FR2756395A1 - Detailed billing in high capacity communication processing system - Google Patents

Abstract

A data user (100) able to receive data at three terminals through a telephone network (110), a packet switched network (120) and an integrated system digital network (130) receives data from a data supplier (300) using a high capacity communication processing system (200). The high capacity communication processing system (200) has a high speed switch (220), a packet system processor (230) for incoming data and a sub-system (240) for accessing the operational network. Billing information is obtained by incorporating an accessing system into the customer networks (210) which processes a customer call and billing protocol and also a local system managing and operating unit (250) which manages product and billing data within the main system (200).

Description

 The present invention relates to a method and a device for detailed billing processing in a high capacity communication processing system.

More particularly, the present invention relates to a method and a device for detailed billing processing in a large-capacity communication processing system that processes the detailed billing of a subscriber by inclusion in that system of a network access system. subscriber, which processes a user call and a billing protocol, and a local operating and management system that operates and manages a partial system of the high capacity communication processing system that includes article and billing information.

 In general, most service providers (information providers) impose user fees on the user through their own billing processing processes and collect this information individually. . Such a billing processing method is not only inconvenient for an information user because the more the number of information providers increases, the more accounts payable for the information used increases, but it is also disadvantageous for a provider of information as the more information users increase, the more the cost of collecting information usage taxes increases.

 In order to overcome these disadvantages, a detailed billing processing method has been developed for a small capacity communication processing system. However, the method has disadvantages in that it deals only with subscribers to a telephone network and can not accommodate subscribers for Integrated Services Digital Network (ISDN) and digital switched network. packages that are increasingly used.

 Further, the aricle code interrogation method of the small capacity communication processing system is imperfect in that the response speed to a query is low and a packet network is increasingly loaded. since a polling request processing element and a polling response processing element are connected to the packet network and a call must be connected to the packet network each time a code is searched for. article, and a billing protocol required to process a detailed billing is so complicated that it is difficult to incorporate the billing protocol into an information provider's system.

 In order to solve the above problem, the object of the present invention is to provide a method and device for billing information usage charges on behalf of an information provider by creating a processing system. communication device including a subscriber network access system that accepts a telephone network, a packet network and an ISDN.

The subscriber network access system includes a telephone network access subsystem (TNAS), a packet network access subsystem (PNAS), and an ISDN network access subsystem. (INAS). In addition, the invention provides a detailed billing processing method in the packet network other than the network.
HINET-P.

 In detailed billing processing for the information used when an information user uses information provided by an information provider via the high capacity communication processing system, a method of the present invention for achieving the above objective is to enable the high-capacity communication processing system to process the detailed billing to subscribers by including in this system a subscriber network access system which processes a user call and a billing protocol, and a local operating and management system that operates and manages a partial system of the high capacity communication processing system that includes product information and billing information.

 The method according to the present invention comprises a first step in which an information user connects to a high capacity communication processing system and selects a desired information service; a second step in which the information user connects to an information provider in the high capacity communication processing system to connect to the information service selected in the first step; a third step in which the information provider connected in the second step processes a screen relating to the use of information; a fourth step in which it is determined in the high capacity communication processing system whether there is an article code for the information service selected in the first step and whether it is to be used; a fifth step in which the information provider confirms the result of the fourth step; a sixth step in which, if the transmission of information is approved as a result of the confirmation in the fifth step, the collection of the billing data is started by receiving a notice of commencement of transmission of information provided by the provider of information. information in the high capacity communication processing system; a seventh step in which the collection of billing data is completed by receiving an end of information transmission notice provided by the information provider in the high capacity communication processing system; an eighth step in which billing information is created and stored and then sent to the information user in the high capacity communication processing system; a ninth step in which, if the creation and storage of billing information is complete or if the information user requests the release of the information service, the large-capacity communication processing system is released from the service provider; information; and a tenth step in which, if the information user requests its disconnection from the large-capacity communication processing system, the information user is disconnected from the large-capacity communication processing system after issuing the billing details. until this moment.

 In addition to the foregoing, the invention also comprises other provisions which will emerge from the description which follows.

