JP2005284439A - System and method for cooperating in service in different business category - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To realize cooperation in services in different business categories without largely revising the existing host or server. <P>SOLUTION: A financial system HUB11 judges the business categories of data from a terminal 31 by referring to an input data distribution table 1010, and transmits the data in the same business categories to a financial system host 4, and judges whether to wait for the processing start of data in another business categories until the processing of the data in the same business categories is completed, and transmits the data in the other business categories to an integral server 21. The integral server 21 transmits the data from the financial system HUB 11 to a transport system HUB 12 or the like according to the decision result of whether to wait for the processing start of the data in the other business configurations until the processing of the data in the same business categories is completed, and transmits the processing result data from the transport system HUB 12 for the data to the financial system HUB 11. The financial system HUB 11 transmits the processing result data from the financial system host 4 and the processing result data from the integral server 21 to a terminal 31 in the same business categories. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a system and method for coordinating services of different business formats, and more particularly to a system and method for performing operation services collectively by executing an application or the like when outsourcing an automatic terminal or the like.

  In a financial institution, if a customer selects a service for Bank B using ATM (Automated Teller Machine) of Bank A as a mechanism to receive services of other banks, and operates the ATM, the corresponding message is sent to Bank A There is a method of directly exchanging with bank B via a relay center without going through an accounting host. In other words, this is a method in which a relay center capable of centrally managing the exchange of messages and the like is provided between the ATM of each bank and each bank account host (see Patent Document 1).

  In many cases, the relay center is operated by a relay center (outsourcing) of an operation service company separated from each bank.

  In addition, when cash is entered and exited from an ATM at an operation service company, the cash held in each ATM is centrally managed by issuing a request to the account host of the relevant financial institution to adjust the balance of operating funds. There is also a method (see Patent Document 2).

JP 2001-290945 A JP 2002-342834 A

  The above prior art specifies a financial institution to be traded from an account specifying medium input by a customer into an ATM, creates a transaction request message based on information of the specified financial institution, and creates the created transaction request message. It directly communicates with the accounting host of the corresponding financial institution through the relay center.

  However, this is to select multiple financial institutions, and after selecting them, they will conduct message transactions with the host of the relevant financial institution as before, and on services other than financial transactions (for example, ticket sales) on ATM, Because it is necessary to interact with financial institutions and hosts of other companies in cooperation with each other, the method is not possible.

  Also, with regard to collective management of operating funds at ATM, after all, it is necessary to manage a cash management account in the database on the corresponding transaction host, and it cannot be realized without modifying the host side.

  An object of the present invention is to provide a system and method for efficiently linking services of different business formats.

  An object of the present invention is to provide a system and method for realizing cooperation of services in different business categories in order to greatly improve existing hosts and servers.

  The present invention is a distribution device that refers to the distribution information in the storage device of the distribution device, determines the business condition of the data from the terminal based on the data from the terminal, and stores the data of the same business condition in the same business condition To determine whether to wait for the start of processing of the data of the other business type until the processing of the data of the same business type is completed, and to identify the data of the other business type, the identification information of the other business type, and the same business type in the other business type Sends to the common management device the result of determining whether to wait for the start of data processing for other business types until the data processing is complete, and starts processing data for other business types until the data processing for the same business type is completed on the common management device Depending on the determination result of whether or not to wait, the data from the sorting device is transmitted to another sorting device corresponding to the identification information of the other business state, and the processing result data from the other sorting device for the data is sent Sent to the sorting device, and the same business condition with the sorting device Processing results and data from the processing apparatus and the processing result data from the common management device transmits to the terminal in the same business category.

  ADVANTAGE OF THE INVENTION According to this invention, the service of a different business condition can be efficiently cooperated by distributing data with a distribution apparatus and aiming at cooperation between distribution apparatuses with a common management apparatus.

  According to the present invention, by distributing data with a distribution device and coordinating between distribution devices with a common management device, it is possible to link services of different business types in order to greatly improve existing hosts and servers. can do.

  The first embodiment of the present invention will be described below.

  FIG. 1 shows an outline of a system configuration related to the present invention.

