JPS61182167A - Window device - Google Patents

Abstract

PURPOSE:To grasp successively the result by the operator and to hasten the discovery of the error by executing the zero proof collation stipulated each time the data input of the item unit is executed and displaying the results. CONSTITUTION:In the window device of a banking institution, each time the data are inputted into a data input means 1, the data held at the input data and calculating data holding means 6-9 are calculated by a calculating means 5, the message retrieved in a condition message storing means 12 and the calculated data are synthesized and displayed at a displaying means 14. The collation between the data related to the cash and the data related to the transaction register is executed each time the data input is executed, the data of the collation result and the size and code of the collation data can be made into a message and displayed, and therefore, the transaction can be correctly and rapidly executed.

Description

DETAILED DESCRIPTION OF THE INVENTION [Field of Industrial Application] The present invention relates to a data input guide system for a financial institution counter device.

[Conventional technology]

In order to streamline operations, banks and other financial institutions have shifted away from the traditional two-line transaction recording system.
- A transition to a one-line processing system at the counter is underway.

Conventionally, on the - line, stamps were stamped based on transaction slips, cash was checked and sorted, etc.

- With the mechanization of lines, processes such as cash handling and transaction recording have been moved online.

When such processing begins to take place, it is essential that cash processing-related data and transaction processing-related data be consistent, that is, there are no differences, and checks (zero proof) must be performed for this purpose. Must be.

[Problem that the invention seeks to solve]

Traditionally, this type of check has been performed manually by an operator or by an offline terminal, but this can result in duplication of administrative work and the occurrence of errors.

Furthermore, in mechanizing the line, it was inevitable that cash processing and transaction bookkeeping should be consistent.

[Failure to solve the problem]

The purpose of the present invention is to perform a check between cash-related data and transaction record-related data every time data is input, and to display the check result data and the size and code of the check data as a message. Therefore, it is an object of the present invention to provide a terminal device for a financial institution's front-line counter (that is, a counter device) that solves the above-mentioned drawbacks.

According to the present invention, the counter device comprises a data person meter storage means 3 for receiving input data, searches the parameter storage means based on the input data, and processes the input data based on the indexed number meter. In the calculation means 5.
By providing the calculation data holding means 6 to 9 and the status message storage means 12 which is searched based on the calculation results of the calculation means, and adding a parameter for specifying the calculation data storage means to the parameter, Every time data is input to the data input means, the input data and the data held in the calculation data holding means are calculated by the calculation means, and the retrieved message in the status message storage means and the calculated data are There is obtained a counter device characterized in that the information is synthesized with data and displayed on the display means.

〔Example〕

Next, embodiments of the present invention will be described with reference to the drawings.

FIG. 1 is a block diagram showing one embodiment of the present invention. 1
is an input data register, which is a register in which input data to be processed in the present invention is set.

When data is set in input data register 1.

This data is field search register 2. The data is sent to the input data checking section 4 and the proof calculation section 5. The function code used for data input is sent from the input data register 1 to the field search register 2, and the corresponding field is determined using the nine codes. In the case of a function code indicating a specific item, the field to which the function is specified is specified, and in the case of a function code indicating a general item, the field is specified according to the order of the fields. According to the above specification method, the field/grammeter puffer 3 is searched, and the field/grammeter of the corresponding field is obtained. Check the data in this flat lame.

Gram data regarding editing, field areas, etc. is sent to the input data checking unit 4, and data specifying calculation registers are sent to the proof calculation unit 5.

First, the input data check section 4 checks and edits the input data, and then writes it into the specified area (field) of the 9 display buffer 14 according to the parameter indicating the field area sent from the field parameter puffer 3. , thereby displaying the input data.

Next, in the proof calculation unit 5, the data sent from the input data register 1 and the field tJ? According to the arithmetic register designation parameters sent from the parameter puffer 3, addition is performed with the contents of the designated register. Four operation registers are prepared, 6 is the first register,
7 is the second register, 8 is the third register, and 9 is the fourth register.

The value of one of these registers is calculated and updated by the proof calculation unit 5.

Next, in the proof calculation unit 5, the first to fourth registers 6 to
Using the values of all 9 registers, data operations of 4 types of registers are performed. If A = (first register 6 - second register 7) and B = (third register 8 - fourth register 9), then the proof calculation section 5 first calculates the values of A and B by calculation. Rare.

The codes of A and B are set in the code register 11.

Next, the absolute values of A and B are compared, and the comparison result is 1.
1 in the sign register.

The difference in absolute values is set in the blue 7 register 10, and the calculation ends.

Next, the status message buffer 12 is indexed according to the status obtained by the operation set in the sign register 11. The status message buffer 12 stores statuses based on calculation results and messages corresponding to the statuses.
The message corresponding to the index is displayed in data register 1.
Sent to 3.

The value of the proof register 10 is also sent to the display data register 13, and the value of the operation result and a message indicating the status are combined in the display data register 13 and transferred to the display buffer 14, and the status obtained as the verification result is and numerical guide display is performed.

Next, when new data is input, the data processing is performed in the same process as explained above, and a message based on the new value and status calculated by the proof calculation unit 5 is stored in the display buffer 14. It will be rewritten and updated to the new state and displayed.

For example, in a deposit transaction, if the data for the deposit amount "10,000" is first entered, the deposit amount field will contain "1".
0,000” is displayed and the first field is
If register 6 is specified, "10,000" will be added to register 6, A is positive, B is zero, and the magnitude of A and B is A) B
If the corresponding message is defined as ``Deposit Exceeded by 10,000'', then ``Deposit Exceeded by 10,000'' will be displayed as the result, and ``10,000'' will be displayed as the second received cash.
5,000” is deposited, “15” will appear in the cash field.
,000" is displayed, and if the third register 8 is specified in one field, "1" is displayed in the third register 8.
5,000" is added, and a state where both A and B are positive and A<H is obtained, and a message corresponding to this state is defined as "6 deposits exceeded", "5,000 deposits exceeded" will be displayed. That will happen.

〔Effect of the invention〕

As explained above, in the present invention, a predetermined zero-proof verification is performed every time data is input in units of two items.
By configuring the system to display the results, the operator can grasp the results one by one.

By discovering mistakes quickly, there is an effect that transactions can be executed accurately and quickly as a result.

[Brief explanation of drawings]

FIG. 1 is a block diagram showing one embodiment of the present invention. 1...Input data register, 2...Field sensor
Chirenosta, 3... Field Nogura Meter Buffer. 4... Input data check section, 5... Proof calculation section. 6...first register, 7...second register, 8
...Third register, 9...Fourth register, 10
... Bruf data register, 11... Sign register. 12...Status message buffer, 13...Display data register, 14...Display buffer.

Claims (1)

[Claims] 1. Comprising a data input means for receiving input data, a data display means, and a parameter storage means for holding data defining processing related to the input data, and searching and indexing the parameter storage means based on the input data. A counter device that processes input data based on the calculated parameters, comprising a calculation means, a calculation data storage means, and a status message storage means that is retrieved based on the calculation result of the calculation means,
By adding a parameter specifying the calculation data holding means to the parameters, each time data is input to the data input means, the input data and the data held in the calculation data holding means are calculated by the calculation means. death,
A counter device characterized in that the searched message in the status message storage means and the calculated data are combined and displayed on the display means.