JPS5827261A - Money paying and peceiving system - Google Patents

Abstract

PURPOSE:To rationalize money receiving operation by electrically connecting a counting machine for selectively counting received money in accordance with the kinds of money to a money paying and receiving device for registering the money transacting status. CONSTITUTION:After putting cash on a cash receiving plate 41 of a computer II, the item of deposit is specified by a function key group 11 of a money paying and receiving deviceI, the amount of deposit is inputted by a ten key 13 and count starting CK1 is specified. The counting machine II sorts 42 the money, counts 43 the money in accordance with the kinds of money and stores each counted value in a buffer memory 44. After completing the counting of one kind of money, data are transferred from the buffer memory 44 to a buffer memory 21. The transferred data are printed out, summed up in each kind of money, stored, and inputted to an amount adding memory 29. When the completion of the counting of all the kinds of money is detected 50, a lamp 33 is turned on by a signal C and the inputted value is compared 30 with the contents of the amount adding memory 29. When both the values coincide each other, a CPU16 stores the data in a RAM18 by a stop signal (a) and clears up each memory. Consequently money receiving operation is rationalized.

Description

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

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 a deposit key, subject key, verification key, etc., 2 is a key discrimination means for the function key group 1, 3 is a central processing unit (CPU), and 4 is a key for determining numerical information, etc. Input means, 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, l
0 is a printing section, +1 is a display section, and 12 is a read-only memory (ROM) that stores a microprogram that controls a series of operations of the apparatus.

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 Sl.

S2). 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 S3) to input an instruction to the CPU 13 via , then input the fact that the deposit amount is 550,000 yen to CPtJ3 by operating the numerical information input means 4 step S4), and then press the deposit key in function key group 1. By pressing the button, the input information indicating that the input information is a deposit is inputted to the CPTJ 3 via the key discriminating means 2, thereby issuing a deposit instruction (step S5). Next, the operator operates the numerical information input means 4 and the denomination input means 6 to input the deposit breakdown by denomination of the amount information of 550,000 yen to the CPU 8 (step S6).

When the transaction registration operation is completed as described above, the operator presses the function key group 1 to check whether the deposit total entered earlier and the total amount of the details match.
The verification key is pressed to instruct the CPU 3 to determine whether or not the above amounts match (step S7). Upon receiving this instruction, CPtJ3 calculates and checks whether or not the total breakdown of this deposit matches the deposit amount (step S8).
If they match, the above information is stored and held in a predetermined area of the memory 8 specified by the address counter 7 via the input/output control means 9 (step S9). If they do not match, an error message will be displayed (step 510), and the operator will have to reconfirm the large sum of money. Furthermore, each piece of information regarding this transaction is printed and recorded on a journal paper or the like by the printing unit 10 (step 511).
This is also displayed on the display unit 11. Note that the above series of operations is controlled by a microprogram stored in ROM+2.

In conventional cash teller operations such as those mentioned above, before operating the cash teller machine, the operator has to manually confirm whether the amount indicated by the customer is correct, and as a result, the amount of money that has been deposited is confirmed. 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 money teller system that eliminates the above-mentioned problems. In a cash teller system in which a teller device and a counter that counts money such as banknotes and coins in each transaction are electrically connected, an input means for setting and inputting a total amount is provided on the money teller device side, and A storage means is provided for storing the total amount of money entered by the input means, a proof verification is performed between the memory content stored in the storage means and the counting information counted by the counting machine, and the verification result is Based on this, the system is configured to derive an operation stop command to the counter and cause the cash teller device to execute a registration process.

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 LJL4 and L5. In the above-mentioned cash teller device (2), 11 is a function information input means such as a deposit key and a subject key, and has a cancellation key Ia, a correction key 1b, and a counting start instruction key CKI. Reference numeral 12 denotes key discrimination means connected to the function information input means 11;
3 is input means for numerical information, etc.; 14 is a key encoder of the numerical information input means 13; and 15 is denomination information input means. 16 is a central processing unit (iGPU), 17 is a memory that stores a control operation program for the central processing unit 16, and the memory I7 is a read-only memory (R
OM). 18 is input data,
This is a memory for storing calculation results, etc., and the memory 18 is constituted by a random access memory (RAM), which is addressed by an address counter 19, and is connected to the CP[J I 6 through the input/output control means 20. Information is sent and received. Further, 21 is a buffer memory that temporarily stores denomination information and counting information sent from the counting machine side via transmission line L3, and 22 is line L4.
This gate means is opened in response to a counting end signal sent through the OR gate 23 and is used to input the stored contents of the buffer memory 21 to the printing means 24 through the OR gate 23.