The invention will be better understood with the aid of the additional description below which refers to the appended drawings in which
Fig. 1 is a schematic diagram of a service network of a high capacity communication processing system to which the present invention is applied.
Fig. 2 is a block diagram relating to article code processing, according to an embodiment of the present invention.
FIG. 3 is a block diagram relating to the creation and processing of billing information, in accordance with the embodiment of the present invention.
Fig. 4 is a flow diagram of the general processing according to the embodiment of the present invention;
Fig. 5 is a flowchart of a step in which the communication processing system is connected and the information service is selected, according to the embodiment of the present invention.
Fig. 6 is a flow chart of a step in which the information service is connected, according to the embodiment of the present invention.
Fig. 7 is a flowchart of a step in which a screen is processed, according to the embodiment of the present invention.
Fig. 8 is a flowchart of a step in which an item code is interrogated and answered according to the embodiment of the present invention.
Fig. 9 is a flowchart of a step in which the result of the interrogation mode concerning the item code is confirmed, according to the embodiment of the present invention.
Fig. 10 is a flowchart of a step in which the item information transmission starts, according to the embodiment of the present invention.
Fig. 11 is a flowchart of a step in which the article information transmission is complete, in accordance with the embodiment of the present invention.
Fig. 12 is a flow chart of a step in which the billing information is created and stored, in accordance with the embodiment of the present invention.
Fig. 13 is a flowchart of a step in which the information service is released, according to the embodiment of the present invention; and
Fig. 14 is a flowchart of a step in which the communication processing system is released, in accordance with the embodiment of the present invention.

 It should be understood, however, that these drawings and the corresponding descriptive parts are given solely by way of illustration of the object of the invention, of which they in no way constitute a limitation.

 The preferred embodiments of the present invention and its advantages are now described with reference to FIGS. 1 to 14.

 As shown in FIG. 1, the service network of the high capacity communication processing system comprises a high capacity communication processing system 200 which provides an information retrieval network service, an information user 100 which uses information by connection to the high-capacity communication processing system 200, an information provider 300 which provides information by connection to the large-capacity communication processing system 200, a telephone network 110, a packet network 120 and an ISDN network 130 which connects the high capacity communication processing system 200 and the information user 100, a packet network 301 which connects the high capacity communication processing system 200 and the information provider 300, and a guiding and user service system (GAUSS) that is used in information retrieval A user's connection to an open type information service is connected to the packet network 301.

 The high capacity communications processing system 200 includes a subscriber network access system 210, a fast switching element (HSSF) 200, a local management and operation system (LOMS) 250 which operates and manages a partial system of the high capacity communications processing system 200, an operational network access subsystem (ONAS) 240 which connects the LOMS 250 and the HSSF 220 and manages the billing information, and a network service processor by packets 230 which is connected to the packet network 301.

 The subscriber network access subsystem 210 comprises a telephone network access subsystem (TNAS) 211 which intervenes if the connection is requested via the telephone network 110, a subsystem access subsystem. packet network (PNAS) 212 which occurs if the connection is requested via the packet network 120 and an ISDN network access subsystem (INAS) 213 which intervenes if the connection is requested via ISDN 130.

 The high capacity communication processing system 200, which provides the information retrieval network service by its above-mentioned structure, normally functions as a gate between a terminal connected to the information user 100 and the provider of the information retrieval network. information 300 connected to the packet network 301. If and when the information user 100 wishes to be connected to the large-capacity communication processing system 200 via the telephone network 110 or the packet network 120 or 1 ' ISDN 130 in order to use an information service, the telephone network access subsystem 211 or the packet network access subsystem 212 or the ISDN network access subsystem 213, together constituting the subscriber network access system 210, operates and normally executes the call connection.

At this time, subscriber network access system 210 retrieves an original number for a service connection call in the connection procedure and processes it as a billing object, and connects it to the processor. packet network 230 by using a communication of the fast switching element
HSSF 220 and connects it to the information provider 300 via the packet network 301 when the user connected to the subscriber network access system 210 desires to use the information service.

As shown in Fig. 2, the product code processing element according to the embodiment of the present invention comprises a first service processing part 214 which processes a user call and a billing protocol, a part of product code interrogation processing 215 which processes a product code interrogation by information exchange with the first service processing part 214, a first HSSF communication part 216 which communicates with the HSSF 220 on the system side subscriber network access 210, a second HSSF communication portion 242 which communicates with the HSSF 220 on the
operational network access subsystem 240, a first LAN communication part 243 that manages a LAN in the operational network access subsystem 240, a first protocol access part 241 that executes control and protocol access between the second HSSF communication portion 242 and the first LAN communication portion 243, a second LAN communication portion 251 that manages the LAN communication in the local management and operating system 250, a an item code query response part 252 which receives a product code search request from the second LAN communication part 251 and processes it, a database processing part 253 which processes the data a product code, an item code database 255 and a product information management part 254 that records / cancels / modifies the item code information.

