JPS5839368A - Cash receipt system - Google Patents

Abstract

PURPOSE:To eliminate manual counting of the currency by an operator, by connecting a counting machine for currency to a teller machine, and counting currency handled in each transaction and inputting the counting data to the cash receipt machine side. CONSTITUTION:Cash is put in the currency receiving pan 31 of a counting machine II and a specific key A of the function information acquiring means 11 of a cash receipt machineIis pressed, so that a counting stary indication signal S1 is outputted from a discriminating means 23 to the counting machine II. The counting machine II sorts and counts the currency by denominations at parts 32 and 33 respectively, and stores the results in denomination memories 34a-34n. Those storage contents are transferred to a denomination data memory 38 on the counting. On the machine sideI, on the other hand, the account title of the transaction is inputted from the means 11 to a CPU16 and the key A is pressed to send out a read indication signal S2 from the means 23 to the counting machine II. The counting machine II transfers the stored data in the memory 38 to the memory 21 on the machine sideIby the signal S2. In the machineI, the data in the memory 21 are transferred to the CPU16, and processed.

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 machine 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 order to confirm whether there are 40 tickets), they are counted manually and the number is recorded by denomination (steps ■, ■).

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. (step 2), and then enter the numerical information input means 4 for the breakdown of the denomination of 550,000 yen.
Then, the operator inputs the amount information of 550,000 yen from the numerical information input means 4 to the CPU 8 via the key encoder 5. The deposit key of function key group 1 is pressed to indicate that the information is deposit information, and the key discriminating means 2 instructs the CPU 3 that the various information previously input is deposit information (step 2). Upon receiving this instruction, the CPU 3 calculates and checks whether or not the total breakdown of the deposits matches the deposited amount (Step 2). The above information is stored and held via the input/output control means 9 (step 2). If they do not match, an error message will be displayed (step ■), and the operator will have to reconfirm the deposit information (step ■). Further, each piece of information in this transaction is printed and recorded on a journal paper etc. by the printing unit 10 (step ■) and displayed on the display unit 11, and the deposited money is manually stored in a money box etc. (r step 0). . Note that the above series of operations is controlled by a microprogram stored in ROMI 2. Furthermore, in FIG. 2, the broken line frame in Gζ indicates the manual work of the operator.

In conventional cash teller operations such as those mentioned above, the operator must manually check whether the amount indicated by the customer is correct before operating the cash teller machine, and upon completion of transaction registration. , it is necessary to judge whether the operation was accurate or not, and store the cash etc. in the designated storage box.
Therefore, when deposited amounts are of many denominations and large amounts of money, long hours of manual work are required, resulting in problems such as reduced work efficiency and discomfort for customers.

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 electrically connected to a counter that counts money such as banknotes and coins in each transaction, a storage means for storing count information counted by the counting operation of the counter, and a side of the money teller device. and a determination means for determining whether or not there is a memory content in the storage means in response to the operation of the particular key manual means, based on the determination result of the determination means. The counter is configured to give an instruction to read the stored contents from the storage means or an instruction to start counting to the counter.

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 an embodiment of the present invention.

In FIG. 3, ■ is a cash teller device, ■ is a counting machine, and both are lines Ll, L2. It is electrically connected via Il and L4. 11 in the above money teller machine■
is a function information input means such as a deposit key and a subject key, and has a specific key A that also serves as a reading instruction and a counting start instruction function. Reference numeral 12 denotes a key discrimination means connected to the function information input means 11, 13 an input means for numerical information, etc., 14 a key encoder of the numerical information input means 13, and 15 a denomination information input means. 16 is a central processing unit (CPU), 17 is a memory that stores a control operation program for the central processing unit 16, and the memory 17 is a read-only memory (ROM).
). Reference numeral 18 denotes a memory for storing input data, calculation results, etc. The memory 18 is constituted by a random access memory (RAM), and is addressed by an address counter 19 and connected to the CPU 16 via the input/output control means 20. Information is sent and received between them. Reference numeral 21 denotes a denomination data memory (money data memory N) that temporarily stores denomination-specific information sent from the counting machine (2) side via the transmission line L4 for each denomination. The operation signal of a specific key A provided in the function information input means 11 is input to the memory M reference instruction means 22, and the memory H reference instruction means 22 responds to the instruction signal of the specific key A to The determining means 28 for determining whether or not there is stored content in the denomination data memory 38 provided in the denomination data memory 38 is activated.
The judgment output S1 is given as a counting start instruction signal to the counter (2) via the line L1, and if there is stored content, the second judgment output 82 is read out from the judgment means 23 as data. As an instruction signal, the continuous output control means 39 of the counter H is driven via the line L2.
8 is introduced into the memory 21 as denomination-specific information. Further, the stored contents of the memory 38 are erased in relation to the second output S2 of the determination means 2,
It is configured to prepare for storing the next count information. Note that 24 is a display unit that displays various input information, calculation results, etc., and 25 is a printing unit that similarly 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 84n are denomination memories for storing the counting results counted by the counting means 33 for each denomination. Reference numeral 35 denotes 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 specific key provided on the cash teller machine (2) introduced via the line L1. The counting start instruction signal ν1, which is the second judgment output S2 of the judgment means 23 which operates in response to the operation of A, is activated. Further, 36 is a counting operation end detection means that receives signals from the selection means 32 and the counting means 33 to detect the end of the counting operation, and 37 is a memory 34a to 84n that responds to the detection output of the counting operation end detection means. This is a memory control means that transfers the stored data to the denomination data memory 38.

