JPS6365596A - Cash teller machine - Google Patents

Abstract

(57) [Abstract] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION Field of the Invention The present invention relates to a cash teller machine used for the teller service of financial institutions such as banks, for example, for dispensing and paying cash and securities.

BACKGROUND OF THE INVENTION Conventionally, cash teller machines have been used at financial institutions such as banks to handle cash and securities transactions. These teller machines are equipped with magnetic ink character readers (MagnesiCrnkCI+racte) to read or sort checks, bills, etc.
For this reason, printers that record magnetic ink characters (hereinafter referred to as M-readers) are widely used.
(abbreviated as ICR printer) is used.

Problems to be Solved by the Invention Conventionally, MICI' (when a printer is used to print the amount paid on a check or the like, the total number of previous transactions including the transaction concerned and the total amount of money errors are calculated separately). It has been limited to either printing after updating or printing before updating.

The object of the present invention is that when printing the disbursed amount on a check, etc., it is possible to print it either after updating the total number and total amount of previous transactions including the transaction concerned, or before printing the history. To provide a cash teller machine that is

Means for Solving the Problems The present invention is a cash teller machine that is used for processing cash and securities, and is connected to a printing means for printing amounts, etc. on checks, and has a plurality of operation keys. It includes a key input means, and a control means that is given input information from the key input means and performs predetermined control, and the control means controls the printing of the printing means by operating a predetermined operation key of the key input means. This cash teller machine is characterized in that it selectively controls whether an operation is performed forcibly or non-compulsively.

According to the present invention, whether execution of the printing operation of the printing means is forced or not is selectively controlled by a predetermined operation of the key input means.

Embodiment FIG. 2 shows the operating section 1 of a cash teller machine 25 according to an embodiment of the present invention.
FIG. The configuration of the operating section 1 will be explained with reference to FIG. 192. The operation panel 1 has a group of numeric keys 2, which are so-called numeric keys, for inputting numerical information such as amounts, quantities, numbers, etc., and the type of currency, such as 10,000 yen bills and 5,000 yen bills. Enter the currency type key group 3 for inputting, the rank key group 4 for inputting the rank of checks, etc. to be handled, the industry type key group 5 for inputting the type of business such as ordinary deposits and checking deposits, and input instructions related to addition and subtraction etc. A set of operator keys 6 are provided.

Maf', :, mNumber key 7 displaying the character "X" used when entering unique data such as machine number, account number, date, etc., and "Enter" key to enter that the transaction is a deposit. key 8, one "Pay" key to input that the transaction is a withdrawal, one "Change" key to input that it is a change transaction [Change J key 10, and one "Change" key to input that it is a money exchange transaction.
], a "setting" key 12 for inputting a slip printing command, a collation key 13 for comparing individual data of deposits or withdrawals with total data, as described later, A "transmission" key 14 is used to enable slip insertion into the printer 17, which is a printing means provided, and a gloss key 14, which is a receipt paper on the financial AM side, is provided in the printer 17.
A [Paper Feed] key 15 is used to feed the null paper, and a ``Subtotal'' key 16 is used to print the registered contents of the cash account 8!25 at any time.

A display section 18 made of, for example, a liquid crystal display element is provided above the operation section 1 shown in the second diagram.
Displays the numerical values processed in 5. The display section 18
In the vicinity of , there are indicator lights 19a, !, which respectively display the operating status of the cash teller machine 25, such as over 70- status, error status, (10) plus, (=) minus, etc. 9b,
19c, 19d (indicated by reference group 19 when collectively referred to)
is laid down.

Further, above the display section 18, a total switch 20 is provided for printing out the data registered and stored in the cash teller machine 25 at any time. When the printing is performed using the total switch 20, y! Register by l! The data will be deleted. Further, a date switch 21 and a power switch 22 are provided alongside the total switch 20.

These switches 20 to 22 are key switches. 2) Wa,
It can be turned on and off using a predetermined key.

Figure vJ1 is a block diagram showing the electrical configuration of the cashier i5!125. The electrical configuration of the cash teller machine 25 will be explained with reference to FIG. The cash accounter 25 includes a control unit 2G as a control means comprising a microprocessor or the like for controlling various operations. The control unit 2G includes a key input unit 27, which is a key input means including a group of numerical keys 2 in the operation unit 1, and a display unit 18.
and printer 17 are connected to each other.

Furthermore, a fixed storage section 28 composed of, for example, a ROM (read-only memory), in which programs that define the control operations of the control section 2G are stored, and a fixed storage section 28, for example, a RAM (read-only memory), etc.
A random access memory 29 is connected to a notification device 31 that generates a buzzer or the like when the cash teller machine 25 is in an error state, for example.