 As shown in Fig. 3, the billing information processing part according to the embodiment of the present invention comprises a second service processing part 214 'which processes a user call and billing information, a queue billing transmission wait 217 which receives the billing information from the second service processing part 214 'and transfers it, a billing transmission information processor 218 which processes the contents of the service queue. billing transmission 217, a third HSSF communication portion 216 'which transmits the contents of the billing transmission information processor 218 to the HSSF 220 on the subscriber network access system side 210, a fourth HSSF communication portion 242 'which extracts the contents of the HSSF 220 and introduces it into the operational network access subsystem 240, a third party of communication LAN cation 243 'which manages the LAN communication in the operational network access subsystem 240, a second protocol access part 241' which executes control and protocol access between the fourth HSSF communication part 242 'and the third LAN communication part 243', a fourth LAN communication part 251 'which manages the LAN communication in the local management and operating system 250, a billing receipt queue 256 which transfers the received billing information from the fourth LAN communication part 251 ', an operator instruction language processor 259 which processes the instruction language associated with the billing processing, a billing processing part 257 which receives the information from the billing receipt queue 256 and the operator instruction language processor 259 and processes the billing, an operator instruction queue 258 which transmits the operator instruction between the billing processing portion 257 and the operator instruction language processor 259, and a storage means 260 which stores the billing information processed in the billing processing portion 257.

 The storage means 260 includes a backup file 261, a billing database 262, and a billing magnetic strip 263. The billing processing portion 257 contains billing information transmitted by the network access system. subscriber 210 in a database and in a recorder, and she indicates them. The billing protocol according to the present invention does not use a protocol sequence structure when transmitting general data. I1 uses a protocol sequence structure only when transmitting data necessary for billing creation and service ordering.

 Table 1 below summarizes billing protocol flags or flags according to the present invention.

Table 1

ORDER <SEP> NAME <SEP> FLAG <SEP> VALUE <SEP> VALUE <SEP> ASCII <SEP> USAGE
<tb> 1 <SEP> P1 <SEP> - <SEP> D1 <SEP>'1'<SEP> 0 <SEP> x <SEP> 31 <SEP> Flag <SEP> sort <SEP> login
<tb> 2 <SEP> P1 <SEP> - <SEP> D2 <SEP>'2'<SEP> 0 <SEP> x <SEP> 32 <SEP> Flag <SEP> Request <SEP> Search
<tb> code <SEP> article
<tb> 3 <SEP> P1 <SEP> - <SEP> D3 <SEP>'3'<SEP> 0 <SEP> x <SEP> 33 <SEP> Flag <SEP> Result <SEP> Search <SEP> Code
<tb> article
<tb> 4 <SEP> P1 <SEP> - <SEP> D4 <SEP>'4'<SEP> 0 <SEP> x <SEP> 34 <SEP> Flag <SEP> Notification <SEP> Start <SEP> Transmission <SEP> information <SEP> article
<tb> 5 <SEP> P1 <SEP> - <SEP> D5 <SEP>'5'<SEP> 0 <SEP> x <SEP> 35 <SEP> Flag <SEP> Notification <SEP> End <SEP> Transmission <SEP> information <SEP> article
<tb> 6 <SEP> P1 <SEP> - <SEP> D6 <SEP>'6'<SEP> 0 <SEP> x <SEP> 36 <SEP> Flag <SEP> Notification <SEP> Time <SEP> d 'use <SEP> information
<tb> 7 <SEP> P1 <SEP> - <SEP> D7 <SEP>'7'<SEP> 0 <SEP> x <SEP> 37 <SEP> Flag <SEP> Request <SEP> Transmission
<tb> information <SEP> user
<tb> 8 <SEP> P1 <SEP> - <SEP> D8 <SEP>'8'<SEP> 0 <SEP> x <SEP> 38 <SEP> Flag <SEP> Answer <SEP> Transmission
<tb> information <SEP> user
<tb> 9 <SEP> P1 <SEP> - <SEP> D9 <SEP> F0 <SEP> 0 <SEP> x <SEP> F0 <SEP> Flag <SEP> Transmission <SEP> Classifier <SEP> Protocol
<Tb>
In order to create an imputation for the use of information in the high-capacity communication processing system instead of the information provider, it is essential to create billing information in the network access system. subscriber 210. For this, the subscriber network access system 210 and the information provider 300 must exchange the information necessary for creating billing. Therefore, the protocol sequence structure is used only for a minimal operating procedure such as the transmission of user identification information (ID) for transmission of billing information and open type connection. It is not used for general data transmission.

 When a protocol is transmitted to the information provider 300 from the subscriber network access system 210, the flags Ox31, Ox33, Ox36 and Ox38 shown in Table 1 are transmitted. Their form is as shown in Table 2. When transmitting general data, the user information is transmitted as is, without a protocol flag.

Table 2
Protocol data transmission structure to the information provider

<SEP> classification <SEP> classification <SEP> procedure <SEP> area data
<tb> Flag <SEP> classification <SEP> Length <SEP> data <SEP> Data <SEP> protocol
<Tb>
When a protocol is transmitted to the subscriber network access system 210 from the information provider 300, the flags Ox32, 0x34, Ox35, 0x37 and OxfO are transmitted in the form indicated in Table 3. When the transmission of general data, the information data is transmitted as is, without a protocol flag.

