JP2012032862A - Financial transaction system and server device thereof - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a financial transaction system that delivers transaction data based on general priorities obtained on the basis of multiple kinds of priority items and content of settings, and a server device thereof.SOLUTION: An exchange communication system 10 includes a scanner terminal device 12 and an exchange center 14. The exchange center 14 includes an exchange server 32 and an entry terminal device 34. The exchange server 32 includes a storage 36 and a priority control function part 37. The storage 36 stores priority scores as a database. The priority control function part 37 calculates, on the basis of the information corresponding to the transaction data received from the scanner terminal device 12, a priority score indicating a priority index, registers the priority score for the transaction data into the storage 36, acquires the transaction data in the order based on the priority score from the storage 36 in response to a data delivery request from the entry terminal device 34, and delivers the transaction data to the entry terminal device 34.

Description

  The present invention relates to a financial transaction system and a server device thereof, and the financial transaction system of the present invention relates to a transaction system that realizes various priority controls in exchange data communication between a terminal device on a transmitting side and a receiving side in a financial institution. The server device used in this financial transaction system sets the priority order for the transaction data contents from the terminal device on the transmission side, and controls transaction data distribution to the terminal device on the reception side according to this setting. It is related with the server apparatus to perform.

  Conventionally, the exchange transaction system does not perform special control for transaction data distribution between the terminal device on the sending side and the terminal device on the receiving side, and does it match the order of the accepted forms and the preset search conditions. It has been judged, and transaction data has been distributed sequentially.

  Patent Document 1 proposes a slip processing apparatus. The slip processing apparatus includes a means for inputting a slip, a priority determination means for determining a priority of the slip, and sorting the slips, a queue for displaying a processing order, a slip processing means for executing a predetermined slip processing, and a priority. It includes queue control means for storing and referring to a queue of slip information.

Japanese Patent Laid-Open No. 2001-236453

  When the conventional slip processing apparatus is applied to a currency exchange server used in a financial transaction system, the currency exchange server distributes transaction data as a general condition to the receiving terminal device, that is, a client personal computer (PC) in the order in which the transaction data is received. If it does so, since the delivery order of the transaction data which should be processed preferentially may come back, transaction data processing of the contents which should be processed preferentially will be delayed.

  Also, if you want to prioritize transaction data from a specific store and deliver it to the destination, the exchange server specifies a serial number that indicates the specific store and checks the corresponding transaction. An operation to preferentially distribute data is required. Some exchange servers have a function of determining and distributing the priority order of the forms from the receiving order and the bank / intra-bank transfer destination financial institution.

  However, even if it has a distribution function by specifying a serial number, if there are other priority items, it will not be possible to satisfactorily respond to the priority data distribution.

  In view of such problems, the present invention sets a plurality of types of priority items in the distribution of transaction data for a form, and stores transaction data according to the overall priority order of each form obtained based on the set contents. An object of the present invention is to provide a financial transaction system that can be distributed and a server device thereof.

  In order to solve the above-mentioned problems, the present invention receives a terminal device having a data input means for inputting transaction data based on a form and a means for transmitting the transaction data, and receives and manages the transaction data from the terminal device. In a financial transaction system constructed by a server device and a client terminal device to which transaction data is distributed from this server device, the server device stores a priority score set in advance for transaction data and information related to the transaction data Including a storage means, a priority score representing a priority index based on information corresponding to the transaction data received from the terminal device, and a priority control function block for registering a priority score for the transaction data in the storage means, The priority control function block receives at least a transaction data distribution request from a client terminal device. Depending on, acquires the transaction data in order based on the priority score from the storage means, characterized in that it comprises a transaction data delivery function blocks for distributing the transaction data to the client terminal device.