Reference numeral 25 denotes a denomination-specific cumulative addition means, which adds the stored contents of the buffer memory 21 and the denomination-specific memory 26 to each denomination, and stores the result in the denomination-specific memory 26. Remember. The memory contents of this memory 26 for each denomination are the comparison and verification results a of the comparison and verification means 30, which will be described later.
AND gate 27 controlled by the inverter signal of
The data is read out by a memory control means 28 which operates in response to the output of , and is input to the printing means 24 via an OR gate 23 . Still above buffer memory 2
The stored contents of 1 are input to the amount addition memory means 29, converted into amount information, added and stored, and the contents added and stored in the amount addition memory means 29 and the amount information input and stored in the CPU 16 are compared and verified by the comparison means 30. The comparison result a is input to the CPU 16 and is also sent to the counter (2) via line L2. Note that 31 is a display unit that displays various input information, calculation results, etc.

In the above-mentioned counting section, 41 is a banknote to be counted.

It is a money tray for receiving money such as coins, and the money tray 41
The coins inserted are sorted by selection means 42 for each denomination, and then counted by the counting means 43 for each denomination. Further, 44 is a buffer memory for storing the counting results counted by the counting means 43 together with denomination information, and the stored contents are transferred to the buffer memory 21 via the gate means 45. 46 is a counter control means for deriving a signal for driving and controlling the selection means 42 and the counting means 43;
It is driven by an instruction input from a counting start instruction key CKI provided on the cash teller machine (2) side or a counting start instruction key CK2 provided on the counter (2) side introduced through the counter. Further, 48 is a denomination discriminating means for determining the denomination in response to the output of the selection means 42, and 43 is an end detection means for receiving the signal from the counting means 43 and detecting the end of the counting operation for each denomination. , 50 is a counting completion detecting means for detecting the completion of - count operation in response to the detection output of the completion detecting means 43 and the output of the denomination discrimination means 37, and the output C of the detecting means 50 is on the line. It is configured to be inputted to the cash teller device (2) via L5 to drive the lamp driving means 32 and turn on the lamp 33.

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

Now, if a certain customer deposits 550,000 yen into a savings account, the operator deposits the cash into the money tray 41 of counting machine H.
(Step S21 in Figure 4, hereinafter simply 5)
It is expressed as 21 mag. ) Press a specific subject key in the function key group 11 of the cash teller device ■, and select the key discrimination means 1.
2, the CPIJI 6 is instructed that the operation to be performed is related to a savings account (531).

Next, the operator inputs the total transaction amount of 550,000 yen from the numerical information input means 13 into the CPL II 6 via the key encoder 14 (S82) and operates the deposit key of function key group II, so that this transaction is deposited. (53B).

Next, the operator presses the counting start instruction key CKI of the function key group 11 and gives a counting start instruction to the counting port via the OR gate 47 and the counter control means 46 (S34). Upon receiving this instruction, the counter selects the previously inserted cash by sorting means 42 according to each denomination 52B.
), each denomination is counted by the counting means 43 (524), and the counted results are stored in the buffer memory 44 and stored in the denomination discriminating means 4.
It is temporarily stored together with the denomination information from 8.