  As shown in FIG. 1, this system includes a terminal 31 such as an automatic machine installed for each business type, a terminal 32 for transportation such as railway / aviation, and a terminal 33 for a public institution via a network. 1 is connected to the HUB group in 1. The HUB group has a financial HUB 11 for financial institutions, a transport HUB 12 for delivery companies, a public HUB 13 for public service providers, etc. for each business type, and each HUB is managed in common via a network. Connected to the unit 2. The financial HUB 11 is connected to a financial host 4 (which may be a server computer instead of a host computer) via a network, and the transport HUB 12 is connected to a transport host 5 (instead of a host computer). The public HUB 13 may be a server computer, and the public host 6 (may be a server computer instead of the host computer) is connected between the related business types. The terminals 31 to 33 accept input of information from the customer or output information to the customer. The terminals 31 to 33 include an input device, an output device (may be integrated with the input device), a processing device, a storage device, and a communication device. The financial system HUB 11, the transport system HUB 12, and the public system HUB 13 include a processing device, a storage device, and a communication device.

  On the other hand, the common management unit 2 includes an integration server 21 for integrating services of different business types or the same business type, an AP management server 22 for storing APs, a joint ATMG / W 23, and a service G / W 24. Further, the joint ATMG / W 23 is connected to a joint ATM network, and the service G / W 24 is connected to another industry network. The integrated server 21 and the AP management server 22 include a processing device, a storage device, and a communication device. Details of the role of each HUB and main server will be described with reference to FIGS.

  In FIG. 2, the functional configuration of the HUB installed in the business type management unit 1 such as the financial HUB 11, the transport HUB 12, and the public HUB 13 is shown. Since each HUB has the same functional configuration, the HUB 10 will be described as a representative here. The HUB 10 has an input data distribution function 101 that distributes data received from each connected terminal and the integrated server 21 to a corresponding transmission destination (which business HUB), an input data distribution function 101, and a connected host. An integrated server data transmission function 102 for transmitting the data received from the host output data distribution function 104, the host output data distribution function 104, and the input data distribution function 101 to the integrated server 21; In accordance with a request from a terminal, the AP management server 22 includes an AP distribution function 103 for receiving a corresponding application and distributing it to the corresponding terminal. These functions are realized by a processing device, a storage device, and a communication device.

  In FIG. 3, a functional configuration of the integrated server 21 installed in the common management unit 2 is shown. The integrated server 21 determines whether to transmit data to the corresponding HUB according to the HUB distribution function 211 that distributes the data received from the HUB 10 to the corresponding HUB for each business category and the processing result from the HUB for each business category. The data transmission determination function 212 is configured. These functions are realized by a processing device, a storage device, and a communication device.

  In FIG. 4, a functional configuration of the AP management server 22 installed in the common management unit 2 is shown. The AP management server 22 receives the application distribution request from the business type HUB to which the corresponding terminal is connected, and based on the business type terminal determination function 221 for determining the corresponding terminal, and the determined terminal information, A corresponding AP distribution function 222 for distributing the corresponding AP is configured. These functions are realized by a processing device, a storage device, and a communication device.

  In FIG. 5, the functional configuration of the terminal 30 for each business type, such as the terminal 31, the railway / aviation terminal 32, and the public terminal 33, is shown. The terminal 30 includes an information input / output function 301 for transmitting / receiving information to / from the connected HUB 10, an AP execution base 302 for executing an application distributed from the AP management server 22, and a terminal that is appropriate when the application is executed. It comprises a device control function 303 for controlling these devices. These functions are realized by an input device, an output device, a processing device, a storage device, and a communication device.

  FIG. 6 shows the configuration of an input data distribution table 1010 that is a rule table for determining information from the connected terminal 31 by the input data distribution function 101 in the HUB 10 installed in the business category management unit 1. . The input data distribution table 1010 is stored in the storage device. The input data distribution table 1010 shown in FIG. 6 includes a data type column 1011 for storing data types such as a header and data, and a data type item column 1012 for storing specific items corresponding to the data type.

  In FIG. 7, the configuration of the output data distribution table 10410, which is a rule table for determining output data to the connected host by the host output data distribution function 104 in the HUB 10 installed in the business type management unit 1, is shown. Show. The output data distribution table 10410 is stored in the storage device. Similar to the input data distribution table 1010, the output data distribution table 10410 in FIG. 7 includes a data type column 10411 for storing the data type and a data type item column 10412 for storing specific items corresponding to the data type. Has been. The output data distribution table 10410 has the same output destination business type, for example, distinguishes between bank A and bank B. In the example of FIG. 7, the output data distribution table 10410 tries to distribute according to the contents of the header items of the output data. Is.