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)
is a flowchart showing the operation of the counter ■ side, and (b) is a flowchart showing the operation of the cash teller machine I side.

First, in order to insert money (banknotes and coins) from the customer into the money tray 31 of the counting machine H (Step 2), a specific key A of the function information input means 11 provided in the cash teller device I is pressed.
When is pressed (step 0), the memory reference means 22 is activated (step 0), and the determination means 23 determines whether or not the counting result is stored in the memory (goods) 38 (step @), and in this determination operation, If the counting result is not stored in the memory 38, the first judgment output S1 of the judging means 23 is transferred to the counter H via the line L1 as a counting start instruction signal (step 0).

The counting machine takes steps to receive this counting start instruction signal.
), the counter drive means 35 is driven (step ■), and the money put into the money tray 81 is first sorted into selected types by the selection means 32 for each denomination (step @), and then for each denomination. The sorted coins are counted by the counting means 83 (step ■), and the counting contents are recorded in each denomination memo 1J34a to 8.
4n (step ■), and when the counting of all denominations is completed and the counting operation end detection means 36 detects the end of counting (step @), each denomination memo is stored in response to this counting end signal. The count data stored in IJ 84a to 84n is transferred to the denomination data memory (
Goods) 38 is memorized.

On the other hand, on the money teller machine ■ 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 @), and then the specific key of the function key group 11 is input. When A is pressed (step @), the memo IJ M reference means 22 is activated, and the determination means 23 determines whether or not the counting result is stored in the denomination data memory (goods) 38 (step [phase]). ), in this judgment operation, if it is judged that the data in the memory (to) 38 is “present”, the judgment means 2
The second judgment output S2 of 8 is transferred to the counter ■ via the line L2 as a data read instruction signal (step @
).

When the counter (2) receives this data read instruction signal, it steps (step [phase]) and the read control means 39 of the memory (material) 88.
is driven, and the data stored in the denomination data memory (goods) 38 is transferred to the cash teller machine ■ side via line L4 (
Step (2)), the data is stored in the memory (9) 21. Also, at this time, the contents of the memory 38 are cleared after the transfer.

In the cash teller device I, the data stored in the denomination data memory □21 is transferred to the CPU 16 (step @), and the CPU
] 6 and ROM 17 operate to input and process the counting information stored in the denomination data memory 21 as denomination-specific information. Next, the operator inputs the total amount of money into the numerical input means 18.
Then, input the numerical information to the CPU 16 via the key encoder I4 (step @), operate the deposit key in the function key group 11, and instruct the CPU 16 via the key discrimination means 12 that the numerical information previously input is the total deposit amount. do(
Step @). Upon receiving this instruction, the CPU 16 executes a loop calculation process to determine whether or not the total amount of the denomination data previously input from the memory controller 21 matches the total amount input this time. If they match, these series of data are input and stored in a predetermined area of the memory 18 designated by the address counter 19 via the input/output control means 20 (step @). If they do not match, an error message is displayed on the display means 24 to notify the operator (step @).

Furthermore, when the above-mentioned deposit key is operated, the CPU 16 confirms that the total denomination breakdown and the total deposit match, and stores this data in the memory 18. When the series of processing is completed, the CPU 16
16 is a memo! JeJ) 21 is cleared to prepare for the next transaction registration (step).

Further, this series of information is printed on journal paper or the like by the printing unit 25 (step [phase]).

As described above, according to the present invention, a money counting machine is connected to a cash teller machine, and the money generated in each transaction is counted, and the counting data is divided into denominations by operating a specific key provided on the cash teller machine. Since the information is read into the cash teller device, it is not only possible to eliminate the conventional operation of manually counting money by an operator, but also to greatly simplify the registration operation of the cash teller device.

Further, according to the present invention, the function of a specific key provided on the cash teller device is used to instruct the reading of the stored content of the memory provided on the counter side or the counter device depending on the presence or absence of the stored content of the memory provided on the counter side. Since the function of the counting start instruction can be specified alternatively, an easy-to-use cash accounting system can be obtained.

[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.

Claims (1)

[Claims] 1. A cash teller device that registers and processes various monetary transaction information;
In a cash teller system electrically connected to a counter that counts money such as banknotes and coins in each transaction, a storage means for storing count information counted by the counting operation of the counter, and a side of the money teller device. and a determining means for determining whether or not there is a memory content in the storage means in response to the operation of the specific key manual means, based on the determination result of the determining means. A cash accounting system, characterized in that the system is configured to give an instruction to read the stored contents from the storage means or an instruction to start counting to the counter.