Table 3
Protocol data transmission structure to the subscriber network access subsystem from the information provider

<tb> Classifier <SEP> Value <SEP> Structure
<tb> of <SEP> protocol <SEP> Key <SEP> Protocol
<tb><SEP> Flag <SEP> Length <SEP> Data
<tb><SEP> Data
<tb> OxfO <SEP> Oxfl <SEP> 0x01
<tb> Oxf2 <SEP> 0x02 <SEP> Oxf3
<tb> 0x03 <SEP> Oxf4 <SEP> 0x04 <SEP>
<tb> Oxf5 <SEP> 0x05 <SEP> Oxf6
<tb> 0x06 <SEP> Oxf7 <SEP> 0x07
<tb><SEP> 15 <SEP> bytes <SEP> 15 <SEP> bytes <SEP> 1 <SEP> byte <SEP> 2 <SEP> bytes <SEP> n <SEP> byte
<Tb>
In Tables 1 to 3, flag 0x31 is used when connecting to the information provider and includes a ten-digit item code. The flag 0x32 is used when the information provider queries the communication processing system about an article code corresponding to a menu chosen by the user. Flag 0x33 is used when transmitting the response to the query. The flag 0x34 is a notification flag of the beginning of transmission of article information.

 Flag 0x35 is used to signal the end of transmission of item information. Flag 0x36 is a response to the end of article information transmission. It is used when the usage time of the item information and the amount of information used which is calculated in the service processing part 214 'is transmitted. The skin 0x37 is used when searching for user information. Flag 0x38 is used as the search response.

 Flag 0xf0 last used is a flag to distinguish it from general data in that it is located in front of 0x32 protocol flags 0x34, 0x35, 0x37 and 0x38 which are used by the information provider when these flags are transmitted.

 As shown in Fig. 4, the detailed billing processing method in the high capacity communication processing system according to the embodiment of the present invention comprises a first step 310 in which an information user connects to the data communication system. high-capacity communication process and chooses a desired information service, a second step 320 in which the information user connects to an information provider in the high-capacity communication processing system so as to connect at the information service chosen in the first step 310, a third step 330 in which the information provider connected to the second step 320 processes a screen relating to the use of information, a fourth step 340 in which it is determined, in the high-capacity communication processing system, if there is a product code it for the information service chosen in the first step 310 and whether it should be used or not, a fifth step 350 in which the information provider confirms the result of the fourth step, a sixth step 360 in which, if the transmission of information is approved as a result of the confirmation at the fifth step 350, the collection of the billing data begins with the receipt of a signal of start of transmission of information provided by the information provider in the system of high-capacity communication processing, a seventh step 370 in which billing data collection is terminated by receiving an information termination signal provided by the information provider in the large communication processing system. capacity, an eighth step 380 in which billing information is created and stored and then sent to the user of information in the high-capacity communication processing system, a ninth step 390 in which, if the creation and storage of billing information is complete or if the information user requests the release of the information service, the high-capacity communication processing system is disconnected from the information provider, and a tenth step 400 in which, if the information user requests the disconnection of the large-capacity communication processing system, the user of information is disconnected from the high capacity communication processing system.

 As indicated in FIG. 5, the first step 310, that is, the detailed billing process at the connection step of the communication processing system and the selection of the information service, begins, in 311, when the information user 100 requests a call connection by input of 014XY and entry of a connection number in the subscriber network access system 210.

 If the information user is connected to a telephone network 110, he is then connected to a telephone network access system 211. If he is connected to a packet network 120, he is connected to a subsystem packet network access access 212. If connected to an ISDN network 130, it is connected to an ISDN network access subsystem 213. Each subscriber network access system 210 retrieves a number from the ISDN network access subsystem 210. origin of the user in the call connection procedure and processes this number, at 312, as a billing object in accordance with the use of an open type information service. If the subscriber network access system 210 has terminated the call connection with the information user, an initially connected screen of the high capacity communication processing system conforming to the connected network type is provided to the user. in 313.

 If and when an information service is chosen according to a menu of the initially connected screen, a connection method is decided in 314. If the information user wishes, in 315, to be directly connected to a desired service by selecting an item code, a service processing part 214 of each subscriber network access subsystem 210 creates an item code query sequence at 316 and transmits it 317 to a response part to an item code query 252 in the local management and operating system 250 via a HSSF 220.

 Then, the service processing part 214, which received at 318 a response as a result of the item code query in the item code item response part 252, determines in 319 whether the search for article code was successful and it decides in 319 'a type of article code connection if the user has chosen the article code. If the user wants to be connected to the name of the information provider without selecting the item code, the connection type becomes the name of the information provider, in 319 ".

