JPS5831488A - Teller - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

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 money dispenser that dispenses money such as banknotes and coins in each transaction. The present invention relates to the cash accounting device used.

2. Description of the Related Art Conventionally, a cash teller system used for counter operations at banks and the like, particularly for disbursing operations, has a configuration as shown in FIG. In FIG. 1, ``■'' is a money teller device, and ``■'' is a money dispensing device, and both are electrically connected via a line L. In the above-mentioned cash teller device I, l is a group of function keys such as a withdrawal instruction key, a subject key, a collation key, etc., and includes a current value key CA and an inspection instruction key X.

2 is key discrimination means for the function key group 1; 8I/
'i central processing unit (CPU), 4 a numerical information input means, 5 I/i key encoder, 6 a denomination key, 7 an address counter, 8 a memory for storing various data, and a coin dispensing device to be described later. Area C that stores the current height of H
have. 9 is input/output control means for the memory 8;
O is a printing section, 11 is a display section, 12 is a read-only memory (ROM) that stores a microprogram that controls a series of operations of the device, and 13 is a mode selection means for selecting an operation mode of the device, including a setting mode switch. a.

It has a registration mode switch b and an inspection mode switch d. Reference numeral 14 denotes a data transfer control means, through which information on the denomination of money to be dispensed is sent to the money dispensing device (2) via line L.

Further, there is a coin dispensing mechanism -n-'-1ti'-m, 15 is a control means for receiving denomination information sent from the cash accounting device I side, 16H is a coin dispensing control means, and 17I/'i is the coin dispensing mechanism. A driving means receives a signal from the output control means I6 and operates the coin dispensing mechanism of the coin teller section tsa, 18b...18n stored according to denomination, and 19 is a coin receptacle for receiving dispensed coins. .

When using this cash accounting system with the above configuration, first the amount of money stored in the money dispensing device H is stored in a predetermined area CK of the memory 80, as shown in the operational flowchart of FIG.

Specifically, the setting mode switch a of the mode selection means 18
to instruct the CPU 3 that the next information to be input is setting information.Next, the operator inputs amount information to the CPU 3 from the numerical information input means 4 via the key encoder 5.・Press the existing high key CA in function key group 1 and select C via key discrimination means 2.
An instruction is given to the PU 8 that the information input earlier is the amount of cash before the start of registration (S2). CPU that received this instruction
8 designates area C of memory 8 with address counter 7, and inputs the amount information to this area C via input/output control means 9.
to be memorized. The operator presses the specified key and enters the date 9 machine number.

The person in charge code and the like are stored in a predetermined area of the memory 8 in this setting mode. In this way, the setting of various information is completed (S3), and when a certain transaction registration occurs, the operator presses the registration mode switch b of the mode selection means I3, and the CP
Instructs U3 that the data to be input from now on is registration information.

Next, the operator instructs the CPU 8 through the key discrimination means 2 by pressing a predetermined key in the function key group 1 to input the transaction registration item (ordinary deposit, current account, etc.) (S4). The transaction amount is input to the CPU 8 from the means 4 via the key encoder 5 (S5), and the withdrawal instruction key of the function key group 1 is pressed, and the previously input amount information is output to the CPU 8 via the key discrimination means 2. Instructs that the amount is gold (S6).

Further, the operator operates the denomination key 6 to input the denomination specified by the customer to the CPU 8Vc for each denomination (S7). When the input operation for all registered information is completed in this way, the operator presses the collation key in function key group 1 and sends an instruction to the CPU 8 to determine whether or not the previously input denomination amount information matches the total denomination breakdown. give to (S8). Upon receiving this instruction, the CPU 8 judges whether or not the total amounts match (S9). If they match, the CPU 8 stores the registered data up to that point in a predetermined area of the memory 8 (Sll).
), the transaction amount is subtracted from the cash balance stored in area C, and the result is stored again in area C (S12). Further, this denomination type information is transferred to the control means 15 on the money dispensing device 1 side via the data transfer control means 14 (518), and the transaction details are printed on a slip etc. by the printing section 10 (S15) the display section 1' It is displayed as 3 (S14). The control means 15H receiving this data drives the drive means 17 via the dispensing control means 16 according to the zone, and delivers a predetermined number of coins of a predetermined denomination to the denomination storage sections 18a to 1.
8n to the saucer 19 (517).

In such a cash accounting system, when checking the current balance of the money dispensing device H, the operator presses the inspection mode switch d of the mode selection means 13 to instruct the CPU 8 to be in the inspection mode, and also presses the function key group. 1, the inspection instruction key X is pressed to give an inspection instruction to the CPU 8 via the key discrimination means 2 (18). Upon receiving this instruction, the CPU 8 sequentially prints and records the contents stored in the memory 8 using the printing unit 10 (S19). The operator will know the current amount of cash by looking at the recorded contents.

