JPH041387B2 - - Google Patents

Description

[Detailed Description of the Invention] [Field of Industrial Application] The present invention relates to an improvement of a cash teller/dispensing device used in current counter operations, and more particularly, to a cash teller/dispensing device that registers and processes various monetary transaction information. Improvement of the data setting method during sorting work in a cash dispensing and dispensing device that is configured by electrically connecting the device and a money dispensing device that dispenses money such as banknotes and coins corresponding to the disbursed amount generated in each transaction registration. Regarding.

[Prior Art] Conventionally, an amount is set in a cash teller device or a money dispensing device at the start of a day's work. For example, an operator sorts the type of money that has been withdrawn, that is, the denomination and amount, into the denomination and amount of money dispensed and the type and amount of money dispensed by the money dispensing device, and separately sends them to the cash dispensing device and the money dispensing device. I am remembering it.

[Problems to be Solved by the Invention] When an operator performs such sorting work, calculation errors and input operation errors are likely to occur. Conventionally, no consideration has been taken for such calculation errors or input operation errors.

SUMMARY OF THE INVENTION An object of the present invention is to provide a data setting method for a cash dispensing and dispensing device during sorting work, which minimizes the occurrence of operator errors during sorting.

[Means for Solving Problems] The present invention provides a cash dispensing and dispensing device that connects a cash dispensing device that registers and processes various monetary transaction information and a money dispensing device that dispenses money corresponding to the disbursed amount generated in each transaction registration. A method for setting data during sorting work of a device, which includes: a mode switch for setting various modes; and a mode switch for setting various modes; cash inventory for each denomination of the cash dispensing device; and denominations and amounts stored in the money dispensing device. an input means for inputting the money; a first storage means for storing the amount of cash by each denomination of the money dispensing and dispensing device; a second storing means for storing the denominations and amounts to be paid out from the money dispensing device; An interlocking selection switch for inputting whether or not the device and the money dispensing device should be interlocked; and on condition of the interlocking input by this interlocking selection switch, the above-mentioned cash balance for each denomination stored in the first storage means is selected. arithmetic processing means for subtracting the data stored in the second storage means and storing the result of the subtraction in the first storage means as a new cash balance for each denomination; the money dispensing device is equipped with a third storage means for storing the denomination and amount transferred from the second storage means, and is set to the initial setting mode by the mode switch, and the money dispensing device If you store the cash inventory by denomination that has been made in the first storage means, and then input only the denomination and amount to be stored in the money dispensing device, this money to be paid out will be stored from the stored information in the first storage means. In addition to subtracting the type and amount, the amount to be stored is automatically stored in the third storage means on the money dispensing device side, and the money can be dispensed based on the information stored in the third storage means. This is a data setting method for sorting work in a cash teller/dispensing device.

[Operation] According to the present invention, the first storage means stores the cash stock of each denomination that has been withdrawn, and inputs the denomination and denomination to be stored by the money dispensing device from the input means.
When the amount is input, the data is stored in the second storage means. When the interlock selection switch is operated and input is made that the cash teller and money dispensing device should be interlocked, subtracting the denomination and amount to be dispensed by the money dispensing device from the stored information in the first storage means;
Since the result of the subtraction is stored in the first storage means, the first storage means always stores the denomination and amount after being dispensed by the money dispensing device.

Moreover, in the present invention, the third storage means provided in the money dispensing device stores the denomination and amount transferred from the second storage means, and money dispensing is performed based on this stored information. While the money dispensing device is in operation, the money teller device can perform other arithmetic processing operations, and the speed of the arithmetic processing operations can be improved.

When the interlocking selection switch is not operated and therefore the cash accounting device and the money dispensing device should not be interlocked, the money dispensing device does not dispense money.

[Embodiment] FIG. 1 is a block diagram of an embodiment of the present invention, and this cash dispensing and dispensing device basically consists of a cash dispensing device 30 and a money dispensing device 31. As shown in FIG. When using this cash teller/dispensing device, the operator needs to set the data necessary for each transaction registration, and the operating procedure is as shown in the flowchart of FIG. A data setting mode is selected in step n1 by the mode switch 1, and setting mode information such as an initial setting mode is stored in the storage means 2. Next, the operator operates a key provided on either the numerical information input means 3 or the function key input device 4 in order to input various setting data. As a result, in step n2, the key input detection means 5 detects the signals from the key encoders 9 and 10, and stores the settings stored in the storage means 2 in the storage area a of the processing circuit 6 realized by a computer or the like. Mode information is transferred and input stored in step n3. In this way, in step n4, the data setting operation is completed. Once the configuration mode information is entered,
The processing circuit 6 selects a setting program stored in advance in the read-on memory 7, and processes data that will be input thereafter based on this setting program.

The operator determines whether or not the cash teller device 30 should be linked with the money dispensing device 31 in step n5, and when it should be linked, operates the link selection switch 8 in step n6, thereby changing the storage area of the processing circuit 6. A flag indicating interlocking is set in step n7 for b.

Banknotes according to each denomination and amount along with circuit slips,
When the coins are sent to the operator, in steps n8 and n9, the operator first inputs amount information for each denomination using the numerical information input means 3 based on the repayment slip. As a result, the signal from the key encoder 9 is input to the processing circuit 6. Subsequently, a specific denomination key among the denomination keys t of the function key input device 4 is operated. As a result, the signal from the key encoder 10 is input to the processing circuit 6. In this manner, the processing circuit 6 determines which denomination the previously input amount information relates to. The processing circuit 6 inputs and stores the denomination/amount information in a predetermined storage area M of the secondary memory 12 addressed by the secondary address counter 11 under the control of the secondary input/output control means 13. In this way, in step n10, the setting of all denominations and amounts written on the repayment slip is completed.

