface; it can also be a CDMA VC, wherein the access to the SCP realizes the automatic voice response IVR recharge process, and can realize WIN interconnection with the CDMA VC, and The pre-paid user belongs to the SCP/camp system to realize the recharge through the external data interface, and the connection between the access SCPs is connected by the No. Recharge function.

As shown in Figure 2, it is a flow chart of the method according to the present invention. Firstly, the recharged account routing table for locating the recharged account actually belonging to the access SCP is set on each access SCP, and secondly, when the access SCP receives After the user enters the recharge card number and recharged account information, it determines the access SCP to which the recharged account belongs according to its stored recharged account routing table; then the access SCP sends the recharge card number and recharged account information to the home access SCP, the attribution access SCP of the recharged account authenticates and deducts the recharge card number, and authenticates and recharges the recharged account.

As shown in Figure 3, it is a flow chart of recharging for prepaid users in the province using the method of the present invention, which includes the following steps:

Step 201: the user dials the recharge access number, and the call is routed to the IVR (Interactive Voice Response) device in the province through the MSC (Mobile Switching Center), and the service is triggered by the IVR to access the SCP; the access SCP receives the user input After the recharge card number and recharged account information, access the SCP to process the recharge business, instruct the IVR to play the prompt sound for entering the recharged account number, and instruct the IVR to play the prompt sound for entering the recharge card password.

Step 202: The access SCP determines the access SCP to which the account to be charged belongs according to the routing table of the account to be charged, that is, sends an authentication instruction to the SCP to which the account to be charged belongs.

Step 203: The home SCP returns information such as the status of the recharged user. If the recharged user is in a rechargeable state, then access the SCP for subsequent recharge card authentication and recharge actions. If the home SCP returns user authentication failure information, end this session. This operation will play the recharge unsuccessful sound to the user.

Step 204: access the SCP to interact with the integrated VC, and initiate a recharge card authentication request.

Step 205: The integrated VC returns the recharge card information. If the recharge card authentication is successful, follow-up operations are performed; otherwise, the operation ends and the recharge unsuccessful sound is played to the user.

Step 206: The access SCP sends an instruction to modify the balance and validity period to the SCP belonging to the recharged account.

Step 207: The belonging SCP returns the recharge result information. If successful information is returned, follow-up operations are performed; otherwise, the operation is terminated and the recharge unsuccessful sound is played to the user.

Step 208: accessing the SCP to interact with the integrated VC, and initiate a recharge card location request.

Step 209: The comprehensive VC returns a recharge card bit setting response.

Step 210: If the operation is successful, play the recharge amount and the recharged account balance for the user; if the recharge operation is unsuccessful, play the recharge unsuccessful sound for the user.

As shown in Figure 4, it is a flow chart of postpaid user recharging in the province applying the inventive method, and the difference from Fig. 3 is that the attribution SCP of the prepaid user is changed into the camp account system of the postpaid user, in addition, step 301 ˜310 are the same as steps 201-210 in FIG. 3 .

As shown in Figure 5, it is a flow chart of recharging for prepaid users outside the province applying the method of the present invention, which includes the following recharging steps:

Step 401: same as step 201.

Step 402: A (roaming province) province access SCP initiates an authentication request to the home access SCP (B province access SCP) of the recharged account according to the recharged account input by the user.

Step 403-Step 410: Same as Step 202-Step 209.

Step 411: The access SCP of province A (roaming province) receives the user recharge response returned by the access SCP of province B (home province).

Step 412: same as step 210.

As shown in Figure 6, it is a flow chart of recharging for a postpaid user outside the province applying the method of the present invention. Except that the user's belonging SCP is changed into a camp account system, all steps are the same as the operation method in Figure 5, and will not be repeated.

Claims (10)

1. An intelligent network-wide recharge access system, characterized in that it includes: Access service control point, user attribution service control point, integrated recharge center, external interface between access service control point and user attribution service control point, interface between access service control point and integrated recharge center; The access service control point stores a recharged account routing information table for locating the access service control point to which the recharged account actually belongs; The access service control points are connected through the No. 7 signaling network, and are used for exchanging recharge information between all access service control points. 2. The intelligent network-wide recharge access system according to claim 1, characterized in that: The user attribution service control point can be replaced by a tent system; The access service control point can implement an automatic voice response recharge process. 3. The intelligent network-wide recharge access system according to claim 1 or 2, characterized in that: The comprehensive recharging center is a GSM recharging center, which is connected to the access service control point through the VOMS interface. 4. The intelligent network-wide recharge access system according to claim 1 or 2, characterized in that: The comprehensive recharging center is a CDMA recharging center, which is connected to the access service control point through the No. 7 signaling network. 5. An intelligent network-wide recharge method, characterized in that it comprises the following steps: Step 1, setting up on each access service control point a recharged account routing table for locating the access service control point to which the recharged account actually belongs; Step 2: After the access service control point receives the recharge card number and recharged account information input by the user, it determines the access service control point to which the recharged account belongs according to the recharged account routing table stored by itself; Step 3, the access service control point sends the recharge card number and the information of the recharged account to the home access service control point, and the home access service control point of the recharged account authenticates and deducts the recharge card number, and charges the recharged account The recharge account is authenticated and recharged. 6. The intelligent network-wide recharge method according to claim 5, characterized in that: In said step 2, the access service control point receives the recharge card number and recharged account information input by the user, specifically referring to: The user dials the recharge access number, and the call is routed to the interactive voice response device in the province through the mobile switching center, and the interactive voice response device triggers the service to the access service control point; After the access service control point receives the recharge card number and recharged account information input by the user, the access service control point processes the recharge service, instructs the interactive voice response device to play a prompt tone for inputting the recharged account, and instructs the interactive The voice response device plays a prompt tone for entering the recharge card password. 7. The intelligent network-wide recharge method according to claim 5, wherein said step 3 specifically includes the following steps: Step (1) The access service control point interacts with the comprehensive recharge center, and initiates a recharge card authentication request; Step (2) The comprehensive recharge center returns the recharge card information, if the recharge card authentication is successful, then perform subsequent operations, otherwise end this operation; Step (3) The access service control point initiates an instruction to modify the balance and validity period to the belonging service control point of the recharged account; Step (4) The attribution service control point returns the recharge result information, if the success information is returned, then perform subsequent operations, otherwise end this operation; Step (5) The access service control point interacts with the comprehensive recharge center, and initiates a recharge card setting request; Step (6) The comprehensive recharging center returns the recharge card setting response. If the operation is successful, it will play the recharge amount and the account balance after recharging for the user, otherwise, the operation is unsuccessful. 8. The intelligent network-wide recharge method according to claim 5, characterized in that: The comprehensive recharging center is a GSM recharging center or a CDMA recharging center. 9. The intelligent network-wide recharge method according to claim 5 or 6 or 7 or 8, characterized in that: The user home service control point can be replaced by a tent system. 10. The intelligent network-wide recharge method according to claim 9, characterized in that: If the access service control point for establishing a call with the user is the access service control point of the roaming province, then: Before determining the home access service control point of the recharged account, first initiate an authentication request to the home access service control point of the province; After the home access service control point of the recharged account authenticates and recharges the recharged account, the access service control point of the home province returns the user's recharge response to the access service control point of the roaming province.