 As indicated in FIG. 6, in the second step 30, that is to say in the information service connection step, the type of connection is first confirmed at 321. If the connection type is an item code, we create a product code connection sequence at 322.

If it is not the article code, an information provider name connection sequence is created at 323.

 Then, the X.25 call connection is made to the information provider 300 via the packet network service processor 230 at 324.

When the call connection between the high-capacity communication processing system 200 and the information provider 300 is completed, the information provider 300 transmits, in 325, a start-of-service sequence to the processing part of service 214 '.

 The treatment part of

 If and when the user chooses a final service at 334 via the detailed menu, the information provider confirms at 335 an article code corresponding to this service and proceeds to a step 340 of interrogation and response of article code. If the final service is not chosen, the information provider determines in 336 whether the information service should be released and goes to an information service release step 390 if the information service is released, and it provides at 331 the zone menu if the information service is not released.

 As indicated in FIG. 8, in the fourth step, that is to say in the article code interrogation and response step, the information provider creates a code interrogation sequence at 341. of article and transmits it at 342 to the service processing portion 214 of the subscriber network access system 210 if an item code is selected. The service processing portion 214 that has received the item code communicates it at 343 to the item code interrogation and response part 252 in the local management and operating system 250. Then the part query and item code response 252 which has received the item code confirms it at 344 in the database and transmits at 345 the search result to the service processing part 214. The part of service processing 214 that has confirmed the search result creates a search result sequence depending on whether the search is successful or not. If the interrogation or article code search is successful, the information provider sends the user, in 347, a charge of charges for using information for the selected item code, and it determines in 348 if it must be used. When the confirmed article code contains a usage approval, the information provider registers, at 349, "A" which represents the acceptance of a transmission of product information in the query result sequence. If the result of the interrogation indicates a defect or a refusal of use, the information provider records, in 349 ', "N" which represents a refusal of transmission of item information in the result sequence of query.

 As shown in FIG. 9, at the fifth step 350, that is, at the item code query result confirmation step, the information provider receives at 351 a result sequence of a product code query transmitted by the subscriber network access system 210 and confirms at 352 an item information transmission acceptance area. If the transmission is approved, the information provider starts transmitting product information in 360 and, if the result of the query is a refusal of use (the transmission of product information is not yet approved) it informs the user at 353 and determines at 354 whether the information service connection should be released. When the user requests the release of the information service connection, the information provider releases the call connection, in 390, and returns to 330 in the menu screen if the user does not made such a request.

 As shown in Fig. 10, in the sixth step 360, i.e., the item information transmission start step, the information provider 300 which has obtained the approval of the 100 for the transmission of article information immediately creates, at 361, an item information transmission start sequence and transmits it at 362 to the service processing part 214 'in the access system of the item access system. subscriber network 210.

 The service processing portion 214 'which has received in 363 the item information transmission start sequence begins in 364 the billing period and begins in 365 collecting the billing data with respect to the quantity of billing data. information used, at the same time.

 As shown in FIG. 11, at the seventh step 370, that is, at the end of product information transmission step, when the user wishes to terminate the information service in progress or when the supply of the product information is complete, the information provider 300 creates in 371 an end of article information transmission sequence and transmits it at 372 to the service processing part 214 'in the access system subscriber network 210. Next, the service processing portion 214 'which has received in 373 the end-of-item information transmission sequence ends in 374 the billing usage period and stops in 375. the collection of billing data with regard to the amount of information used at the same time.

 As indicated in FIG. 12, at the eighth step, that is, at the step of creating and storing billing information, the time of use of the item information and the amount of data of the item. The information used is calculated after termination of the billing data collection by the end of product information transmission sequence. Billing information is then created at 384 by the decision of a billing process at 383 and a confirmed billing rate when searching for an item code. The billing details created as indicated above are transmitted in 385 to the information provider 300 by creating a detailed billing information sequence. Then, the information provider 300 receives the detailed sequence of billing information and stores it in memory at 386. The service processing part 214 ', which transmitted the detailed sequence of billing information to the provider of the billing information. 300, transmits the billing information to the billing processing portion 257 in the local management and operating system 250 at 387. The billing processing portion 257 that has received the billing information at 388 stores those in 389 in a database and a magnetic tape and sends its result message to the operator at 389 '.

 As indicated in FIG. 13, at the ninth step 390, that is to say at the information service release step, if the user requests the release of the information service by determining in 391 this information service. whether or not it must submit a request for this after use of the information service, the request to clear the call connection of the information service is transmitted in 392 to the subscriber network access system 210, and the subscriber network access subsystem 210 which received it releases at 393 the call connection of the information service. In the case where the release of the information service is not requested, the subscriber network access subsystem proceeds to step 331 of providing menu information by zone.