Further, the cash teller machine 25 is connected to a MICR printer 40 as devised in the section of the prior art.

FIG. 3 is a 70-chart illustrating the operating state of the cash account system 25 in this embodiment. With reference to Figures 1 to 3,
The operation of the cash teller (Shigeru 25) will be explained.The following explanation will be based on the case where, for example, 15,000 yen is paid out by check from the current account using the cash teller machine 25.FIG. In step 111, business type key group 5
Operate the rIJ key, which represents the type of current account. In step 112, operate the "T/BJ" key 41 to input that the check is a check handled by the store in rank key group 4. In step n3, use m group 2 for the numerical value and enter "jllHl, 5000. Enter J. By this operation, in step n 4 , the amount r15' is transferred to the reno star 37 provided in the control unit 26.
o00J is stored.

In step n5, operate [Payment J-8-9], which indicates that the transaction is a withdrawal transaction. By this operation, amount information "15000" is stored in one predetermined area of the storage section 29 at any time.

In step 116, it is determined whether the ff51 method as described later is set. If the result of the determination is 11 constant, the process moves to step 119, and if negative, the process moves to step 117.

Step n7: Check whether the second method described below is set. (If the fri cutting result is affirmative, the process moves to step n14; if negative, the process moves to step 18. Similarly, in step n8, tjS3
It is determined whether the method has been set, and if the result of the determination is affirmative, the process moves to step n20, and if the result is negative, the process returns to step 6.

In step n9, it is determined whether the MICR printer 40 is capable of printing;
If the answer is negative, the process returns to step n5, for example. In step °1110, the total number and total amount of previous transactions including the transaction are updated,
It is stored in a predetermined area of the memory 1g29 at any time. In step nl 1 , the amount data stored in the reno star 37 of the control unit 29 is sent to the MICR printer 40 . Then, in step +112, the MICR printer 40 prints on the check according to the amount data. In step n1.3, the result of whether the check was printed normally or abnormally is printed out to the printer J7, and the process is terminated.

In step n14, it is determined whether or not the MICR printer 40 is capable of printing. If 1'r is determined, the process moves to step +115, and if negative, the process returns to step 115, for example. In step nls, the total number and total amount of previous transactions including the transaction are updated and stored in two predetermined areas of the storage section as needed.

At step n16, the amount data stored in the reno star 37 of the control section 29 is sent to the MICR printer 40. Then, in step I]17, the MICR printer 40 prints on the check according to the ntf recorded amount data. In step n1.8, it is determined whether or not the printing on the check has been performed normally.
Operate the J key 61 to clear the operation and end the process.

In step 1120, if the MICR printer Go is capable of printing, the process is interrupted, and if the 1 test is fixed, the process moves to step n21; if negative, the process returns to step n215. In step n21, the reno star 3 of the control unit 26
The amount data stored in the MICR printer 40
At step n22, the MICR printer 40 (2) prints on the check according to the amount data.

In step n23, it is determined whether the printing on the check was performed normally or not, and if it is affirmative, step 112
Move to 4, and if negative, return to Ste Nobu n5.

In step n24, the total number and total amount of previous transactions including the transaction are updated and stored in a predetermined area of the storage section 29 as needed, and the process ends.

As explained above, the cash teller machine 25 in this embodiment
The first and second input formulas update the cumulative total of the number of items and the amount before printing the check by the MICR printer 40, and the cumulative total is updated after the printing is performed. The third method can be set arbitrarily by the operator, and the setting can be performed by operating predetermined keys, and these controls are executed by the control unit 2G.

Effects As described above, according to the present invention, the control means selectively controls whether the printing operation of the printing means is forcibly executed or non-forcibly, so that the amount to be paid out on a check etc. etc., it is now possible to selectively print after or before updating the total number and total amount of previous transactions including the transaction, which increases convenience. improves.

[Brief explanation of the drawing]

f:tS1 is a block diagram showing the electrical configuration of the cash teller machine 25 according to an embodiment of the present invention, FIG. 2 is a plan view of the operating section 1 of the cash teller machine 25, and FIG. It is a flowchart explaining the operating state of the following. 1... Operation unit, 2... One group of numerical keys, 4... One group of rank keys, 25... Money teller machine, 26... Control unit, 2
7...Key Human Resources Department, 40...MICR Printer Agent Patent Attorney Keibu 1st Ward 25/Figure 2

Claims (1)

[Scope of Claims] A cash teller machine that is used for processing cash and securities, and is connected to a printing means for printing amounts, etc. on checks, comprising: a key input means having a plurality of operation keys; A control means receives input information from the input means and performs predetermined control, and the control means forcibly executes the printing operation of the printing means by operating a predetermined operation key of the key input means. A cash teller machine is characterized in that it selectively controls whether it is executed or non-compulsively.