KR20010045734A - Apparatus and method for using combination in a intelligent network service state number and mobile communication service a state number - Google Patents

Abstract

PURPOSE: An apparatus and a method for using intelligent network service prefixes and mobile communication service prefixes in common are provided to analyze the prefix information of an incoming route previously registered in a DB of an INS(Interconnection Network Subsystem) and execute outgoing routing to a relevant switching network, in case that an intelligent network service prefix or a mobile communication service prefix is inputted to a toll exchange. CONSTITUTION: An apparatus for using intelligent network service prefixes and mobile communication service prefixes consists of an operator terminal(10), a CCS(Central Control Subsystem)(20), an INS(30), a local exchange(40), an ASS(Access Switching Subsystem)(50), a mobile communication exchange(60), and an intelligent network exchange(70). The operator terminal(10) transmits the prefix information of an incoming route to the CCS(20). The CCS(20) is provided with an EC(Execution Control block)/OC(Output Control block)(22). The INS(30) is comprised of an NDH(Number Data Handling block)(32), an RDH(Route Data Handling block)(34), a DB(36), an NTR(Number TRanslation block)(38), and an RCO(Route COntrol block)(39). The local exchange(40) transmits an intelligent network service telephone number received from a calling terminal(E) to the ASS(50) through an incoming route(A) having an intelligent network service function. Also the local exchange(40) transmits a mobile communication network service telephone number received from the calling terminal(E) to the ASS(50) through an incoming route(B) having a mobile communication service function. The ASS(50) contains ECIAs(Extended CEPT Interface board Assemblies)(52,58) and a TKC(Trunk Control Block)(54). The ECIA(52) receives a called terminal's number through either of the two incoming routes(A.B) from the local exchange(40) and transmits it to the TKC(54). The TKC(54) checks whether the called terminal's number was supplied through the incoming route(A) or the incoming route(B).

Description

Device and method for joint use of intelligent network service station number and mobile communication service station number {APPARATUS AND METHOD FOR USING COMBINATION IN A INTELLIGENT NETWORK SERVICE STATE NUMBER AND MOBILE COMMUNICATION SERVICE A STATE NUMBER}

The present invention relates to an apparatus and method for jointly using an intelligent network service station number and a mobile communication service station number. In particular, the present invention relates to an intelligent network service station number or a mobile communication service station number from a calling terminal using a public switched telephone network (hereinafter referred to as a PSTN). If entered, the station number information of the incoming route route already registered in the database (DataBase: hereinafter, DB) in the internal connection network subsystem (hereinafter, abbreviated as INS) is analyzed and sent to the corresponding switching network. It relates to a common use apparatus and method of a station number to perform routing.

In general, the PSTN is used for a local or tandem switching network, and is ultimately developed to be developed as a switch in various types of networks such as a general information communication network and an intelligent network. In terms of service flexibility and network adaptability, the system is suitable for all network applications.

The PSTN has a toll exchange in each region, and each toll exchanger is connected to a local exchange, an intelligent network exchange, and a mobile communication exchange.

On the other hand, when the toll exchanger receives the telephone number of the called terminal from the calling terminal through the local exchange, the telephone exchange translates the telephone number and performs outgoing routing to the corresponding switching network.

At this time, the toll exchanger was developed on the premise that the telephone numbers for the terminating terminals do not overlap for the intelligent network service station number and the mobile communication service station number. However, in the field operation, the collision between the two stations occurred. For example, if a credit calling service number ("161-XXX-XXXX") and a mobile communication service number ("016-123-XXXX") are introduced into a toll exchange at a local exchange, the first digit of the mobile communication service number is entered. After the "0" is deleted, it enters 16123XXXX, and when translating the number from the toll exchanger, it is not possible to distinguish whether it is an intelligent network service station number or a mobile communication service number as the credit number service number 161XXXXXXX is the same. There was a problem in that outgoing routing could not be performed.

Accordingly, the present invention has been made to solve the above-mentioned problems, the object of which is to register the station number information of the incoming route in the DB in the INS in the case that the intelligent network service station number or mobile communication service station number is input to the toll exchanger The present invention provides an intelligent network service station number and a mobile communication service station number and a method for jointly routing outgoing routing to a corresponding switching network by analyzing station number information of an incoming route registered in My DB.