 As shown in Fig. 14, the tenth step 400, i.e. the release step of the communication processing system, is as follows.

 First, if and when a call connected to the information provider is released, the subscriber network access subsystem 210 provides at 401 again an initial screen and determines at 402 whether the user desires the release of the high-capacity communication processing system and, if the user desires this release, the subsystem 210 determines in 403 whether to read the billing details up to this instant after connection and, if he wishes to read them, he provides them in 404 and releases his call in 405.

 In the case where the user does not wish to release the high-capacity communication processing system in step 402 to determine whether or not the user desires its release, the network access subsystem of Subscriber proceeds to step 314 for selecting a connection method.

 The present invention connects an information user who uses various public communication networks, such as a telephone network, a packet network and an ISDN network, to an information service in an open manner and provides a method of billing based on a measured rate system for the quantity of services used.

 The invention enables high speed data communication by greatly simplifying the protocol operation procedure necessary for the creation of billing information and provides a detailed billing function even in a packet network other than HINET-P by taking into account several packet networks. In addition, it reduces the connection load to an external network by forming an article code response part in the local management and operating system connected to the high speed switching element HSSF in the interrogation method about an article code.

 As is apparent from the above, the invention is not limited to those of its embodiments and applications which have just been described more explicitly; it encompasses all the variants that may come to the mind of the technician in the field without departing from the scope or scope of the present invention.

Claims (15)

