JPS5818768A - Cash registration system - Google Patents

Abstract

PURPOSE:To obtain the titled accounting system, by connecting money counter to a cash register and counting money credited at every trade and then, the counted data are read into the central processing unit of the cash register as information on various money denomination which operating a counting information reading means. CONSTITUTION:When the money from a customer is put in a money receiving saucer 31 of a counter II and a count start key CK2 is depressed, a counter driving means 35 is driven through an OR gate 36 and the money is separated into each money denomination by a selecting means 32. The money separated into different money denomination is counted by a counting means 33, and the counted content is stored in each money kind memory 34a-34n. When the counting on all money denomination is finished and a counting operation completion detecting meand 37 detects the completion of the counting, the counted data stored in the memories 34a-34n are transferred to and stored in a money denomination data memory M21 installed at a cash registerIside through a data transfer controlling means 38 in responsing to a counting finishing signal. At the cash registerIregistration of the counted data stored in the money denomination data memory is performed.

Description

DETAILED DESCRIPTION OF THE INVENTION The present invention relates to a money teller system that electrically connects a money teller machine used in bank teller operations and a counting device that counts money such as banknotes and coins in each transaction. It is something.

2. Description of the Related Art Conventionally, a cash teller machine used for counter operations at banks and the like has a configuration as shown in FIG.

In FIG. 1, 1 is a group of function keys such as deposit keys and subject keys; 2 is key discrimination means for the function key group 1; 3 is a central processing unit (CPU); 4 is an input means for numerical information, etc.; 5 is a key encoder, 6 is a denomination information input means, 7 is an address counter, 8 is a memory for storing various data, 9 is an input/output control means for the memory, 10 is a printing section, 11 is a display section, 12 is a device Read-only memory (RO) stores microprograms that control a series of operations.
M).

In the above configuration, if cash of 550,000 yen is to be deposited into the ordinary deposit, the operator will first deposit the 550,000 yen (for example, 35 million yen notes, 5,000 yen) as shown in the operation flow diagram in Figure 2. In the case of 40 tickets), the number of tickets is counted manually to confirm whether or not there are, and the number of tickets is recorded by denomination (step nz+n2). Next, if it is confirmed by this manual operation that there is 550,000 yen, the key discrimination means 2 operates the subject key of function key group 1 of the cash teller machine to confirm that the information to be input now is a regular deposit. via C
Input instructions to the PU3 (step n3), then input the breakdown of the denomination of 550,000 yen to the CPU 3 by operating the numerical information input means 4 and the denomination input means 6 (step na), and further 550,000 yen.
The amount information of 10,000 yen is input from the numerical information input means 4 to the CPU 3 via the key encoder 5 (step n5).Next, the operator presses the function key group 1 to indicate that this amount information is a deposit. Press the key and instruct the CPU 3 via the key discrimination means 2 that the various information input earlier is deposit information (step n6)
0 Upon receiving this instruction, the CPU 3 performs a calculation to check whether the total breakdown of this deposit matches the deposit amount or not.Step n7
), if they match, the input/output control means 9 transfers the input/output control means 9 to a predetermined area of the memory 8 specified by the address carantuff.
The above-mentioned information is stored and held via (step ns).

If they do not match, an error message will be displayed (step n9), and the operator will have to reconfirm the deposit information. Furthermore, each piece of information in this transaction is printed and recorded on a journal paper or the like by the printing unit 10 (step nc+
) is displayed on the display unit 11. Note that the series of operations described above is controlled by a microprogram stored in the ROM 12.

In conventional cash teller operations such as those mentioned above, before operating the cash teller machine, the operator has to manually check whether the amount indicated by the customer is correct, and therefore the operator has to manually check whether the amount indicated by the customer is accurate or not. When the amount of money is large and has many denominations, long hours of manual work are required, resulting in lower work efficiency and discomfort for the customer.

The present invention has been made for the purpose of providing a cash teller system that eliminates the above-mentioned problems, and in order to achieve this purpose, the present invention provides a cash teller system that registers and processes various monetary transaction information, In a cash teller system that is electrically connected to a counter that counts money such as banknotes and coins in each transaction, the counting information calculated by the counting operation of the counter is transferred to the center of the cash teller machine. A counting information reading means for reading into the processing device is provided so that the counting information of the counter can be arbitrarily read into the central processing unit of the cash teller device.