In step n11, the processing circuit 6 determines whether or not a flag indicating the interlocking of the cash accounting device 30 and the money dispensing device 31 is set in the store area b. When the flag is set, the operator inputs the denomination and amount to be dispensed by the money dispensing device 31 by operating the numerical information input means 3 and by pressing the denomination key t of the function key input device 4.
Set by operating. Each denomination key t is operated, and the denomination of the previously input amount is specified in step n12. The processing circuit 6 first subtracts the currently input amount from the denomination/amount previously stored in the storage area M of the secondary memory 12 (=M-
N), and the subtraction result is stored in a predetermined position in the storage area M of the secondary memory 12 in step n14. Also, in step n15, the input denomination and
1 in the predetermined storage area N of the primary memory 15 addressed by the primary address counter 14.
The data is input and stored under the control of the next input/output control means 16. After repeating this series of operations and completing the input of all denominations and amounts to be dispensed with the money dispensing device 31 in step n16, the operator operates the data transfer key provided in the function key input device 4. , gives a data transfer instruction to the processing circuit 6 in step n17.

A series of input data of the cash accounting device 30 is printed by the printing means 24 and visually displayed by the display means 25.

The processing circuit 6 receives the data transfer instruction in step n18, and transfers the data stored in the storage area N of the primary memory 15 to the money dispensing device 31 via the data transfer control means 17 in step n19.
The money dispensing device 31 thus receives the data.

In the money dispensing device 31 , a processing circuit 19 implemented by a computer or the like receives each denomination/amount from the data transfer control means 17 via the data transfer control means 18 , and the processing circuit 19 is implemented by a memory 22 designated by the address counter 21 . In step n20, the data is input and stored in a predetermined storage area under the control of the input/output control means 23. The processing circuit 19 operates according to a program stored in the read-only memory 20. When the storage processing operation to the memory 22 is completed in step n21, the processing circuit 19 transfers a completion command indicating that the storage processing has been completed to the cash accounting device 30 in step n22.

At step n23, the processing circuit 6 receives this completion command, and at step n24 it becomes ready to process other setting data that will be input next.

In the money dispensing device 31, the data transfer control means 1
The signal from 8 is given to the payout control means 24,
As a result, the driving means 25 is controlled. Therefore, the currency from the storage means 26 is counted by the counting means 27 and discharged into the receiving tray 29. The coins counted by the counting means 27 are given to the confirmation means 28, and when the counted value matches the counted value instructed to be dispensed by the dispensing control means 24, the dispensing control means 24 causes the drive means 25 to control the coins. Stop dispensing money.

In the embodiments described above, the cash teller/dispensing device is executed by the program as described above, but in other embodiments of the present invention, the components of the present invention may be used individually.

[Effect] As described above, according to the present invention, when the operator performs the distribution work, the operator stores the cash inventory by denomination that has been withdrawn in the first storage means based on the withdrawal slip. You can check for input errors by comparing the input amount with the repayment slip at each stage.

Next, when only the denomination and amount to be stored in the money dispensing device are input, the denomination and amount to be dispensed are subtracted from the storage information in the first storage means, and are stored in the third storage means on the money dispensing device side. The amount to be kept is automatically memorized.

Therefore, the operator no longer has to deal with problems associated with conventional sorting work, such as checking whether the sum of the denominations and amounts allocated to each one matches the denominations and amounts on the repayment slip. You can avoid wasting time and work more efficiently.

[Brief explanation of drawings]

FIG. 1 is a block diagram of one embodiment of the present invention, and FIG.
The figure is a flowchart for explaining the operation. 1...Mode switch, 3...Numeric information input means, 4...Function key input device, 6,1
9... Processing circuit, 12... Secondary memory, 15...
Primary memory, 30... Money teller device, 31... Money dispensing device.

Claims (1)

[Scope of Claims] 1. During the sorting work of a cash dispensing and dispensing device that connects a cash dispensing device that registers and processes various monetary transaction information and a money dispensing device that dispenses money corresponding to the disbursed amount generated in each transaction registration. The data setting method includes: a mode switch for setting various modes; and an input means for inputting the amount of cash for each denomination of the cash teller and the denomination and amount to be stored in the money dispensing device. A first storage means for storing the amount of cash by each denomination of the cash dispensing and dispensing device; a second storing means for storing the denominations and amounts to be paid out from the money dispensing device; the cash dispensing and dispensing device; and the money dispensing device. an interlocking selection switch for inputting whether or not the above should be interlocked; and a linkage selection switch for inputting whether or not the interlocking selection switch should be linked; arithmetic processing means for subtracting stored data and storing the subtraction results in the first storage means as new cash balances for each denomination; and a transfer means for instructing transfer of the stored data in the second storage means to the money dispensing device. The money dispensing device is equipped with a third storage means for storing the denomination and amount transferred from the second storage means, and is set to the initial setting mode by the mode switch, and stores the denomination and amount transferred from the second storage means. If the cash inventory is stored in the first storage means and then only the denomination and amount to be stored in the money dispensing device are input, the denomination and amount to be paid out are subtracted from the information stored in the first storage means. At the same time, the money dispensing and dispensing device is capable of automatically storing the amount to be stored in the third storage means on the money dispensing device side, and dispensing money based on the stored information of the third storage device. How to set data during distribution work.