 1. A method for processing a detailed billing of information used by an information user (100), when the information user uses information provided by an information provider (300) through a system high-capacity communication processing system (200), which processes a subscriber's detailed billing, by incorporating a subscriber network access system (210) that processes a user call and a billing protocol and a local operating and management system (250) that operates and manages a partial system of the high capacity communication system, including item information and billing information.  The detailed billing processing method in the high capacity communication processing system according to claim 1, comprising  a first step (310) in which the information user (100) connects to the high capacity communication processing system (200) and selects a desired information service  a second step (320) in which the information user connects to the information provider (300) in the high-capacity communication processing system to connect to the information service selected in the first step  a third step (330) in which the information provider connected in the second step processes a screen relating to the use of information  a fourth step (340) in which it is determined whether or not there is an article code for the information selected in the first step and whether or not it is to be used  a fifth step (350) in which the information provider confirms the result of the fourth step  a sixth step (360) in which, if the transmission of information is approved as a result of the confirmation at the fifth step, the collection of the billing data is started by receiving a notice of start of transmission of information provided by the information provider  a seventh step (370) in which billing data collection is terminated by receiving an end-of-information notification provided by the information provider  an eighth step (380) in which information is created and stored and sent to the information user  a ninth step (390) in which, if the creation and storage of billing information is complete or if the information user requests the release of the information service, the large-capacity communication processing system is released the information provider; and  a tenth step (400) in which, if the information user requests the disconnection of the high capacity communication processing system, the information user is disconnected from the high capacity communication processing system after providing the details billing until that moment.  A detailed billing processing method in the high capacity communication processing system according to claim 2, wherein the first step (310) comprises  an eleventh step (311) in which the information user (100) requests a call connection by inputting a connection number to the subscriber network access subsystem (210) of the processing system large capacity communication (200)  a twelfth step (312) in which the subscriber network access system retrieves the user's original number in the call connection procedure, and treats it as a billing object for a dial-up service; open type information used  a thirteenth step (313) wherein, if a call connection of the high capacity communication processing system with the information user is terminated, the subscriber network access system provides an initial login screen of the communication processing system of large capacity to the user of information according to the type of the connected network  a fourteenth step (314) in which the subscriber network access system selects a connection method, by choosing an information service according to a menu of the initial connection screen  a fifteenth step (315) in which the information user selects an article code and decides whether to connect directly to a desired service  a sixteenth step (316) in which, if the information user wishes to select the article code and directly connect it to the desired service as a result of the fifteenth step, the subscriber network access system creates a sequence Article Code Search  a seventeenth step (317) in which the subscriber network access system transmits the article code search sequence created in the sixteenth step to a search part of the article code search (252). ) in the local operating and management system (250) via the HSSF (220)  an eighteenth step (318) wherein the subscriber network access system receives an article code search result response provided by the response portion of the article code search  a nineteenth step (319) in which the subscriber network access system which received the item code search result response at the eighteenth step determines whether the item code has been searched for  a twentieth step (319 ') in which, if the subscriber network access system approves the search of the article code as a result of the nineteenth step, it decides a connection type as a code of article and, if it disapproves the article code search, it comes back to the thirteenth step, and  a twenty-first step (319 ") in which, if the information user wishes to be connected to the name of the information provider without selecting an article code as a result of the fifteenth step, the information system subscriber network access decides that the connection type is the name of the information provider.  The detailed billing processing method in the high capacity communication processing system according to claim 2, wherein the second step (320) comprises  a twenty-second step (321) in which the subscriber network access system (210) confirms the type of connection  a twenty-third step in which the subscriber network access system creates (322) an article code connection sequence if the connection type is an article code as a result of the twenty-second step, and it creates (323) an information provider name connection sequence if the connection type is the name of the information provider  a twenty-fourth step (324) in which the subscriber network access system makes a call connection to the information provider (300) via a packet network service processor (230). ) inside the high-capacity communication processing system  a twenty-fifth step (325) in which the information provider transmits a start of service sequence to the subscriber network access system if the call connection is terminated at the twenty-fourth step  a twenty-sixth step (326) where the subscriber network access subsystem that received the start of service sequence transmits the created connection sequence to the information provider  a twenty-seventh step (327) in which the information provider that received the connection sequence types in the connection type  a twenty-eighth step (328) in which the subscriber network access system goes to the third step (330) if the connection type is the information provider name connection type as a result of the twenty -seventh step, and it confirms the received article code if the type of connection is not the type of information provider name connection; and  a twenty-ninth step (329) in which the subscriber network access subsystem goes to the third step (330) if the received article code is not a possible article code as a result of the twenty-eighth step and it goes to the sixth step (360) if the received article code is a possible article code.  A detailed billing processing method in the high capacity communication processing system according to claim 2, wherein the third step (330) comprises  a thirty-first step (331) in which the information provider (300) provides a zone menu if the information provider's connection type is the information provider name connection as a result of the connection in the second stage (320)  a thirty-second step (332) in which the information user selects a search area from the zone menu provided at the thirty-first step  a thirty-third step (333) in which the information provider provides a detailed menu of the search area, selected as the result of the thirty-second step, on the screen  a thirty-fourth step (334) in which the information user selects a final service from the detailed menu presented at the thirty-third step  a thirty-fifth step (335) in which, if the service chosen in the thirty-fourth step is the final service, the information user confirms an article code corresponding to that service and, if the service chosen does not is not the final service, he judges whether the release of the information service must be requested; and  a thirty-sixth step (336) wherein, if the information user requests the release of the information service as a result of the judgment at the thirty-fifth step, the subscriber network access system goes to the ninth step (390) and, if the information user does not request the release of the information service, it goes to the thirty-first step.  The detailed billing processing method in the high capacity communication processing system of claim 2 wherein the fourth step (340) comprises  a forty-first step (341) wherein, if the information user selects an article code, the information provider (300) creates an article code search sequence  a forty-second step (342) in which the information provider transmits the article code search sequence to the subscriber network access subsystem (210)  a forty-third step (343) in which the subscriber network access system that has received the article code search sequence searches for the code in the local operating and management system (250)  a forty-fourth step (344) in which the local operating and management system confirms the code received in a database  a forty-fifth step (345) in which the local operating and management system transmits the result of the search, performed at the forty-third step, to the subscriber network access system  a forty-sixth step (346) in which the subscriber network access system checks whether the result of the inquiry is successful  a forty-seventh step (347) in which, if the article search is successful as a result of the verification at the forty-sixth step, the subscriber network access system charges the user a fee of use of information for the chosen article code  a forty-eighth step (348) in which the subscriber network access subsystem checks whether the user will use the information  a forty-ninth step (349) in which, if the user wishes to use the information as a result of the check in the forty-eighth step, the subscriber network access system marks the transmission acceptance in the sequence of search result and transmits it to the user of information; and  a fiftieth step (349 ') in which, if the user does not wish to use the information as a result of the check in the forty-eighth step, the subscriber network access system marks the refusal of transmission in the sequence of search result and transmits it to the user of information.  