Hereinafter, one embodiment of the present invention will be described in detail with reference to the drawings. FIG. 3 is a block diagram showing the configuration of an apparatus according to one embodiment of the present invention.

In FIG. 3, 1 is a cash teller device, ■ is a counting machine, and both are lines Ll, L2. It is electrically connected via L3. In the above-mentioned cash teller device ■, 11 is a function information input means such as a deposit key, subject key, etc.
It has a reading key R9 and a counting start instruction key CKI. 12 is a key discrimination means connected to the function information input means 11; 13 is an input means for numerical information, etc.; 14
15 is a key encoder of the numerical information input means 13, o16 is a denomination information input means, and o16 is a central processing unit (C,
PU), 17 is a memory that stores a control operation program for the central processing unit 16;
7 is constituted by a read only memory (ROM). Further, 18 is a memory for storing input data, calculation results, etc., and the memory 18 is a random access memory (R
AM), addresses are specified by an address counter 19, and information is sent and received to and from the CPU 16 via an input/output control means 20. Also 21
is a current money type data memory (money data memory M) that temporarily stores the money type information sent from the counting machine side via the transmission line L3 for each denomination. The operation signal of the reading key (counting information reading means) R provided in the function information inputting means 11 is inputted to the determining means 23 via the OR gate 22, and the determining means 23 responds to the instruction signal of the reading key R. It is determined whether or not the denomination data memory 21 has stored content, and if there is no stored content, the lamp driving means 24 is driven to light the lamp 25, and if there is stored content, the gate is activated. The means 26 is opened to store the contents of the memory 21" as denomination information.
It is configured to be introduced into PU1'6. Furthermore, the contents of the memory 21 are erased by a signal output from the CPU 16 in connection with an instruction to end the transaction registration operation, so as to prepare for the next transaction registration. Note that 27 is a display unit that displays various input information, calculation results, etc.
Similarly, 28 is a printing unit that prints various input information, calculation results, etc.

In the above-mentioned counting machine (■), 31 is a banknote to be counted.

It is a money tray for receiving money such as coins, and the money tray 31
The coins inserted are sorted by selection means 32 for each denomination, and then counted by the counting means 33 for each denomination. Further, 34a to 34n are denomination memories for storing the counting results counted by the counting means 33 for each denomination. 35 is a counter driving means for deriving a signal for driving the selection means 32 and the counting means 33, and the counter driving means 35 is a counting start device provided on the cash teller device i side introduced via the OR gate 36. It is driven by an instruction input from the instruction key CKI or the counting start instruction key CK2 provided on the side of the counter (2). Further, 37 is a counting operation end detection means for detecting the end of the counting operation upon receiving the signals from the selection means 32 and the counting means 33, and 38 is a memo! 734a-34
This is data transfer control means that transfers stored data of n to the denomination data memory 21 via line L3.

In addition, the counter ■ is provided with a reading key R, and the operation signal of the key R is transmitted to the cash teller machine I through the line L1.
It is configured to be input to the OR gate 22 of.

Next, the operation of the above-mentioned cash accounting system will be explained with reference to the operation flow diagram shown in FIG. In addition, in Figure 4 (a)
70- is a diagram showing the operation of the counting machine ■, and (b) is a flow diagram showing the operation of the cash teller machine I.0 First, money (banknotes/coins) from a customer is placed in the money tray 31 of the counting machine H. When you press the counting start key CK2 or CKI provided on the counting machine ■ or cash teller machine ■ (step n12) or game)
The counter drive means 35 is driven through the counter drive means 36'i, and the money put into the money tray 31 is first selected by the selection means 32 for each denomination.
The coins are then sorted into selected types (step n13), and then the coins sorted into each denomination are counted by the counting means 33 (step rl/14), and the counted contents are stored in each denomination memory 34.
When counting of all denominations is completed (step n15) and the counting operation end detection means 37 detects the end of counting (step n16), each denomination is Memo I) The count data stored in 34a to 34n is transferred via the data transfer control means 38 to the denomination data memory (M) 2 provided on the cash teller machine ■ side.
1 (step n17).