  FIG. 8 shows the configuration of a transmission data storage table 1020 for transmission to the integrated server 21 by the integrated server data transmission function 102 in the HUB 10 installed in the business category management unit 1. The transmission data storage table 1020 is stored in the storage device. The transmission data storage table 1020 in FIG. 8 includes a header field 1021 for storing header data, a transmission destination code field 1022 for storing a transmission destination HUB code, a transmission data field 1023 for storing transmission data, and a data transmission destination field. The table includes a distribution result column 1020 for storing information (“common management” in the case of FIG. 8).

  FIG. 9 shows a configuration of a common management data table 2100 that manages data input / output to / from the integrated server 21 installed in the common management unit 2. The common management data table 2100 is stored in the storage device. The common management data table 2100 in FIG. 9 includes a management code column 2101 for storing a management code for performing individual management for each input / output data, a header column 2102 for storing header information of input / output data, and an input / output A data column 2103 for storing information of the data itself, a transmission source column 2104 for storing a transmission source HUB code, a transmission destination column 2105 for storing a transmission destination HUB code, and whether to transmit data to the transmission destination It comprises a judgment status column 2106 for storing a judgment code.

  In FIG. 10, the data from the financial host 4, the transport host 5, the public host 6, and the integrated server 21 in the host output data distribution function 104 of the HUB 10 of the business type management unit 1 are connected to each other. The structure of the terminal data transmission table 10420 for transmitting to the terminal 30 is shown. The terminal data transmission table 10420 is stored in the storage device. The terminal data transmission table 10420 in FIG. 10 includes a terminal code column 10421 for storing a code of a corresponding terminal that transmits data, a header column 10422 for storing header information of transmission data, and data for storing transmission data contents. It consists of a column 10423.

  FIG. 11 shows the configuration of a terminal information reception table 3010 for receiving data transmitted from the HUB 10 connected to the corresponding terminal 30 by the information input / output function 301 of the terminal 30. The terminal information reception table 3010 is stored in the storage device. A terminal information reception table 3010 in FIG. 11 includes a reception code column 3011 for storing a reception code for each received data, a header column 3012 for storing header information of received data, and the contents of the received data. It consists of a data column 3013 to be stored.

  Next, the main processing flow of the present invention is shown in FIG. In the present invention, since a series of processes are carried out between a plurality of terminals, a plurality of HUBs, a plurality of hosts, and a plurality of servers, in FIG. 12, the terminals, the HUBs connected to the terminals, the HUBs of different business types, and the AP management server It is divided into integrated servers and shown as a processing flow including processing cooperation between them.

  In FIG. 12, first, in step 100 which is processing of the terminal 30 (for example, terminal 31 such as ATM), a distribution request for the corresponding application is transmitted to the connected HUB 10 (for example, financial HUB 11) by the operation of the customer. Next, in step 200, which is the processing of the financial HUB 11, for example, in response to the distribution request from step 100, an application distribution instruction is issued to the AP management server 22. Next, in step 400, which is processing of the AP management server 22, in response to a distribution instruction from the financial HUB 11, for example, an application is selected in response to a request from the corresponding terminal 31. The AP management server 22 preferably reads out the application from the storage device using the application ID from the terminal 31 and the financial HUB 11 as a key. Next, in step 410, the execution form of the application selected in step 400 is transmitted to the financial HUB 11. Next, in step 210 which is processing in the financial HUB 11, the execution form of the application transmitted in step 400 is transmitted to the corresponding terminal 31. Next, in step 110 which is processing of the terminal 31, the application transmitted from step 210 is received and the application is executed. Details of step 100 and step 110 will be described later with reference to FIG.

  Next, in step 120, which is the process of the terminal 31, the terminal 31 receives the input of data necessary for the process from the customer by executing the distributed application, and transmits the input data to the financial HUB 11. Next, in step 220 which is processing of the financial HUB 11, the host or the integrated server 21 to which the input data transmitted from the terminal 31 is to be transmitted is classified. Details of step 220 will be described later with reference to FIG.