  Further, in order to solve the above-mentioned problem, the present invention is a server device connected to a terminal device having a data input means for inputting transaction data based on a form and a means for transmitting the transaction data. And a storage means for storing a priority score set in advance for information relating to the transaction data, a priority score representing a priority index based on information corresponding to the transaction data received from the terminal device, and a storage means A priority control function block for registering a priority score for transaction data, the priority control function block acquiring transaction data in order based on the priority score from the storage means in response to receiving the transaction data distribution request, Includes a transaction data distribution function block that distributes this transaction data to the client terminal device that sent the transaction data distribution request. It is characterized in.

  According to the present invention, the server device stores the transaction data and the priority score set in advance for the information related to the transaction data in the storage means, and the information corresponding to the transaction data received from the terminal device by the priority control function block The priority score representing the priority index is calculated based on the data, and the priority score for the transaction data is registered in the storage means. The priority control function block includes at least a data distribution function block. In response to receiving the transaction data distribution request from the terminal device, the transaction data is acquired from the storage means in the order based on the priority score, and the transaction data is distributed to the client terminal device, so that the financial institution is preferentially processed. Appropriate transaction data can be selected and distributed.

It is a figure which shows the schematic structure in one Example of the currency exchange system to which the financial transaction system which concerns on this invention is applied. It is a figure which shows the structural example of the database arrange | positioned by the storage of FIG. It is a figure which shows the data structure of the priority score database of FIG. It is a figure which shows the data structure of the store database of FIG. It is a figure which shows the data structure of the priority pattern database of FIG. It is a figure which shows the data structure of the transaction database of FIG. It is a functional block diagram which shows the function of the reception registration application of FIG. It is a functional block diagram which shows the function of the update registration application of FIG. It is a functional block diagram which shows the function of the priority pattern switching application of FIG. It is a functional block diagram which shows the function of the data delivery application of FIG. It is a sequential chart which shows the example of the operation | movement procedure in the exchange transaction system of FIG.

  Next, an embodiment of a financial transaction system according to the present invention will be described in detail with reference to the accompanying drawings. Referring to FIG. 1, in the embodiment of the financial transaction system according to the present invention, an exchange communication system 10 is constructed by a scanner terminal device 12 and an exchange center 14, and the exchange center 14 includes an exchange server 32 and an entry terminal device 34. The exchange server 32 includes a storage 36 and a priority control function unit 37.

  The storage 36 stores priority scores set in advance for transaction data and information related to the transaction data. The items of multiple types of information related to the form are hereinafter referred to as priority information. The priority control function unit 37 calculates a priority score representing a priority index based on information corresponding to the transaction data received from the scanner terminal device 12, and registers a priority score for the transaction data in the storage 36, In response to receiving a transaction data distribution request from the entry terminal device 34 including at least a data distribution application (AP) 44, transaction data is acquired from the storage 36 in the order based on the priority score, and this transaction is sent to the entry terminal device 34. By distributing data, various priority scores set for transaction data are made into a database, the sum of priority scores read from the database is calculated, and the priority order is set based on the calculated priority scores. Transaction data that should be preferentially processed for an institution can be appropriately selected and traded between systems.

  Further, the exchange server 32 will be briefly described. The exchange server 32 stores a plurality of types of information items related to the form and priority scores for communication times in a database 36 in a database. The exchange server 32 accesses the storage 36 with the priority control function unit 37. The priority control function unit 37 calculates a priority score indicating a priority index and priority based on the priority information and communication time supplied from the storage 37, sets the priority order based on the calculated priority score, Priority score registration, update, priority pattern switching with monitoring and search processing are executed, and priority information corresponding to the transaction data received by the reception registration application (AP) 38 is acquired in the priority control function unit 37, and the acquired priority The priority score is calculated from the information, the priority score and priority order for the transaction data is registered, the priority information for the transaction data received by the update registration AP 40 is acquired, the priority score is calculated from the acquired priority information, and the transaction information is Priority score and priority order are updated, priority pattern switching AP 42 is monitored for priority pattern switching, and received information The priority score is recalculated from the acquired priority information, the priority score and priority order for the transaction data are updated, and the transaction data stored in the storage 36 is searched by the data distribution AP 44. By acquiring and distributing the acquired transaction data to the entry terminal device 34, as described above, for example, the transaction data processing priority order of the form is not limited to the transfer destination financial institution, the transfer item, the form type, the current By deciding from the priority score calculated using information such as time, the priority setting pattern can be easily set for various patterns such as transfer priority and one-line priority in addition to priority for other banks. Thus, it is possible to cope with the selection of the highest priority form processing for the financial institution.

