JPH01309172A - Transaction processing system - Google Patents

Abstract

PURPOSE:To detect the fault of totalization in the transaction following the faulty transaction by adding the totalization status to a memory included in a transaction processor and acquiring the updating state of the transaction totalization of a journal in case a fault occurs during the transaction. CONSTITUTION:It is decided that the updating of totalization is through with the totalization statuses 11-13 at the time when the totalization data contained in an answer telegram received from a host station is added to the total transaction amount and the total number of transaction stored in a memory. While the status 13 of the cash amount is set in a totalization update waiting state by a cash input/output instruction contained in the answer telegram. Then the end of the totalization updating is decided for the status 13 when the working of a currency input/output machine is through. In case a transaction processor detects a fault and the status 13 is waiting for or through with the totalization updating when the next transaction is started, the update waiting state is discriminated from the replacement end state for each of statuses 11-13 and fetched by a journal Thus an operator can perform the correct control for both the transaction amount and the number of transactions. Then the fault recovering time is shortened.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a transaction processing method, and more particularly to a transaction processing method suitable for a cash transaction device used at a counter of a financial institution.

[Conventional technology]

As a conventional device of this kind, for example, Japanese Patent Application Laid-Open No. 62-2
A device disclosed in Japanese Patent No. 76095 is known. This device adds time information to the fault code that corresponds to the fault that actually occurred, and outputs this data all at once to journal paper, etc., so that the actual state of the fault can be clearly identified. This is to make it possible to understand.

[Problem to be solved by the invention]

The above-mentioned conventional technology does not take into account the search time for a transaction in which a failure has occurred, and there is a problem in the recovery operation and the recovery operation time for the transaction when a failure occurs.

The present invention has been made in view of the above circumstances, and its purpose is to enable accurate recovery operations for managing the transaction amount, number of transactions, and cash amount in the event that a failure occurs during a transaction. In addition, it is an object of the present invention to provide a transaction processing method that can shorten recovery operation time.

[Means to solve the problem]

The above-mentioned object of the present invention is to provide a transaction processing device which has a keyboard section, a display section, and a journal publishing section and is capable of transmitting and receiving data to and from higher-level stations, and which is capable of aggregating transaction amounts and number of transactions related to transmission and reception with higher-level stations. A total of cash amounts related to the currency deposit/withdrawal machine associated with the transaction and a total status for managing the status of these totals are provided in the memory of the transaction processing device, so that when a failure occurs during the transaction, This is achieved by a transaction processing method characterized by acquiring the updated status of the transaction total into a journal.

[Effect]

In the transaction processing method according to the present invention, when the operator inputs data on the transaction screen and presses the send key to send the makeshift message to the upper station, the transaction processing device performs the above-mentioned transaction amount aggregation and transaction processing. Set the aggregation status of the count aggregation to Waiting for aggregation update.

Then, at the time when the total data in the response message from the upper station is added to the transaction amount total and the transaction number total on the memory, the total status is set to total updated. on the other hand,
According to the cash deposit/withdrawal instruction in the response message, the total status of the cash amount total is set to wait for total update, and the total status is set to total updated when the operation of the currency deposit/withdrawal machine ends.

When the transaction processing device detects a failure and starts the next transaction, if the aggregation status is waiting for aggregation update or aggregation has been updated, the operator can distinguish between the aggregation status waiting to be updated and the updated aggregation status and obtain it in the journal. The amount, number of transactions, and cash amount can be accurately managed, and recovery operation time can be shortened.

〔Example〕

Embodiments of the present invention will be described in detail below with reference to the drawings.

FIG. 2 is a configuration diagram of a system including a transaction processing device showing one embodiment of the present invention. As shown in the figure, the transaction processing device 1 includes a control section 2. CRT display unit (hereinafter referred to as “
(referred to as "display section") 3° keyboard section 4. Printer section 5
．． It is composed of a journal section 6 and a banknote/coin deposit/dispensing machine 7. Further, within the control section 2, a transaction amount aggregation area 8. Transaction count aggregation area 9. Cash amount calculation area 1
Transaction amount aggregation status 11. o and the updated status of each aggregation area are stored. Take 1 count aggregation status 12. A cash amount total status 13 is provided. Upper station I
4 performs transmission and reception with the transaction processing device 1.

FIG. 1 is a flowchart showing an example of the operation of the transaction processing device of this embodiment. The operation will be explained below based on FIGS. 1 and 2.

Now, assume that the operator performs a withdrawal transaction of 300,000 yen. The operator inputs transaction data by operating the R seal section 4 (step 21). Accordingly, the control unit 2 displays the transaction data on the display unit 3 (step 22). Next, the operator presses the transmission key on the keyboard section 4 in order to transmit the makeshift message to the upper station 14 (step 23). At this point, the control unit 2 checks whether the status of each status is in the state of waiting for the update of the total (step 24), and if it is in the state of waiting for the update of the total, it performs the processing from step 41 onward. Further, if the status of each status is neural as described below, the transaction amount aggregation status 11 and the transaction number aggregation status 12 are set to wait for aggregation update (step 25).