  Next, in step 230, as a result of the input data classification in step 220, not the data to be transmitted to the financial host 4 connected to the financial HUB, but the data to be transmitted to the integrated server 21 (that is, data of other business conditions). It is determined whether or not. As a result of the determination, if it is data of another business state, the process goes to Step 500 which is processing of the integrated server 21. On the other hand, if the data is to be transmitted to the financial host 4, go to Step 240. In step 500, a distribution process for transmitting the data transmitted in step 230 to the corresponding HUB 10 (for example, the transport system HUB 12) is performed. Details of step 500 will be described later with reference to FIG.

  On the other hand, in step 240, the determination data is transmitted to the corresponding financial host 4. For example, the host output data distribution function 104 refers to the output data distribution table 10410 and selects a host to output data from a plurality of hosts. That is, the host output data distribution function 104 searches the output data distribution table 10410 for a record that matches the header of the data from the input data distribution function 101, and the host indicated by the searched record is the host that should output the data. Determine as. Next, in step 250, processing result data is received from the financial host 4 that transmitted the data. Next, in step 260, processing in another business state is performed in step 500, and a processing request is made to the integrated server 21 to the host in the corresponding other business state in accordance with the processing result data in step 250. Details of step 260 will be described later with reference to FIG.

  Next, in step 510 which is processing of the integrated server 21, data is transmitted to the transport HUB 12 distributed in step 500. Next, in step 300 which is processing of the transport system HUB 12, the data transmitted from the integrated server 21 is transmitted to the corresponding transport system host 5. Next, in step 310, the processing data from the transport system host 5 that has been transmitted is received, and the processing data is transmitted to the integrated server 21. Next, in step 520 which is processing of the integrated server 21, the received processing data is transmitted to the corresponding HUB 10 (in the example, the financial HUB 11). Next, in step 270 which is processing of the financial HUB 11, processing result data received from the integration server 21 is transmitted to the corresponding terminal 31. For example, when the host output data distribution function 104 transmits the processing result data from the host or the integrated server to the terminal, the terminal code of the destination terminal is stored in the terminal code column 10421 of the terminal data transmission table 10420 and processed. The result data header is stored in the terminal data transmission table 10420 in the header field 10422, and the data content of the processing result data is stored in the terminal data transmission table 10420 in the data field 10423. Details of step 270 will be described later with reference to FIG.

  Next, in step 130, which is the processing of the terminal 31, the processing data transmitted from the financial HUB 11 is displayed / output on the terminal as a processing result. For example, when the information input / output function 301 receives processing result data from the HUB 10, it assigns a reception code, stores the reception code in the reception code column 3011 of the terminal information reception table 3010, and sets the header of the processing result data. The terminal information reception table 3010 is stored in the header field 3012, and the data content of the processing result data is stored in the terminal information reception table 3010 in the data field 3013.

  Next, the flow of application execution processing in step 100 and step 110, which are processing of the terminal 30, will be described with reference to FIG.

  In step 1001, a list of service menus is displayed on the screen so that a customer operating an application executed on the terminal can select it. Next, in step 1002, a selection for the menu displayed in step 1001 is received from the customer, and a distribution request for the corresponding application is transmitted to the connected HUB 10 from the information input / output function 301 of the terminal 30 in FIG. In step 1101, the execution form of the corresponding application is received from the information input / output function 301. Next, in step 1102, the received application is executed on the AP execution platform 302 of the terminal 30. In step 1103, a data input screen for performing service processing is displayed by executing the application.

  Next, the flow of input data classification in step 220, which is the processing of the HUB 10, will be described with reference to FIG.