  The illustration and description of parts not directly related to the present invention are omitted. In the following description, the signal is indicated by the reference number of the connecting line in which it appears.

  As shown in FIG. 1, the exchange communication system 10 includes a scanner terminal device 12 and an exchange center device 14. Each of the scanner terminal device 12 and the exchange center device 14 communicates via dedicated lines 18 and 20 connected to the interbank dedicated network 16. The interbank dedicated network 16 is a communication network that is connected not only to the branch offices of the bank but also to other financial institutions and other banks (not shown).

  Note that the inter-bank dedicated network 16 and the dedicated lines 18 and 20 may be general name networks, or may use virtual private networks (VPNs).

  The scanner terminal device 12 has a function of capturing a form as image data, extracting character information from the captured image data, recognizing it, and communicating with a communication partner. The scanner terminal device 12 includes a scanner 22, a character recognition unit 24, and a communication unit 26.

  In this embodiment, the scanner 22 has an image input function for taking a form as image data. For example, the scanner 22 captures information included in the transfer form as an image, and outputs the captured image data 28 to the character recognition unit 24.

  The character recognition unit 24 has a function of extracting character information from the image data and recognizing it. The character recognition unit 24 forms, for example, a rectangular text frame as an extraction region for character information to be extracted from the image data, and extracts character information included in the extraction frame region. The character recognition unit 24 performs, for example, pattern matching processing on the extracted character information, selects the corresponding character that most closely matches, and recognizes the character.

  In addition, since extraction of character information and character recognition should just use a conventionally well-known technique, detailed description is abbreviate | omitted.

  The character recognition unit 24 creates transaction data in a predetermined transfer form using the character information that has been character-recognized. The created transaction data is data having a format similar to, for example, ATM (Automated Teller Machine) transfer data. The character recognition unit 24 sends the transaction data 30 obtained by character recognition to the communication unit 26.

  The communication unit 26 has a data transmission / reception function. The communication unit 26 may assemble a packet based on the supplied data 30 and may disassemble the received data packet. In this embodiment, the communication unit 26 transmits the transaction data extracted by the character recognition unit 24 and collected in a predetermined format to the exchange server 14 as the transaction data 18 via the network 16.

  As described above, in the present embodiment, the method is described in which transaction data is input to the scanner terminal device 12 and transmitted to the exchange server 14 by reading the form with the scanner 22 and recognizing characters. However, the method of inputting the transaction data to the scanner terminal device 12 is not limited to the scanner, but applies a keyboard, a mouse, and a touch panel sensor (not shown), inputs the information of the form, and uses the input form information as the transaction data. It may be transmitted to the exchange server 14.

  Although not shown, the scanner terminal device 12 has a buffer for storing information, a storage, and a CPU (Central Processing Unit) for controlling the entire operation of the device 12.

  The exchange center 14 calculates a priority score indicating a priority index or priority based on the content of the transaction data supplied from the scanner terminal device 12, sets a priority order based on the calculated priority score, and registers transaction data It has a search and update function, and a function to display and confirm distributed transaction data. The exchange center 14 includes an exchange server 32 and an entry terminal device 34.