The detailed billing processing method in the high capacity communication processing system according to claim 2, wherein the fifth step (350) is characterized by comprising  a fifty-first step (351) in which the information provider (300) receives the article code search result sequence transmitted by the subscriber network access subsystem (210)  a fifty-second step (352) in which the information provider confirms an article information transmission acceptance zone  a fifty-third step (353) in which, if the information provider accepts the transmission as a result of the confirmation at the fifty-second step, the subscriber network access subsystem goes to the sixth step (360) and, if the information provider refuses the transmission, it sends the search result to the user, and then the subscriber network access system checks (354) whether the current information service connection supply must be released and it releases it (390> in case it must be released and it goes to the menu screen (330) in case it does not have to be released.  8. A detailed billing processing method in the high capacity communication processing system according to claim 2, wherein the sixth step (360) comprises  a sixty-first step (361) wherein, if the information provider (300) receives an item information transmission acceptance from the information user (100), the information provider creates immediately a sequence of beginning of transmission of information of article  a sixty-second step (362) wherein the information provider transmits the item information transmission start sequence to the subscriber network access system (210); and  a sixty-third step (363) wherein the subscriber network access subsystem starts the billing time and begins collecting the billing data for the amount of information used.  a seventy-third step (373) in which the subscriber network access system, which has received the item information transmission end sequence at the seventy-second step, stops counting billing time and stops collecting billing data for the amount of information used.  a seventy-second step (372) in which the information provider transmits the seventy-first one item-end information transmission sequence to the subscriber network access system (210); ); and  a seventy-first step (371) in which, if the user desires termination of the current service or if the item information is completely supplied, the information provider (300) creates an end-of-transmission sequence article information  The detailed billing processing method in the high capacity communication processing system according to claim 2, wherein the seventh step (370) comprises  10. A billing processing method detailed in the high capacity communication processing system according to claim 2, wherein the eighth step (380) comprises  an eighty-first step (381) in which the subscriber network access system (210) stops collection of the billing data by the end of article information transmission sequence and then calculates the time of use of the article information and the amount of article information used  an eighty-second step (382) wherein the subscriber network access system creates billing information, by deciding the billing method and the billing rate confirmed when searching for a billing code. article  an eighty-third step (383) in which the subscriber network access system creates a detailed sequence of billing information from the billing details created in the eighty-second step, and it transmits to the information provider  an eighty-fourth step (384) in which the information provider stores the detailed sequence of billing information  an eighty-fifth step (385) in which the subscriber network access system, which transmitted the detailed sequence of billing information to the information provider, transmits the billing information to the operating system and local management (250); and  an eighty-sixth step (386) in which the local operating and management system stores the received billing information in a database and storage means, and then sends a resulting message to the operator.  11. A billing processing method detailed in the high capacity communication processing system according to claim 2, wherein the ninth step (390) comprises  a ninety-one step (391) in which, if the information user (100) requests the release of the information service after use, the subscriber network access system (210) requests the release of the information service call connection and, if no request is made, it returns to a menu screen; and  a ninety-second step (392) in which the subscriber network access system releases the call connection in accordance with the ninety-first connection release request.  A detailed billing processing method in the high capacity communication processing system according to claim 2, wherein the tenth step (400) comprises  a ninety-third step (401) in which, if the call connected to the information user (100) is deleted, the subscriber network access system (210) again provides an initial screen  a ninety-four step (402) in which the subscriber network access system verifies whether the information user wishes to release the large-capacity communication processing system  a ninety-fifth step (403) in which, if the information user requests the release of the high-capacity communication processing system as a result of the ninety-four step verification, the system of subscriber network access checks whether the information user requests the communication of billing details and, if no request is made for this, goes to the fourteenth step (314)  an ninety-sixth step (404) in which, if the information user requests disclosure of the billing details as a result of the ninety-five step verification, the network access system of Subscriber provides details of the billing after the call connection; and  a ninety-seventh step (405) in which the subscriber network access system releases the call connection.  A detailed billing processing device in a high capacity communication processing system that includes a subscriber network access system (210) and a local management and operating system (250), which includes  an article code processing element which receives a request for article code search from the subscriber network access system and processes the request and performs the registration / deletion / modification of the subscriber network access system; Article code information maintained in the local operating and management system and  a billing information processing element which receives the billing information of the selected article code information via the item code processing element from the subscriber network access system , and including them in a registration element (260) within the operating and local management system, for communication.  A detailed billing processing device in the high capacity communication processing system according to claim 13, wherein the item code processing element comprises  an article code information handling part (254) which manages the article code information by recording / deleting / modifying the article code information within the operating and local management system (250)  a first service processing part (214) that processes a user call and a billing protocol  an article code lookup processing part (215) which requests an article code lookup for product code information from the article code information handling part if a subscriber requests a searching for an article code via the information exchange with the first service processing part  an article code search response part (252) which receives a search request relating to an article code from the article code search processing part and which responds to the search processing part of article code by searching for the article code information of the article code information management part; and  an article code database (255) that stores the article code information.  A detailed billing processing device in the high capacity communication processing system according to claim 13, wherein the billing information processing element comprises  a second service processing portion (214 ') that processes a user call and billing information  a billing transmitting part (217) receiving the billing information from the second service processing part and transferring this information  an operator instruction language processor (259) that processes the instruction language associated with the billing process  a billing processing part (257) which processes the billing information transmitted by the billing transmitting part in accordance with the information of the operator instruction language processor, and stores them  an operator instruction queue (258) that transmits an operator instruction between the billing processing portion and the operator instruction language processor; and  storage means (260) which stores the billing information processed by the billing processing element.