  In step 2201, input data from the terminal 30 is received. Next, in step 2202, the header name added to the input data is referenced to classify whether or not the input data is for the business type host connected to the relevant HUB 10. For example, the header of the input data is compared with the header field of the input data sorting table 1010, and the business condition is determined from the record that matches the header of the input data. When it is determined that the input data includes data of different business formats based on the header of the input data, the input data is separated for each business format. In step 2202, it is determined whether or not the input data can be classified in the header. As a result of the determination, if the data is classified, the process goes to step 2205. On the other hand, if it cannot be classified, the process goes to step 2204. Next, in step 2204, the content of the input data is compared with the input data distribution table 1010 in FIG. 6 to determine whether the input data is input to the business type host connected to the HUB. For example, the contents of the input data are compared with the data field of the input data distribution table 1010, and the business condition is determined from the record that matches the contents of the input data. When it is determined that the input data includes data of different business formats based on the contents of the input data, the input data is separated for each business format. Next, in step 2205, it is determined whether to wait for processing in another business state, that is, processing to be transmitted to the integrated server 21, until processing of the connected host is completed based on input data determination. For example, if processing of the same business type cannot be started unless the processing of the same business type is completed in the processing sequence, wait until the processing of the connected host is completed, and even if the processing of the same business type is not completed, If the process can be started, it does not wait for the connected host to complete the process. This determination rule is preferably stored in advance by the HUB storage device. As a result of the determination, when waiting until the processing of the host in the same business type is completed, this processing is terminated. On the other hand, when the processing in the integrated server 21 is to be performed without waiting for the completion of the processing of the host in the same business state, the process goes to step 2206. In step 2206, the common management in the distribution result column 1024 of the transmission data storage table 1020 in FIG. 8 has information “processed (OK)” as the determination state. If it is determined that the processing is in another business state, the HUB code in the other business state is stored in the transmission destination code column of the transmission data storage table 1020 in FIG. However, a code of another business type may be used instead of the HUB code of another business type.

  Next, the flow of the input data distribution process in step 500, which is the process of the integrated server 21, will be described with reference to FIG.

  In step 5001, the input data and transmission data storage table 1020 transmitted from the HUB are received and stored in the common management data table 2100 in FIG. The management code is assigned a unique code by the integrated server 21 every time data is input, and stored in the management code column 2101. Next, in step 5002, it is determined whether or not the processing has been completed (OK) based on the information received in step 5001. If the result of determination is that processing has been completed (OK), the routine goes to step 5006. On the other hand, if it has not been processed, the process goes to step 5003. Next, in step 5003, it is determined whether or not the state determination is a processing failure (NG) based on the information received in step 5001. As a result of the determination, if the state determination is NG, go to Step 5005. On the other hand, if the state determination is not NG, the process goes to step 5004. Next, in step 5004, the process waits for information reception of “processed (OK)” as the determination state from the HUB, and if information is received, the process goes to step 5006. Next, in step 5006, the processed (OK) information is stored in the determination status column 2106 of the common management data table 2100. Next, in step 5005, processing failure (NG) information is stored in the determination status column 2106 of the common management data table 2100.

  Next, the flow of determination processing for the processing result in HUB in step 260 which is processing of HUB 10 will be described with reference to FIG.

  In step 2601, it is determined whether data for other business formats is included based on the determination result in step 230, and whether there is data processing in the host in the same business format. As a result of the determination, if there is data processing at a host in the same business type, the process goes to step 2602. On the other hand, when there is no data processing at the host in the same business type, this processing ends. Next, in step 2602, it is determined whether or not the processing from the host in the same business type is completed. For example, it is determined whether or not the processing is completed from the header or data content of the processing result data from the host. As a result of the determination, when the processing is completed, the common management in the distribution result column 1024 of the transmission data storage table 1020 has information “processed (OK)” as the determination state. On the other hand, if it has not been completed (failed), the common management in the distribution result field 1024 has information “processing failure (NG)” as the determination state. Next, in Step 2605, the results of Step 2603 and Step 2604 are transmitted to the integrated server 21.

  Next, the flow of processing result transmission processing to the terminal 30 in step 270 which is processing of the HUB 10 will be described with reference to FIG.

  In step 2701, it is determined whether processing in a business condition different from the terminal 30 has been performed by the integrated server 21. For example, by storing whether or not a processing request is made to the integrated server 21 in step 260, it is determined whether or not the processing has been performed by the integrated server 21. As a result of the determination, if the integrated server 21 performs the process, the process goes to step 2702. On the other hand, if the processing is not performed in the integrated server 21, the process goes to Step 2703. Next, in Step 2702, it is determined whether or not the processing result from the integrated server 21 has been received. If not received, the processing waits until the processing result data is received. On the other hand, when the processing result data is received, the process goes to Step 2703. Next, in step 2703, the processing result data from the same business type and the processing result data in the other business type in step 2702 are integrated. Next, in step 2704, the integrated processing result data is transmitted to the corresponding terminal 30.

  Next, FIG. 18 schematically shows the flow of processing described so far. As shown in FIG. 18, data (input data) 10010 input at the terminal 31 is first sent to the financial HUB 11. The financial HUB 11 is classified into a financial host 4 that is the same business type (financial) and another business type (transportation system, etc.).