Next, the control unit 2 receives the transaction amount data and transaction number data in the makeshift reply message from the upper station 14 (step 26), and adds them to the transaction amount aggregation area 8 and the transaction number aggregation area 9 (step 26). 27a). At this point, the transaction amount aggregation status 11 and the transaction number aggregation status 12 are set as aggregation updated (step 27b).

In addition, according to the cash withdrawal instruction in the above-mentioned makeshift response message 5, a withdrawal operation instruction is given to the banknote/coin deposit/dispensing machine 7 (step 28a), and the cash amount total status 13 is set to wait for total update (step 28b). .

At the end of the operation of the banknote/coin deposit/dispensing machine 7 (step 29), the withdrawal amount is added to the cash amount totaling area 1o (step 30a), and the cash amount totaling status 13 is set as total updated (step 30b).

In addition to transaction amount data, transaction number data, cash withdrawal instructions, etc., the makeshift response message from the higher-level station 14 includes information on the display unit 3. Printer section 5. There may be data to be output to the journal section 6, and when the output of all these data is completed normally (step 31), the transaction amount aggregation status 11. Transaction count aggregation status 12. The cash amount total status 13 is returned to neutral (step 32). In other words.

If this transaction is successfully completed, transaction amount summary status 11. Transaction count aggregation status 12. The cash amount aggregation status 13 is neutral, 300,000 yen is added to the transaction amount aggregation area 8, and +1.
300,000 yen will be subtracted from the cash amount total area 10.

Here, if a failure occurs from the time when the operator presses the send key (step 23) until the output of all data is finished (step 31), the transaction processing device 1
stops updating the aggregation status when a failure occurs. For example, if a failure occurs after issuing a withdrawal instruction to the banknote/coin deposit/dispensing machine 7, the cash amount tally status 1
3, the process stops waiting for the update of the total.

In this state, the operator sends a to start the next transaction.
When the key is pressed, the transaction processing device 1 determines that a failure related to aggregation has occurred in the previous transaction, and acquires each aggregation area and aggregation status in the journal section 6. These allow the operator to determine how far the processing has progressed and which total areas have been updated/unupdated.

According to the above embodiment, when a failure occurs during a transaction, the transaction amount aggregation area 8. Transaction count area 9
．． Accurate management of cash amount total area 10 is now possible 1
This has the effect of shortening recovery operation time.

Note that the processing from step 41 onwards is an error display (
Following step 41), the recovery operation by the operator (
After step 42) and updating each area (step 43), the process includes a process of setting the corresponding status as updated (step 44).

〔Effect of the invention〕

As described above, according to the present invention, in a transaction processing device that has a keyboard section, a display section, and a journal publishing section and is capable of transmitting and receiving data to and from a higher-level station, transaction amount summation of transactions related to transmission and reception with a higher-level station is performed. Aggregation of the number of transactions, aggregation of the cash amount related to the currency deposit/withdrawal machine associated with the transaction, and an aggregation status for managing the status of these aggregations are provided in the memory of the transaction processing device, and a failure occurs during the transaction. In case.

Since the update status of the aggregation of the relevant transaction is acquired in the journal, if a failure occurs during a transaction, it is possible to detect the aggregation failure in the next transaction after the transaction in which the failure occurred.
This has the remarkable effect of realizing a transaction processing method that enables accurate recovery operations for managing the transaction amount, number of transactions, and cash amount of the transaction, and shortens the recovery operation time.

[Brief explanation of the drawing]

FIG. 1 is a flowchart showing an example of the operation of a transaction processing device according to an embodiment of the present invention, and FIG. 2 is a configuration diagram of a system including a transaction processing MU according to the embodiment. 1: Transaction processing device, 2: Control unit, 3: Display unit,
4: L board section, 5: Printer section, 6: Journal section, 7:
Banknote/coin deposit/dispensing machine, 8: Transaction amount aggregation area, 9: Transaction number aggregation area, 10: Cash amount aggregation area, 11: Transaction amount aggregation status, 12: Transaction number aggregation status, 13: Cash amount aggregation status, 14: Top station. Figure 1 (Part 1) Figure 1 (Part 2)

Claims (1)

[Claims] 1. A transaction processing device that has a keyboard section, a display section, and a journal publishing section and is capable of transmitting and receiving data to and from higher-level stations, and is capable of aggregating transaction amounts and number of transactions related to transmission and reception with higher-level stations, as well as processing information associated with such transactions. A total of cash amounts related to the currency deposit/withdrawal machine and a total status for managing the status of these totals are provided in the memory of the transaction processing device, and when a failure occurs during a transaction, the total of the transaction can be updated. A transaction processing method characterized by acquiring the status in a journal.