JPS6362089A - 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 Industrial Application The present invention is applicable to financial services such as banks, etc. This article relates to cash teller machines used for dispensing and dispensing cash, securities, etc. in the counter operations of financial institutions.

BACKGROUND OF THE INVENTION Conventionally, cash teller machines have been used at counters of financial institutions such as banks to handle cash, securities, and the like. These teller machines include key-powered means including a numeric keypad and a printer for recording the transactions performed.

In counter operations using such teller machines, a fixed amount of money is set by law for the dispensing and dispensing of cash and the like. If a transaction is processed for an amount exceeding this set amount, it is mandatory to prepare and report details of the transaction.

Problems to be Solved by the Invention Conventionally, such set amounts have been fixedly stored in the cash teller machines used, and whenever an attempt is made to change them,
For example, complicated work is required, such as replacing the ROM (read only memory) in which the set amount is stored.

In addition, when attempting to create the details of the amount set in this way, conventionally the contents of each transaction are printed out in the order of the cash register using the cash register, and the relevant financial institution is kept as a record of the opening side. It was said that

Conventionally, an operator has to examine such records, find transactions that exceed the set amount, and perform complicated tasks such as summarizing them on a separate sheet, for example.

An object of the present invention is to solve the above-mentioned problems, and to make it possible to selectively extract information related to payment processing that falls outside the boundary value by making the boundary value of the payment amount range with different payment processing procedures variable. The purpose is to provide a cash teller machine with

Means for Solving the Problems The present invention is a cash teller machine used for processing cash, securities, etc., in which boundary values of ranges of disbursed amounts with different procedures for disbursing money are variably stored. A cash teller machine comprising: a first storage section, a second storage section that stores information related to the teller process that exceeds the boundary value, and a printing means that prints at least the memory contents of the second storage section. It is.

Function Regarding the cash teller machine according to the present invention, the set boundary value of the range of cash payments 1i in which the cash processing procedures are different from each other is stored in the first storage unit. In addition, in the teller process using this cash teller machine, information related to the teller process that exceeds the boundary value is stored in the second storage unit. That is, by printing out the recorded contents of the second storage section by the printing means, it is convenient to selectively extract information related to the accounting process that exceeds the boundary value. Further, since the boundary value is variably stored in the first storage unit, if the boundary value needs to be changed, the change can be easily performed.

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. 2. The operation unit 1 includes a numeric key group 2, which is a so-called numeric keypad, for inputting numerical information such as amount, quantity, number, etc., and a numeric key group 2 for inputting the denomination of currency, such as a 10,000 yen bill or a 5,000 yen bill. currency type key group 3, rank key group 4 for inputting the rank of checks, etc. to be handled, and business type key group 5 for inputting the type of business such as savings deposit, current account, etc.
and an operator key group 6 for inputting instructions related to addition, subtraction, etc.

There is also a number key 7 displaying the character rllJ used when entering unique data such as machine number, account number, date, etc., an "in" key 8 for entering that the transaction is a deposit, and a "in" key 8 for inputting that the transaction is a withdrawal. "Payment" key 9 to input that
, the "Change" key 10 for inputting that it is a change transaction, the "Change" key 11 for inputting that it is a currency exchange transaction, the "Set" key 12 for inputting a slip printing command, and the deposit key 12 as described later. Alternatively, there is a verification key 13 for verifying individual withdrawal data and total data, and an operation unit 1 for printing a slip.
"Insert" key 14 to enable slip insertion into a printer 17, which is a printing means provided in the printer 1.
7, a "Paper Feed" key 15 is used to feed journal paper, which is a copy paper for financial m openings, and a "Subtotal" key 16 is used to print out the registered contents on the cash teller machine 25 at any time. and is provided.

A display section 18 made of, for example, a liquid crystal display element is provided above the operating section 1 shown in the second diagram, and displays numerical values inputted using, for example, the numerical key group 2, or the amount of money to be paid/disbursed 8!
Displays the numerical values processed in 25. The display section 1
Is there a cash register near 8? ! ! Regarding 125, indicator lights 19a and 1 respectively display operating states such as over 70- state, error state, (+) plus, and (-) minus.
9b, 19c, and 19d (indicated collectively by reference numeral 19) are arranged.