  The exchange server 32 calculates the priority score indicating the priority index or the priority based on the content of the transaction data supplied from the scanner terminal device 12, that is, the priority information related to the form and the communication time, and based on the calculated priority score And a priority control function for executing priority score registration for transaction data, updating, monitoring priority pattern switching, and search processing. The exchange server 14 also has a data distribution function for communicating transaction data with the scanner terminal device 12 and the entry terminal device 34. Thereby, the exchange server 32 distributes the transaction data based on the priority order.

  In order to realize these functions, the exchange server 32 includes a storage 36 and a priority control function unit 37 as shown in FIG. The priority control function unit 37 includes, in particular, a reception registration application (AP) 38, an update registration AP 40, a priority pattern switching AP 42, and a data distribution AP 44.

  The storage 36 has various databases. The storage 36 may be a hard disk device (Hard Disk Drive) or a memory. The database (DataBase) of the storage 36 includes a priority score DB 46, a branch store DB 48, a priority pattern DB 50, and a transaction DB 52, as shown in FIG.

  The priority score DB 46 stores a score assigned to the current priority pattern and form type. The branch store DB 48 stores a score assigned in accordance with the priority of the branch or branch that has transmitted the transaction data. Further, the priority pattern DB 50 stores priority patterns within a time corresponding to the current time. Further, the transaction DB 52 stores a priority order based on the priority score calculated by each priority information.

  An example of specific contents of the priority score DB 46 is shown in FIG. The score of the priority pattern corresponding to each form type is stored. The form type includes a financial institution, a transfer item, and a form type. “One case” is a form in which one transfer information is described in one form established by the bank, and “continuous entry” is a form in which multiple pieces of transfer information are described in a form established by the bank. It is a form. Further, “forward” is a form used when a purchaser purchases an item by mail order or the like and transfers the purchase price before the item is delivered. Using these terms, the form type is patterned. In the priority score DB 46, as shown in FIG. 3, when focusing on the priority number frame 54 and the form type 56, the 12 form type priority patterns are divided into 8 to roughly give priority to the 8 form types. Five patterns are defined in the priority score frame 58 for the form type 56. As a result, the priority score DB 46 in FIG. 3 defines 40 priority patterns, and sets and stores priority scores. The priority score is determined by the priority of the priority pattern DB 50 described later, that is, any one pattern of no priority 60, normal priority 62, other line priority 64, transfer priority 66, and case priority 68.

  As shown in FIG. 4, the store DB 48 has a store number frame 70 and a priority pattern frame 72 for each store number. The store number frame 70 stores a store number code assigned to each bank branch. The store number-specific priority pattern frame 72 stores information or flags indicating the presence or absence of priority. The store DB 48 in FIG. 4 gives priority only to the store number code “200”. In the present embodiment, a predetermined “50,000” is added to the form of the priority store number as the store priority score.

  As shown in FIG. 5, the priority pattern DB 50 is provided with a set time frame 74 and a time-specific priority pattern frame 76. The set time frame 74 further defines the set time frame by a priority start time frame (From) 78 and a priority end time frame (To) 80. In the priority pattern frame 76 by time, if there is priority, it is specified by any one of normal priority 62 (1), other bank priority 64 (2), transfer priority 66 (3), and one case priority 68 (4) Is done. The priority index or priority is determined by the number in parentheses.

  In this embodiment, the time zone other than the set time in FIG. 5 is set to be treated as no priority pattern (0).

  As shown in FIG. 6, the transaction DB 52 includes a store number-serial number frame 82, a reception score frame 84, a form type frame 86, a form type score frame 88, a branch priority score frame 90, a distribution priority score frame 92, and a priority order frame. 94 is provided. A serial number is assigned to the store number-serial number frame 82 for each store number. In the reception score frame 84, a score that is incremented by +1 in the order of reception is set. The form type frame 86 is defined as any one of the twelve in FIG. It is assumed that, for example, six forms are received in the normal priority time zone. At this time, the priority score “30,000” of the form type in the form type scoring frame 88 is set for “one case / other line / transfer” with normal priority as is apparent from FIG. Further, since the store number is 100, the store priority score is “0”. The distribution priority score is “70,000” obtained by adding “100,000” predetermined as the bottom-up point to the value obtained by subtracting the priority score of the form type and the branch store priority score from the reception score.