On the other hand, on the money teller machine I side, the subject of the transaction (ordinary deposit, current account, etc.) is input to the CPU 16 from the function key group 11 via the key discrimination means 12 (step nzi), and then the read key of the function key group 11 is input. When R is pressed (step n22), determination means 2 determines whether or not data is stored in the denomination data memory (M) 21.
3 operates, determines whether data N exists in the memory (M) 21, operates the gate means 26, and stores the denomination data memory (M) 2.
Step n24 to transfer the stored data of 1 to the CPU 16.
), CPU16 and ROM17 are denomination data memo! J(
M) Operates to input and process the stored count information in 214C as denomination-specific information. Next, the operator inputs the total amount of money received via the key encoder 14 from the numerical input means 13.
In step n, 25), the CPU 16 operates the deposit key of the function key group 11 to instruct the CPU 16 via the key discrimination means 12 that the previously input numerical information is the total deposit amount. CPU16 that received this instruction
determines whether the total amount of the denomination data previously input from the memory (M) 21 and the total amount input this time match, and if they match, the memory 18 specified by the address counter 19 is These series of data are input and stored in a predetermined area via the input/output control means 20 (step 2
Also, if they do not match, an error message will be displayed on the display means 28 to notify the operator. This series of information is printed on journal paper or the like by the printing unit 10 as in the conventional case (step n29).

Furthermore, when the reading key R is pressed, if the determining means 23 determines that there is no data N in the memory (M) 21, the determining means 23 drives the driving means 24 and uses the lamp 25 etc. to cause the operator to perform a counting operation. Please let me know if it is not.

Furthermore, when the above-mentioned deposit key is operated and the CPU 16 confirms that the total denomination breakdown and the total deposit match, and the data is stored in the memory 18, the CPU 16 transfers the data to the memory (M) 2.
Clears the memory contents of 1 and prepares for the next transaction registration (step n30) 0 In the above embodiment, the money data memory 21 is provided on the cash teller machine ■ side, and the counting information by the counter ■ is stored. In response to the completion of the counting operation, the money data is automatically transferred and stored in the money data memory 21 provided on the side of the money teller machine (2), but the present invention is not limited thereto. The counting information counted by the counting information reading means (
In response to the operation of the read key R), the data may be transferred from the counter (2) to the cash teller (2) and read into the central processing unit of the cash teller (I).

As described above, according to the present invention, a money counter is connected to a cash teller machine, counts the money generated in each transaction, operates the counting information reading means, and converts the counting data into denomination-specific information in the cash teller machine. Since the money is read into the central processing unit of the money teller machine, it is not only possible to eliminate the conventional operation of manually counting the money by an operator, but also to greatly simplify the registration operation of this money teller machine.

Furthermore, in the present invention, the counted denomination data can be read into the CPU of the cash teller machine at any time, so it can be used effectively depending on the transaction capacity.

[Brief explanation of the drawing]

FIG. 1 is a block diagram showing the configuration of a conventional cash teller device.
FIG. 2 is an operational flow diagram for explaining the operation, FIG. 3 is a block diagram showing the configuration of an embodiment of the present invention, and FIG. 4 is an operational flow diagram for explaining the operation. ■... Money teller device, ■... Counting machine, 16... Central wave arithmetic processing device, 21... Money data memory, 33...
... Counting means, R... Counting information reading means (reading key) 0 Agent Patent attorney Aihiko Fukushi 1 (Jl Figure 4 difference 11

Claims (1)

[Claims] 1. A cash teller device that registers and processes various monetary transaction information;
In a cash teller system that is electrically connected to a counter that counts money such as banknotes and coins in each transaction, the count information counted by the counting operation of the counter is read into the central processing unit of the cash teller machine. A cash accounting system characterized by having an information reading means. 2. The seven stems for cash accounting as set forth in claim 1, characterized in that counting information reading means is provided on the counter side.