Further, a total switch 20 is provided above the display section 18 to print out the data registered and stored in the cash teller machine 25 at any given time. The registered and stored data will be erased. Alongside the total switch 20, a date switch 21 and a power switch 22 are provided.

These switches 20 to 22 are key switches, and can be turned on and off only by using predetermined keys.

FIG. 1 is a block diagram showing the electrical configuration of the cash teller machine 25. As shown in FIG. The electrical configuration of the cash teller machine 25 will be explained with reference to FIG. The cash teller machine 25 includes a control unit 26 that controls each of the 41 operations and is composed of, for example, a microprocessor.

The control unit 26 includes a key input unit 27 including the numeric key group 2 in the operation unit 1, a display unit 18, and a printer 1.
7 are connected to each other.

Furthermore, a fixed leg ag2a composed of, for example, a ROM (read-only memory) in which a program that defines the control operation of the control unit 26 is stored, and a fixed leg ag2a, for example, a RAM (read-only memory), etc.
Random access memory), etc., is used as a storage unit 29, and as described later, information related to transactions performed with an amount exceeding a set amount, which is a boundary value set in the cash account 8!25, is stored. buffer memory 30
And, when the cash teller machine 25 is in an error state, for example, a notification device f? generates a buzzer sound or the like. f31 is connected. The occasional storage section 29 includes a first storage section 29a, a second storage section 29b, and a third storage section 29c in which the set amount is stored.

FIG. 3 is a diagram showing the configuration of the buffer memory 30L:r)ff4. The configuration of the buffer memory 30 will be explained with reference to FIG. The buffer 7 memory 30 includes a processing number storage area 32 that stores a series of consecutive numbers DI (D1=1.2, . . . ) that are assigned each time a payment processing that exceeds the set amount is performed; An individual number storage area 33 for storing the number of transactions D2 included in the transaction process for each number D1, and an individual amount storage area 34 for storing the transaction amount D3 in the transaction process for each process number D1 are set. There is also a total number storage area 35 that stores the total number D4 of the number of items stored in the individual number storage area 3-3, and a total number storage area 35 that stores the total amount of the amount D3 for each accounting process stored in the individual amount storage area 34. An amount storage area 36 is set.

FIG. 4 is a 70-chart illustrating the operating state of the cash teller 25 of this embodiment. With reference to Figures 1 to 4,
The operation of the cash teller machine 25 will be explained. In the following explanation, we will use Cashier 8!25 to deposit, for example, 15,000 yen into a savings account (one 1 gal and one 5,000 yen bill).
The explanation will be based on the case where In step n1 of FIG. 4, the "1" key is operated in numeric key group 2, and step n
2, of the currency type key group 3, the [10,000/aJ key is operated, and in step n3, of the numeric key group 2, the "5000/aJ" key is operated.
” key is operated. Next, at step 4, the ``1000/bJ'' key of the currency type key group 3 is operated.

In the following step n5, r of the business type key group 5 is
By operating the N key (hereinafter, it is assumed that rN represents the type of savings account), in step n6, one gal and one 5,000 yen bill are stored in the first storage section 29a of the two storage sections at any time.
The denomination information of coins is stored. In step n7, input 15000J using numerical key group 2. As a result of this operation, the amount r15000J is stored in the reno star 37 provided in the control section 26 in step n8.

By operating the collation key 13 at the subsequent step port 9, the control section 26 reads the first storage section 2 at step nlo.
9a and the contents stored in the reno star 37 are compared. This comparison process is performed by the comparison section 39 included in the control section 26. In step n9, if the judgment result is negative, the denomination information and step n6
It is assumed that there is an input error in the amount information, and the process moves to step nil, where the notification device 31 generates a beep sound to notify the operator that an error has occurred.
The process returns to step n1, for example.