  Therefore, the distribution priority score becomes smaller as there is a priority score. Focusing on the distribution priority score calculated in this way, a comprehensive priority order can be obtained based on the above-mentioned distribution priority score rule. That is, the priority order of the store number-serial number “200-0002” is the highest, and the priority order of the store number-serial number “100-0004” is the lowest. The transaction DB 52 stores the priority score and the priority order calculated for each store number-sequential number in the corresponding portions of these frames.

  Note that the above-described priority scores and bottom-up points are not limited to this embodiment, and can be appropriately changed according to the operation when the present invention is implemented. In addition, although it has been described that a higher priority order is set for a lower distribution priority score, as a modification, for example, a distribution calculated by subtracting a reception score from a value obtained by adding a form type, a priority score for each store, and a raised score, for example. The priority order may be set so that a higher priority score is given higher priority.

  The reception registration AP 38 searches and acquires priority information corresponding to the transaction data from each database of the storage 36 based on the transaction data received from the scanner terminal device 12, and calculates a priority score based on the acquired priority information. And has a function of registering priority scores and priority orders for transaction data. In order to realize this function, the reception registration AP 38 includes an information acquisition function unit 96, a score calculation function unit 98, and a transaction data registration function unit 100 as shown in FIG. The information acquisition function unit 96 has a function of acquiring priority information corresponding to transaction data received from each of the priority score DB 46, the branch store DB 48, the priority pattern DB 50, and the transaction DB 52. The score calculation function unit 98 has a function of calculating based on score information calculated from priority information corresponding to transaction data from each database. The transaction data registration function unit 100 has a function of registering the priority score calculated for the transaction data in the transaction DB 52.

  The update registration AP 40 searches and acquires priority information corresponding to the transaction data from each database of the storage 36 based on the received transaction data, calculates a priority score from the acquired priority information, It has a function to update the priority order. In order to realize this function, the update registration AP 40 includes an information acquisition function unit 96, a score calculation function unit 98, and a transaction data update function unit 102 as shown in FIG. The transaction data update function unit 102 has a function of updating the priority score calculated for the transaction data in the transaction DB 52.

  The priority pattern switching AP 42 monitors whether or not the priority pattern is switched, acquires score information based on the received transaction data, recalculates the priority score from the acquired score information, and prioritizes and prioritizes the transaction data It has a function to update. In order to realize this function, the priority pattern switching AP 42 includes a monitoring function unit 104, an information acquisition function unit 96, a score recalculation function unit 106, and a transaction data update function unit 102, as shown in FIG. The monitoring function unit 104 has a function of monitoring whether the priority pattern is switched by comparing the priority pattern DB 50 with the current time. For example, referring to FIG. 5, when the current time is from 11:59 to 12:00, it is determined that switching from priority pattern 2 to priority pattern 3 has occurred.

  Note that the current time may be obtained from a timer or a network (not shown).

  The score recalculation function unit 106 has a function of recalculating the priority score based on the switched priority pattern when switching is present. This calculation is basically the same as the calculation procedure of the score calculation function unit 98.

  The data distribution AP 44 has a function of searching and acquiring transaction data in the storage 36 based on the priority order, and distributing the acquired transaction data. In order to realize this function, the data distribution AP 44 includes a search function-added information acquisition function unit 96 and a data distribution function unit 108 as shown in FIG.

  Since the information acquisition function unit 96 and the score calculation function unit 98 are provided in common for each AP, these functions may be shared and arranged together.