The intelligent network service station number and the mobile communication service station joint use apparatus of the present invention for achieving the above object comprises an operator terminal, the central control subsystem (CCS), the internal connection network subsystem (INS) and the matched exchange sub In an apparatus for controlling outgoing routing from an originating terminal to a called terminal by analyzing station number information of an incoming route at an exchange configured to include a system (ASS), the CCS is an intelligent network service function provided from an operator terminal and mobile communication. An EC / OC for transmitting the station number information for the incoming route to which the service function is implemented, to the INS, wherein the INS is an RDH for receiving the station number information for the incoming route implementing the intelligent network service function provided from the EC / OC; NDH for receiving the station number information of the incoming route where the mobile communication service function provided from the EC / OC is implemented; A database for allocating routes for respective station numbers corresponding to intelligent network service functions and mobile communication service functions provided from RDH and NDH; If the corresponding service station provided by the calling terminal is the station number of each incoming route corresponding to the intelligent network service function and mobile communication service function assigned to the DB, the outgoing routing is requested by searching the outgoing route from the DB to the corresponding service. NTR; An RCO sending an outgoing occupancy request message to the ASS in accordance with the outgoing routing to the service required by the NTR; The ASS includes a TKC that controls outgoing routing to the service switching network according to the outgoing occupancy request message provided by the RCO.

1 is a block diagram of an apparatus for jointly using an intelligent network service station number and a mobile communication service station number according to the present invention;

2 is a detailed flowchart illustrating an operation of using an intelligent network service station number according to an embodiment of the present invention.

3 is a detailed flowchart of an operation of using a mobile communication service station number according to another embodiment of the present invention.

<Explanation of symbols for main parts of drawing>

10: operator terminal 20: CCS

22: EC / OC 36: DB

30: INS 32: NDH

34: RDH 38: NTR

39: RCO 50: ASS

52,58: ECIA 54: TKC

60: mobile communication switch 70: intelligent network switch

Hereinafter, with reference to the accompanying drawings will be described in detail the configuration and operation of the present invention.

1 is a block diagram of an apparatus for joint use of an intelligent network service station number and a mobile communication service station number according to the present invention, which includes an operator terminal 10 and a central control subsystem (hereinafter, abbreviated as CCS) ( 20, INS 30, local exchange 40, Match Switching Subsystem (hereinafter abbreviated as ASS) 50, mobile communication switch 60, intelligent network switch 70 ).

The operator terminal 10 is a terminal operated by the operator, and implements the intelligent network service function and the mobile communication service function in each incoming route, and transmits the station number information of each incoming route thus implemented to the CCS 20. send.

The CCS 20 includes an instruction execution control block (hereinafter referred to as EC) / output control block (hereinafter referred to as OC) 22.

The EC / OC 22 transmits the station number information of the incoming route to which the intelligent network service function is implemented among the station number information of the incoming route received from the operator terminal 10 to the route data processing block in the INS 30. (Hereinafter, referred to as RDH) 34, and the station number information for the incoming route where the mobile communication service function is implemented, is referred to as a number data handling block (hereinafter referred to as NDH) in the INS 30. Transfer to 32.

The INS 30 includes an NDH 32, an RDH 34, a DB 36, a Number TRanslation block (hereinafter referred to as NTR) 38, and a Route COntrol block. (Hereinafter referred to as RCO) 39 is provided.

The NDH 32 transmits the station number information on the incoming route on which the mobile communication service function received from the CCS 20 is implemented, to the DB 36. The RDH 34 transmits the station number information on the incoming route on which the intelligent network service function received from the CCS 20 is implemented, to the DB 36. Accordingly, as the DB 36 stores the station number information on the incoming route received from the NDH 32, the route for the mobile communication service station number is allocated, and the station number information on the incoming route received from the RDH 34 is allocated. As it is stored, a route for the intelligent network service station number is assigned.

The NTR 38 translates the station number from the telephone number of the called terminal received from the ASS 50 to determine whether the station number is the station number of the incoming route registered in the DB 36, that is, whether it is the station number of the intelligent network service function. Otherwise, it checks whether it is the station number of the mobile communication service function, and if it is the station number of the intelligent network service function, the outgoing routing route from the DB 36 to the intelligent network service is requested by the RCO 39. If the station number translated by the NTR 38 is the station number of the mobile communication service function, the outgoing route from the DB 36 to the mobile communication service is searched and the outgoing routing is requested to the RCO 39.