If the judgment in step nlO is affirmative, step n1
2, click “In” to indicate that the transaction is a deposit transaction.
Operate key 8. As a result, in step n13, the amount information "15000" is stored in the second storage section 29b.

Continuation (In step n14, the approval key 38 shown in the second diagram is operated. In step n15, the total amount A of the transaction is
It is determined whether the amount is equal to or greater than a set amount, which is a boundary value set in advance for the cash balance 8!25.

If the judgment result is affirmative, information related to the transaction is stored in the buffer 7 memory 30. That is, as shown in FIG. 3, a series of consecutive numbers D1 assigned to the relevant process are stored in the process number storage area 32, the number D2 included in the process is stored in the individual number storage area 33, and the number D2 included in the process is stored in the individual number storage area 33, and The payment amount 11'lD3 in the process is stored in the individual amount storage area 34. Further, the total number of transactions and the total amount of previous transactions including the transaction are updated and stored in the total number storage area 35 and the total amount storage area 36, respectively.

Further, if the judgment result in step n15 is negative, the process moves to step n17 without performing the process of step n16 described above. In step n17, it is determined whether the contents of the buffer memory 30 are to be displayed. In step n17, buffer 7 memory 3
For example, when trying to print out the memory contents of 0,
By performing a predetermined operation on the second illustrated operating section 1 of the cash teller machine 25, the contents stored in the buffer 7 memory 30 are printed out in step n18.

In the subsequent step n19, it is determined whether or not to change the set amount as described above. If this changing process is not required, the process returns to step n1 again. If a change processing is to be performed, the set amount stored in the storage section 29 can be easily changed at any time by performing a predetermined processing using the numeric key group 2 in step n20.

As mentioned above, the set amount set in the cash teller machine 25 is as follows:
It is stored in the storage section 29 at any time, and can be easily changed by performing a predetermined operation on the operation section 1. Therefore, as described in the prior art section, there is no need to perform complicated operations such as replacing the ROM in which such settings are stored. Information regarding the payment and disbursement process related to such transactions is selectively stored. Therefore, by printing out, for example, the contents of the buffer memory 30 at a desired time, it is possible to easily create a statement regarding a transaction exceeding a set amount.

Effects As described above, in the cash teller machine according to the present invention, the set boundary values of the payout amount ranges with different payout and payout processing procedures are stored in the first storage unit, and the set boundary values of the payout amount ranges in which the payout and payout processing procedures differ from each other are stored in the first storage unit, and the boundary values are stored in the teller processing with the boundary values. Related information is stored in the second storage. That is, by printing out the recorded contents of the second storage section by a printing means, it is possible to selectively extract information related to the accounting process that exceeds the boundary value, and the boundary value is stored in the first storage section. Since the boundary value is variably stored, if the boundary value needs to be changed, it can be easily changed.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the electrical configuration of a cash teller machine 25 according to an embodiment of the present invention, FIG. 2 is a plan view showing the operating section 1 of the cash teller machine 25, and FIG. 3 is a configuration of the buffer memory 30 FIG.
-It is a chart. DESCRIPTION OF SYMBOLS 1... Operation unit, 2... Numeric key group, 3... Currency type key group, 4... Rank key group, 5... Business type key group, 13... Verification key, 17. ...Printer, 25
... Cash teller machine, 26... Control unit, 29... Occasional storage unit, 29... First storage unit, 29b... Second storage unit, 30... Buffer 7 memory, 32 ... Processing number storage area, 33... Individual number storage area, 34... Individual amount storage area, 35... Total number storage area, 36...
・Total amount storage area, 38...Approval keys, 3...
Comparison Department Agent Patent Attorney Number of strokes Keiichi Figure 1 Figure 3

Claims (1)

[Scope of Claims] A cash teller machine used for processing cash, securities, etc., comprising: a first storage unit that variably stores boundary values of ranges of payable amounts having different processing procedures; A cash teller machine comprising: a second storage section that stores information related to a teller process that exceeds a boundary value; and a printing means that prints at least the stored contents of the second storage section.