When the counting of one denomination is completed in this way, the completion detection means 4
9 is activated (525), it instructs the counting completion detection means 50 that counting of one denomination is completed, and the gate means 45
The denomination information and number of coins information stored in the buffer 1 memory 44 are transferred to the buffer memo IJ on the cash teller machine ■ side.
21 and stored therein (S26, 585). The information stored in the buffer memory 21 is printed on a journal paper or the like 51 by the printing means 24 as shown in FIG. 5 via the gate means 22 and the OR gate 23 (S86
) The cumulative sum for each denomination is added and stored in the denomination-specific memory 26 via the denomination-specific cumulative addition means 25 (S37). Furthermore, this data is input to the amount addition memory means 29, and the data is converted into amount information and added and stored in the internal memory of this amount addition memory means 29 (838). When the counting is completed, the counting completion detection means 50 operates to send out a completion signal C (S27, 828), and this completion signal C drives the driving means 32 to turn on the lamp 33.
is displayed to inform the operator that the counting of the inserted cash has been completed (540).

Further, this counting completion signal C is input to the CPIJI 6, and the comparing means 30 is operated to add the above-mentioned amount information to the amount information inputted by the input means 13 in the previous step S82, and the result is stored in the amount adding memory means 29. 541), and if they match, a stop signal a is sent to the counter H through the line L2 (S42), and an equivalent signal is sent to the CPtJ I 6. Enter. CPTJ that received this signal
I6 inputs the above series of input data to address counter 1.
The buffer memory 21 . Clears the data stored in the denomination memory 26 and amount addition memory means 29 in preparation for the next transaction process (S
44). The counter (2), which has yet to receive the stop signal a, stops the counting operation and does not receive signals from the counting start instruction keys CKI and CK2 (580). This state continues until the registration operation (memory processing) of the cash teller machine (2) is completed. On the other hand, if the comparison results of the comparison/verification means 30 do not match, an error is displayed on the display section 31 (S45).

The operator checks this display and, if all the cash has not been counted, inserts the remaining cash (currency) into the money tray 41 of the counting machine H (550). Gives an instruction to start counting again and performs the above series of operations. Complete counting of all coins.

If the comparison results of the comparing and matching means 30 do not match even after all the coins have been counted in this manner, the operator presses the correction key 1a or the cancel key 1b of the function key group 11 in order to recheck the transaction. Yes (S47) o
When the correction key 1a or the cancel key 1b is pressed, the memory reading means 28 is driven via the AND gate 27, and the cumulative count data for each denomination stored in the memory 26 for each denomination up to that point is read out from the reading means 28 and the OR gate. When the correction key 1a or the cancel key 1b is further pressed, the buffer memory 21, denomination type memory 26 and The data stored in the amount addition memory means 29 is cleared in preparation for the next transaction (according to the present invention, the amount of data stored in the amount addition memory means 29 is 1%).
If it matches the proof value entered by t number result □ or 3 money payment or □, the subsequent registration process will be performed automatically, and if it does not match the proof value, the cumulative value by denomination up to that point will be Since it is configured to print, it is possible to provide a useful cash teller device with easy input operations.

[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, Fig. 3 is a block diagram showing the configuration of an embodiment of the present invention, Fig. 4 is an operational flow diagram for explaining the operation, and Fig. 5 shows an example of printing in the printing unit. FIG. ■... Money teller device, ■... Counting machine, I3... Numerical information input means, 16... Central processing unit, 29.
... Amount addition memory means, 30... Comparison verification means, a.
... Comparison verification result signal. Agent Patent Attorney Fukushi Aihiko l40 Jiao (G) 183 outside C1 1S31 1 Tan] Yi Wataru 7 a Shikan Ding -S) Yi Bang Xiao i Hui 535 0 Gu to nM- '￥' I, input to Sso ''゛ and ta 3 light 5 east-, Guo 77546 541 Tochi 54. ′ Hayabusa λ group <b)

Claims (1)

[Claims] 1. A cash teller device that registers and processes various monetary transaction information;
In a money teller system electrically connected to a counter that counts money such as banknotes and coins in each transaction, an input means for setting and inputting the total amount provided on the money teller apparatus side, and an input means for setting and inputting the total amount of money, A storage means for storing the input total amount of money, a verification means for performing proof verification between the memory content stored in the storage means and the count information counted by the counter, and a verification between the verification means. A money teller system characterized by comprising: a control means that derives an operation stop command to the counter based on the result and causes the money teller apparatus to execute a registration process.