The RCO 39 transmits the outgoing occupancy request message to the Trunk Control Block 54 in the ASS 50 in accordance with the outgoing routing request from the NTR 38.

The ASS 50 includes an E1 matching circuit pack (Extended CEPT Interface board Assembly: hereinafter referred to as ECIA) 52 and 58 and a TKC 54.

The ECIA 52 receives the telephone number of the called terminal from the local exchange 40 through two incoming routes A and B and transmits it to the TKC 54.

The TKC 54 checks whether the telephone number of the called terminal received from the ECIA 52 is entered through the incoming route A or the incoming route B, and then the telephone of the called terminal. The number is loaded on the trunk and transmitted to the NTR 38 in the INS 30. Also, the TKC 54 controls outgoing routing to the corresponding switching network through the ECIA 58 according to the outgoing occupancy request message received from the RCO 39. (For example, in the case of an intelligent network service, the outgoing route is performed. (D) Outgoing routing is performed to the intelligent network switch 70, and in the case of a mobile communication service, outgoing routing is performed to the mobile communication switch 60 through the outgoing route C.)

The local exchange 40 transmits the telephone number of the intelligent network service received from the calling terminal E to the ASS 50 through the incoming route A in which the intelligent network service function is implemented. In addition, the local exchange 40 transmits the telephone number to the mobile communication service received from the calling terminal E to the ASS 50 through the incoming call route B in which the mobile communication service function is implemented.

Referring to the flowchart of Fig. 2, the operation of using the intelligent network service station number according to the embodiment of the present invention having the above-described configuration will be described in detail.

First, the operator uses the operator terminal 10 to implement the intelligent network service function and the mobile communication service function in each incoming route A and B, and the station number information of each incoming route implemented in this manner is EC / Send to OC 22 (step 201).

The EC / OC 22 transmits the station number information of the incoming route A corresponding to the intelligent network service function received from the operator terminal 10 to the DB 36 through the RDH 34, and transmits the information to the mobile communication service function. Station number information of the corresponding incoming route B is transmitted to the DB 36 via the NDH 32 (step 202).

As the DB 36 stores the station number information of the incoming route B corresponding to the mobile communication service function provided from the NDH 32, a route for the mobile communication service station number is allocated and provided from the RDH 34. As the station number information of the incoming route A corresponding to the intelligent network service function is stored, a route for the intelligent network service station number is allocated (step 203).

At this time, the originating terminal E dials a telephone number (eg, "161-XXX-XXXX") to the intelligent network service and transmits it to the local exchange 40 to receive the credit call service (step 204).

The local exchange 40 transmits the telephone number of the intelligent network service received from the calling terminal E to the ECIA 52 through the incoming route A in which the intelligent network service function is implemented (step 205).

The ECIA 52 receives the telephone number of the intelligent network service from the local exchange 40 through the incoming route A in which the intelligent network service function is implemented, and transmits the telephone number of the intelligent network service to the TKC 54 (step 206).

The TKC 54 carries the telephone number of the intelligent network service received from the ECIA 52 through the incoming route A in which the intelligent network service function is implemented, and transmits the telephone number of the intelligent network service to the NTR 38 (step 207).

The NTR 38 translates the station number among the phone numbers of the intelligent network service received from the TKC 54, and determines whether the station number is the incoming route station number to the intelligent network service registered in the DB 36 (step 208). If it is not the incoming route to the intelligent network service in the determination step 208, outgoing routing to the corresponding station number is performed (step 209). If the incoming route to the intelligent network service is determined in the decision step 208, the outgoing route to the intelligent network service is searched by the DB 36 to request the outgoing routing to the RCO 39 (step 210).

The RCO 39 sends an outgoing occupancy request message to the TKC 54 according to the outgoing routing request from the NTR 38 (step 211). TKC 54 controls outgoing routing to intelligent network switch 70 via ECIA 58 according to the outgoing occupancy request message received from RCO 39 (step 212).

And, as another embodiment of the present invention, Figure 3 describes in detail the operation of using a mobile communication service station number according to another embodiment of the present invention.

First, when the calling terminal E dials a telephone number to the called terminal, that is, a station number of the mobile communication service function (for example, "016-XXX-XXXX") to make a call connection with the mobile communication terminal, the telephone number of the called terminal. Is sent to the local exchange 40 (step 301).

The local exchange 40 transmits the telephone number of the called terminal received from the calling terminal E to the ECIA 52 via the incoming call route B in which the mobile communication service function is implemented (step 302).