  As a result of the classification, the account data 10011 is sent to the financial host 4 and processed to become processed data 10021. On the other hand, data classified for other business conditions is sent to the integrated server 21 and waits for processing at the financial host. The processing data 10021 which is the processing result of the financial host 4 is returned from the financial host 4 to the financial HUB 11 and the processing is OK. When notified to the integrated server 21, the data for other business conditions (ticketing data) 10012 is transmitted to the corresponding transport system HUB 12 and processed by the corresponding transport system host 5. The processing data 10022 which is the processing result of the transport system host 5 is sent again to the transport system HUB 12 and returned to the financial system HUB 11 via the integrated server 21. In the financial HUB 11, the processing data 10021 and the processing data 10022 are integrated and transmitted as output data 10020 to the corresponding terminal 31. The integration server 21 may integrate the processing data 10021 and the processing data 10022 and send the integrated output data 10020 from the integration server 21 to the financial HUB 11. In FIG. 18, when the input data 10010 from the terminal 31 is classified by the financial HUB 11, all input data can be processed by the connected financial host 4 (that is, the input data 10010 is account data). In the case of 10011 only), all input data 10010 is transmitted to the corresponding financial host 4. The data 10021 processed on the host 4 is transmitted again to the financial HUB 11 and is transmitted as output data 10020 to the corresponding terminal 31. That is, in this case, the process is closed in the terminal 31, financial HUB 11, and financial host 4 in the same business category.

  According to the present invention, when providing a service that spans a plurality of business types such as finance, transportation, and public, data exchange with a terminal operated by a customer can be integrated without improving the host or server of each business type. Management is possible. For example, when purchasing a ticket using a debit from a customer's bank account, data management is performed by the HUB for each business type and a common integrated server. No need to be aware of cooperation.

  The business type management unit with HUBs for each business type and the common management unit with integrated servers, etc. can centrally manage information or data exchanged between each terminal and the host for each business type, and the operation can be separated. Therefore, a third party who does not depend on the business condition can also be operated by outsourcing. In addition, when adding or providing a new composite service through centralized management of information or data, add or change a business management unit with HUB for each business type and a common management unit with an integrated server. This is possible.

  The present invention can be used when a customer purchases an air ticket or the like by operating a bank ATM.

1 is a system configuration for explaining the present invention. It is a functional block diagram of a financial system / transport system / public HUB. It is a functional block diagram of an integrated server. It is a function block diagram of AP management server. It is a functional block diagram of a terminal. It is a block diagram of an input data distribution table. It is a block diagram of an output data distribution table. It is a block diagram of a transmission data storage table. It is a block diagram of a common management data table. It is a block diagram of a terminal data transmission table. It is a block diagram of a terminal information reception table. It is a flowchart which shows the main process in the Example of this invention. FIG. 4 is a detailed view of step 100 and step 110. FIG. 4 is a detailed view of step 220. FIG. 5 is a detailed view of step 500. FIG. 6 is a detailed view of step 260. FIG. 270 is a detailed view of step 270. It is a schematic diagram of the processing image of the whole system.

Explanation of symbols

1 ... Business type management unit 2 ... Common management unit 4 ... Finance host 5 ... Transport host 6 ... Public host 10 ... Finance / Transport / Public HUB
21 ... Integrated server 22 ... AP management server 30 ... Terminal 1010 ... Input data distribution table 1020 ... Transmission data storage table 2100 ... Common management data table 3010 ... Terminal information reception table 10410 ... Output data distribution table 10420 ... Terminal data transmission table

Claims (11)

