JPS5926066B2 - automatic cash transaction device - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION (1) Technical Field of the Invention The present invention relates to an automated teller machine that handles customer service operations such as deposits and payments in financial institutions.

(2) Prior Art and Problems Automated teller machines that automate customer service operations such as deposits and cash payments have been widely introduced in financial institutions such as banks.

This automatic teller machine is equipped with a counter that totals the number of transactions and transaction amount (amount), and outputs the total value to a printer every day for checking. In the conventional method, this output is performed by button operation by the person in charge, so it can be done after the service is completed (at night or the next morning).
If the person in charge forgets to perform this output task and starts the service the next day, the built-in counter will start counting from the previous day's cumulative value, resulting in the disadvantage that the required value for each day cannot be obtained. (3) Purpose of the Invention The object of the present invention is to provide an automated teller machine that can automatically output the cumulative total of the number of transactions and amount of transaction for the previous day immediately before the start of service.

(4) Structure of the Invention The present invention provides an automated teller machine having a counting means for counting transaction information, an outputting means for outputting counting data held by the counting means, and a holding means for date data, which is connected to a processing device. , in an automatic cash transaction system that starts a transaction service after receiving an opening signal and date data transmitted from the processing device, comparing the date data received from the processing device and the date data stored in the holding means. comprising a discriminating means for discriminating and a means for updating date data stored in the holding means, and when receiving the opening signal and the date data, collates the received date data and the stored date data. The transaction service is started after the output of the count data held by the counting means is controlled according to the result, and the date data stored in the holding means is updated with the date data received from the processing device. It is an automated teller machine that

(5) Examples of the invention Hereinafter, the present invention will be explained with reference to the drawings.

The figure is a block diagram illustrating one embodiment of the present invention.
is an automated teller machine, 2 is a power button, 3 is a transmitter, 4, 5
is a register, 6 is a transmission/reception unit, 7 is a discrimination unit, 8 is a pulse generation unit, 9 is an 0R circuit, 10 is a print button, 11 and 13 are reading units, 12 is a transaction card, 14 is a bill, 15 and 16 are counters , 17 is a control unit, 18 is a printer, 19 is a communication line, 20 is a processing device, A is an opening request signal, B is an opening permission signal, C is a coincidence signal, D is date data, D is the previous day's date data, D2 is today's date data, E is a discrepancy signal, F is an output signal, G is transaction number data, H is cumulative amount data, and S is a shift pulse. The automatic teller machine 1 in the figure is a communication line. 19 to a processing device 20 on the center side. Conventionally, before the start of service every morning (or after the end of the previous day's service), the person in charge presses the print button 10 to send the count data of the counters 15 and 16 (transaction number data G and cumulative amount data H) to the printer 18. After outputting, press power button 2,
It was necessary to send the station opening request signal A to the center side. Since the naori counters 15 and 16 are designed to print out counting data by pressing the print button (using output signal F), if the person in charge forgets to press the print button,
When the power button is pressed, the counters 15 and 16 continue to accumulate the accumulated values from the previous day. The present invention can prevent forgetting to press the print button.

In the figure, when the power button 2 is pressed, a station opening request signal A is issued from the transmitting section 3.

This signal A is sent to the center side via the communication line 19. Correspondingly, the processing device 20 issues an opening permission signal B and date data D. Date data D received by the transmitting/receiving section 6 of the automatic teller machine 1 is set in the register 5. On the other hand, since the received station opening permission signal B activates the determination unit 7, the date data D1 in the register 4 and the date data D2 in the register 5 (received date data D)
Comparison and verification is performed in the discriminating section. When they do not match, a mismatch signal E is output, and when they match, a match signal C is output. ．． The mismatch signal E is the control unit 1
7, the cumulative value of the counter 15 for the previous day (transaction number data G) and the cumulative value of the counter 16 for the previous day (
The total amount data H) is output to the printer 18. Thereafter, the output signal F issued from the control section 17 triggers the pulse generation section 8. The shift pulse S thus generated shifts the date data D2 in register 5 to register 4.
Shift to. Further, when a coincidence signal C is issued from the discrimination section 7, this signal C immediately triggers the pulse generation section 8, so that the date data D2 in the register 5 is immediately shifted to the register 4 by the shift pulse S.
In either case, the service of the automatic teller machine will be started after this. (6) Effects of the Invention As described above, the present invention provides the date data collation means and the automatic data output means, so that the accumulated data for each day is reliably output, so that recording errors and omissions can be avoided. This has the advantage of being able to prevent this from occurring.

[Brief explanation of drawings]

The figure is a block diagram for explaining one embodiment of the present invention, and in the figure, 1 is an automatic teller machine, 2 is a power button, 3 is a transmitter,
4 and 5 are registers, 6 is a transmitting/receiving section, r is a determining section, 8 is a pulse generating section, 9 is an 0R circuit, 10 is a print button, 11,
13 is a reading unit, 12 is a transaction card, 14 is a bill, 15,
16 is a counter, 1r is a control unit, 18 is a printer, 19
is a communication line, 20 is a processing device, A is an opening request signal, B is an opening permission signal, C is a coincidence signal, D is date data, D1 is the previous day's date data, D2 is the current day's date data, E is a mismatch signal, F indicates an output signal, G indicates transaction number data, H indicates cumulative amount data, and S indicates a shift pulse.

Claims (1)

[Claims] 1. An automated teller machine having a counting means for counting transaction information, an output means for outputting count data held by the counting means, and a date data holding means is connected to a processing device,
In an automated cash transaction system that starts a transaction service after receiving an opening signal and date data transmitted from the processing device, the date data received from the processing device and the date data stored in the holding means are compared and determined. and a means for updating the date data stored in the holding means, and when the opening signal and the date data are received, the received date data is compared with the stored date data. The method is characterized in that the output of the counting data held by the counting means is controlled according to the result, and the transaction service is started after updating the date data stored in the holding means with the date data received from the processing device. Automatic cash transaction device.