The ECIA 52 receives the telephone number of the called terminal from the local exchange 40 via the incoming route B in which the mobile communication service function is implemented, and transmits it to the TKC 54 (step 303).

The TKC 54 carries the telephone number of the called terminal received from the ECIA 52 through the incoming call route B in which the mobile communication service function is implemented, and transmits the telephone number of the called terminal to the NTR 38 (step 304). .

The NTR 38 translates the station number among the telephone numbers of the terminating terminal received from the TKC 54, and determines whether the station number is the incoming route station number to the mobile communication service registered in the DB 36 (step 305).

If it is not the incoming route to the mobile communication service in the determination step 305, outgoing routing to the corresponding station number is performed (step 306). If the station number of the incoming route to the mobile communication service is determined in the determination step 305, the outgoing route to the mobile communication service is searched by the DB 36 to request the outgoing routing to the RCO 39 (step 307). ).

The RCO 39 sends an outgoing occupancy request message to the TKC 54 according to the outgoing routing request from the NTR 38 (step 308). The TKC 54 controls outgoing routing to the mobile communication switch 60 via the ECIA 58 according to the outgoing occupancy request message received from the RCO 39 (step 309).

According to the present invention as described above, the station number information of the incoming route is registered in the DB in the INS when the intelligent network service station number or the mobile communication service station number is input to the toll exchanger. By performing the outgoing routing to the corresponding switching network by analyzing the, it is possible to use the station number that is easy to remember for the general public without restriction of the station number resource.

Claims (2)

An exchange terminal having an operator terminal and including a central control subsystem (CCS), an internal network subsystem (INS), and a matching exchange subsystem (ASS), analyzes the station number information of the incoming route at the originating terminal. In the apparatus for controlling outgoing routing to the destination terminal, The CCS, A command execution control block / output control block (EC / OC) for transmitting the station number information on the incoming route to which the intelligent network service function and the mobile communication service function provided from the operator terminal are implemented, to the INS, The INS, A route data processing block (RDH) for receiving the station number information of the incoming route that implements the intelligent network service function provided from the EC / OC; A number data processing block (NDH) for receiving the station number information of the incoming route where the mobile communication service function provided from the EC / OC is implemented; A database for allocating routes for respective station numbers corresponding to the intelligent network service function and the mobile communication service function provided from the RDH and NDH; If the corresponding service station number provided by the originating terminal is a station number of each incoming route corresponding to the intelligent network service function and the mobile communication service function assigned to the database, the outgoing route from the DB to the corresponding service. A number translation processing block (NTR) for searching for and requesting outgoing routing; A root control block (RCO) for sending outgoing occupancy request message to the ASS according to outgoing routing to the corresponding service requested by the NTR; The ASS is, Intelligent network service station number and mobile communication service station number comprising a trunk control block (TKC) for controlling outgoing routing to the service switching network according to the outgoing occupancy request message to the corresponding service provided by the RCO. Shared use device. It has an operator terminal and has a number data processing block (NDH), a root data processing block (RDH), a database (DB), a trunk control block (TKC), a number translation processing block (NTR), and a root control. A method for controlling outgoing routing from an originating terminal to a called terminal by analyzing station number information of an incoming route at an exchange configured to include a block (RCO), Implementing an intelligent network service function and a mobile communication service function at each incoming route using the operator terminal; Transmitting the station number information of the incoming route corresponding to the intelligent network service function to the DB through the RDH, and transmitting the station number information of the incoming route corresponding to the mobile communication service function to the DB through the NDH; As the DB stores the station information of the incoming route corresponding to the mobile communication service function, the route for the mobile communication service station number is allocated, and the intelligent network service station number is stored according to the station number information of the incoming route corresponding to the intelligent network service function. A route for is assigned; Transmitting an incoming call route in which the intelligent network service function is implemented to the TKC, the telephone number of the intelligent network service received from the calling terminal; Transmitting a telephone number of an intelligent network service to an NTR in a TKC, wherein the NTR translates a station number from the telephone number to determine whether the station number is an incoming route to the intelligent network service registered in a DB; Searching for an outgoing route from the DB to the intelligent network service and transmitting the outgoing occupancy request message to the TKC through the RCO in case of the incoming route to the intelligent network service in the determining step; And controlling the outgoing routing to the intelligent network switch according to the outgoing occupancy request message in the TKC.