  Returning to FIG. 1, the entry terminal device 34 corresponds to a client for the exchange server 32. The entry terminal device 34 has a communication function unit 110 as transaction data distribution and a data check function unit 112 that displays and confirms the distributed transaction data. The exchange server 32 and the entry terminal device 34 may communicate by building a local network. The entry terminal device 34 outputs a distribution request and a registration request to the exchange server 32 and executes a registration process. The registration function includes an entry / verify / approval function.

  Next, the operation of the exchange communication system 10 will be briefly described with reference to FIG. First, the operation of the priority pattern switching AP 42 will be described. After activation, the exchange server 32 activates the monitoring function unit 104 of the priority pattern switching AP 42 at time T10 and compares the priority pattern DB 50 with the current time to monitor the priority pattern. When the monitoring function unit 104 confirms that priority pattern switching is present at time T12, the priority score is recalculated using the score recalculation function unit 106 of the priority pattern switching AP 42.

  At time T14, the priority pattern switching AP 42 sends the priority score recalculated by the score calculation function unit 98 to the storage 36 at time T14, and requests update of transaction data in the transaction DB 52. The transaction DB 52 receives this update request at time T16 and updates the transaction data.

  Next, an operation for registering a priority score in the transaction database based on the transaction data received from the scanner terminal device 12 will be described. At time T18, the scanner 22 of the scanner terminal device 12 reads the form. Character information is recognized from the image data of the form read at time T20. In response to this result, the scanner terminal device 12 requests registration at the time T22 together with transmission of transaction data to the exchange server 32 (REGIST_REQ 114).

  The exchange server 32 activates the reception registration AP 38 at time T24, and calculates a total distribution priority score for the received transaction data by the score calculation function unit 98. That is, not only the time and form type as items, but also the priority order is comprehensively determined by using as a parameter for calculating the priority score based on the transfer type, the transmission source store and the transfer destination.

  Note that when a specific condition is desired as a priority criterion, it can be dealt with by setting the priority score of the specific condition to a significantly high value. Basically, the score distribution can be freely distributed under the condition that the server administrator manages and the user wants to prioritize.

  The reception registration AP 38 outputs a registration request to the transaction DB 52 together with the priority score calculated by the function of the score calculation function unit 98 at time T26, and registers the priority score in the transaction DB 52.

  Thereafter, the form recognition result correction / verification / approval process is executed upon request. The operation between the entry terminal device 34 and the exchange server 32 will be described below. The operator requests delivery of transaction data, for example, a transfer form, from the exchange server 32 at time T28 via the entry terminal device 34 (DELIVERY_REQ 116). The exchange server 32 searches the transaction DB 52 for transaction data corresponding to the request at the data distribution AP 44 at time T30 and acquires the transaction data. The exchange server 32 distributes transaction data considering the priority order to the entry terminal device 34 as a search result by the function of the data distribution AP 44 at time T32 (DELIVERY 118).

  The entry terminal device 34 receives the search result distributed at time T34 and displays it on the monitor. As the transaction data registration process, the operator confirms the transaction data displayed on the entry terminal device 34, and if there is a change, changes the transaction data according to the rules and approves it.

  The entry terminal device 34 transmits a transaction data registration request including transaction data subjected to transaction data registration processing at time T36 to the exchange server 32 (REGIST_REQ 120). The exchange server 32 activates the update registration AP 40 for the transaction data requested at time T38, and the score calculation function unit 98 calculates the priority score. The update registration AP 40 outputs an update request to the transaction DB 52 together with the priority score calculated by the score calculation function unit 98 by the function of the transaction data update function unit 102 at time T40. The transaction DB 52 updates and registers the supplied priority score.

  Communicate in this way and repeat the operation. By setting multiple types of priority items in the transaction data distribution of the form, calculating the overall priority score and distributing the transaction data according to the priority order, it is possible to achieve transaction data distribution more efficient than before be able to.