In a system that links services of different business categories,
Connected to a terminal for each business type that performs input / output with a customer and a processing device for each business type that performs processing according to a request from the terminal, and a sorting device provided for each business type;
A common management device connected to the distribution device and coordinating different business conditions,
The distribution device refers to the distribution information in the storage device of the distribution device, determines the business condition of the data from the terminal based on the data from the terminal, and stores the data of the same business condition in the same business condition To determine whether to wait for the start of processing of the data of the other business type until the processing of the data of the same business type is completed, and to identify the data of the other business type, the identification information of the other business type, and the same in the other business type Sending the determination result whether to wait for the start of the processing of the data of the other business type until the processing of the data of the business type is completed,
The common management device corresponds to the data from the sorting device corresponding to the identification information of the other business type according to the determination result of whether to wait for the start of processing of the data of the other business type until the processing of the data of the same business type is completed. To the other sorting device, to send the processing result data from the other sorting device for the data to the sorting device,
The distribution apparatus transmits the processing result data from the processing device in the same business condition and the processing result data from the common management device to the terminal in the same business condition. The system of claim 1, wherein
When it is determined that the common management device waits for the start of processing of data of another business type until the processing of data of the same business type is completed, the common management device receives the processing completion information of data of the same business type from the distribution device, and then A system for transmitting data from a sorting device to another sorting device corresponding to the identification information of the other business state. The system according to claim 1 or 2,
The distribution device determines whether or not the processing result data from the common management device has been received, and when receiving the processing result data from the common management device, processing from the processing device in the same business condition A system characterized by transmitting result data and processing result data from the common management device to the terminals in the same business condition. The system according to any one of claims 1 to 3,
The distribution device refers to the distribution information in the storage device of the distribution device, determines the business condition of the data from the terminal based on the header of the data from the terminal, and the data of the data from the terminal When the business condition cannot be determined, the business condition of the data from the terminal is determined based on the content of the data from the terminal with reference to the distribution information in the storage device of the distribution device . Connected to a terminal for each business type that performs input / output with a customer and a processing device for each business type that performs processing according to a request from the terminal, and to a sorting device provided for each business type, and to the sorting device In a method of linking services of different business types by a system with a common management device that links different business types,
The distribution device refers to the distribution information in the storage device of the distribution device, determines the business status of the data from the terminal based on the data from the terminal,
The distribution device transmits data of the same business type to the processing device in the same business type,
Whether the distribution device waits for the start of processing of data of another business type until the processing of data of the same business type is completed,
The distribution device uses the common data and the determination result as to whether to wait for the start of processing of the data of the other business type until the processing of the data of the same business type in the other business type is completed. To the management device,
Depending on the determination result whether the common management device waits for the start of processing of data of another business type until the processing of data of the same business type is completed, the data from the sorting device corresponds to the identification information of the other business type Send to other sorting devices
The common management device transmits processing result data from the other sorting device to the data to the sorting device,
The distribution apparatus transmits the processing result data from the processing device in the same business condition and the processing result data from the common management device to the terminal in the same business condition. Connected to the terminal that inputs / outputs information by customer operation and the terminal of the same business type to distribute input / output data, and connected to the HUB to perform data linkage between the business types In a system comprising a server for management and a computer for each business type for processing input data from the terminal connected for each business type,
The HUB is classified into data that can be processed in the same business category and other data,
The server identifies another HUB to which the other data is to be transmitted, receives the processing result from the HUB, transmits the data from the HUB to the identified other HUB, and the other HUB. Receiving processing result data of the computer connected to the HUB from the other HUB, transmitting data from the other HUB to the HUB,
The HUB transmits processing result data from the server to the terminal. The system of claim 6, wherein
The server transmits the data to the other HUB after waiting for the processing of the computer in the same business state as the HUB to succeed. The system according to claim 6 or 7,
The HUB determines whether or not it can be processed in the same business type according to the header of the data from the terminal or the form of the data itself, and classifies only data that cannot be processed in the same business type. In the system method in any one of Claims 6-8,
When service provision is started, the server selects an application to be executed by the terminal from a group of applications in the storage device of the server in response to a request from the terminal, and distributes the application to the HUB to which the terminal is connected. A system characterized by The system according to any one of claims 6 to 9,
The HUB integrates processing result data in a plurality of business type computers and transmits the integrated processing result data to the terminal. Connected to the terminal that inputs / outputs information by customer operation and the terminal of the same business type to distribute input / output data, and connected to the HUB to perform data linkage between the business types In a method by a system comprising a server for management and a computer for each business type for processing input data from the terminal connected for each business type,
The HUB is classified into data that can be processed in the same business category and other data,
The server identifies other HUBs to which the other data should be sent,
The server receives the processing result from the HUB, and transmits the data from the HUB to the specified other HUB.
The server receives processing result data of the computer connected to the other HUB from the other HUB;
The server sends data from the other HUB to the HUB;
The HUB transmits processing result data from the server to the terminal.

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