  As described above with reference to the drawings, according to the present invention, the server device stores the transaction data and the priority score set in advance for the information related to the transaction data in the storage means, and the priority control function block The priority score representing the priority index is calculated based on the information on the transaction data received from the terminal device at the same time, the priority score for the transaction data is registered in the storage means, and this priority control function block has at least a data distribution function Including transaction blocks, acquiring transaction data in the order based on the priority score from the storage means in response to receiving a transaction data distribution request from the client terminal device in the data distribution function block, and distributing the transaction data to the client terminal device Makes a database of various priority scores set for transaction data. The priority sums read out are calculated, and the priority order is set based on the calculated priority scores. Therefore, transaction data to be preferentially processed for financial institutions can be selected and traded between systems. it can.

  Also, for example, the priority setting pattern is determined by prioritizing other lines by determining the priority order of transaction data processing handled in the form from the priority score calculated using the information of the transfer destination financial institution, form type, and current time. In addition, it is possible to easily set various patterns such as transfer priority and one-case priority so that the financial institution can select a form process to be processed with priority.

  The present invention is not limited to the currency exchange communication system 10 applied to a bank, but can be suitably applied to communications in finance that requires consideration of the overall priority of the securities industry, finance, etc. It is.

10 Forex communication system
12 Scanner terminal device
14 Exchange Center
22 Scanner
24 character recognition
26 Communication Department
32 Currency exchange server
34 Entry terminal equipment
36 Storage
38 Registration AP
40 Update registration AP
42 Priority pattern switching AP
44 Data distribution AP
46 Priority Score DB
48 Branch DB
50 Priority pattern DB
52 Transaction DB

Claims (6)

A terminal device having data input means for inputting transaction data based on a form, a means for transmitting the transaction data, a server device for receiving and managing the transaction data from the terminal device, and the transaction data from the server device In a financial transaction system constructed with client terminal devices that are distributed
The server device stores storage means for storing a priority score set in advance for the transaction data and information related to the transaction data;
A priority control function block that calculates a priority score representing a priority index based on information corresponding to the transaction data received from the terminal device, and registers the priority score for the transaction data in the storage means, ,
The priority control functional block obtains the transaction data in the order based on the priority score from the storage means at least in response to receiving a transaction data distribution request from the client terminal device, and sends the transaction data to the client terminal device. A financial transaction system comprising a transaction data distribution function block for distributing data.   2. The system according to claim 1, wherein the priority control functional block calculates the priority score based on information corresponding to the transaction data in response to receiving a registration request for the transaction data distributed to the client terminal device. In addition, the storage means includes an update function block for updating the priority score for the transaction data. The system according to claim 1, wherein the storage means stores information indicating a priority score assigned to a current priority pattern and a form type;
Information storage means for each branch, where priority is assigned to each branch that has sent the transaction data;
And a time-based information storage means for storing a plurality of priority patterns within the time corresponding to the current time.   4. The system according to claim 3, wherein the priority control function block compares the priority pattern stored in the time-based information storage unit with the current time and monitors the switching of the priority pattern, and the priority control function block. A financial transaction system comprising a priority pattern switching function block that recalculates the priority score by checking pattern switching and updates the priority score. A server device connected to a terminal device having data input means for inputting transaction data based on a form and means for transmitting the transaction data,
Storage means for storing a priority score set in advance for the transaction data and information related to the transaction data;
A priority control function block that calculates a priority score representing a priority index based on information corresponding to the transaction data received from the terminal device, and registers the priority score for the transaction data in the storage means, ,
In response to receiving the transaction data distribution request, the priority control functional block acquires the transaction data from the storage means in the order based on the priority score, and transmits the transaction data to the client terminal device that has transmitted the transaction data distribution request. The server apparatus characterized by including the transaction data delivery functional block which delivers. 6. The server device according to claim 5, wherein the storage means stores information assigned to a current priority pattern and a form type,
Information storage means for each branch, where priority is assigned to each branch that has sent the transaction data;
A server device comprising: a time-based information storage unit that stores a plurality of priority patterns within a time corresponding to the current time.

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