With the conventional money teller machine as mentioned above, it is possible to know the total amount of money remaining in the money dispensing machine H, but it is difficult to know the specific amount of which denomination is left, so it is difficult to actually invest money. At the time of withdrawal, it is only possible to know this from the near end, etc., and in cases such as when a large number of coins are withdrawn for a particular denomination during withdrawal operations, it is not possible to confirm the remaining number of coins of that denomination, and it is necessary to respond to the customer's request. There were problems in that it was not possible to know in advance whether or not the system would be used, which caused problems in business operations.

The present invention has been made for the purpose of providing a cash teller device that eliminates the above-mentioned problems. A money teller device used in a money teller system in which the device and a money dispenser for dispensing money such as banknotes and coins in each transaction are electrically connected,
The above-mentioned amount of money includes a setting i stage for setting and inputting the amount of money to be stored in the small device for each denomination in advance, a storage means for storing money information for each denomination inputted by this setting means for each denomination, and each transaction. Calculating means for subtracting the payout amount generated in the transaction by denomination from the monetary information for each denomination stored in the above-mentioned storage means at the time of registration, and reading for reading out the monetary information of the selected denomination from the above-mentioned storage means. and means.

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 a cash teller system using the cash teller apparatus of the present invention.

In FIG. 3, 2 is a money teller device 2 and 2 is a money dispensing device, and both are electrically connected via a line L. In the above-mentioned cash teller device (2), 21 is a group of function keys such as a withdrawal instruction key, subject key, collation key, and current value key, 22 is a key discrimination means for the function key group 21, and 23 is a central processing unit (CPU). , 24 is a numerical information input means, 25 is a key encoder, 2G is a denomination key, 27 is a current value read instruction key (R) by denomination type, 2811
The 'i address counter 29 is a memory for storing various data, and has an area Ca=Cn for storing the current amount of money of the money dispensing device (2), which will be described later, by denomination. 30 is an input/output control means for the memory 29; 81 is a printing section; 32
33 is a display unit; 33 is a ROM that stores a microprogram that controls a series of operations of the device;
Reference numeral 84 denotes mode selection/selection means for selecting the operating mode of the apparatus, and includes a setting mode switch a, a registration mode switch b, and an inspection mode switch d. Further, 35 is a flip-flop that stores the operating state of the current high reading instruction key 27 for each denomination, and the set output of the 7 flip-flop 35 is input to the CPU 23, and the flag in the state storage area F in the CPU 23 is set. CPU set and output in connection with other key operations outside the money key 26
The flip-flop 35 is configured to be reset by a signal from 28'. Reference numeral 36 denotes data transfer control means, which is configured to send money information by denomination of money to be dispensed to the money dispensing device (2) via line L.

□ In the money dispensing device ■, 37 is a control means for receiving money information by denomination sent from the money teller device ■ side, asI'i money dispensing control means; In response to a signal, driving means operates the coin dispensing mechanisms of the coin storage sections 40a, 40b, .

Next, the operation of the above-mentioned cash accounting system will be explained with reference to the "operation flowchart" shown in FIG.
) is a flow diagram showing the operation in the setting mode, and (b) is a flow diagram showing the operation in the registration mode.

When using this cash teller system, first, the number of coins of each denomination of cash stored in the money dispenser (3) is stored in predetermined areas Ca to Cn of the memory 29 of the cash dispenser (I).

Specifically, the setting mode switch a of the mode selection means 34
is pressed to instruct the CPU 28 that the next information to be input is setting information. Next, the operator enters the CPU 2 via the key encoder 25 from the numerical information input means 24.
Amount information is input in step S21 of FIG. 4, hereinafter simply referred to as 521, etc. ) Next, press a specific key of the denomination key 26 (for example, □ means 10,000 yen notes), and the information previously input into the CPU 23 will be used to display the amount information (number information) of the 10,000 yen notes stored in the money dispensing device ■ at the start of business. (S22)
. Upon receiving this instruction, the CPU 23 uses the address counter 28.
The 10,000-ticket area Ca of the memory 29 is designated by , and the amount information (number information) is stored in the 10,000-ticket area Ca via the input/output control means 30.

Similarly, the operator can provide amount information (5,000 tickets, 1,000 tickets, etc.)
2. The operator stores the number information) in each denomination area cb-cn of the memory 29 using the same operation as described above.2 The operator then performs a predetermined key operation to display the date 1 machine number.

The person in charge code and the like are stored in a predetermined area of the memory 29 in this setting mode.

When the various information settings are completed in this manner and a certain transaction registration occurs, the operator presses the registration mode switch b of the mode selection means 34 to instruct the CPU 28 that the registration mode has been set. Next, the operator enters the subject of the transaction registration (ordinary deposit, current account, etc.) into the CPU 2B via the key discrimination means 22 by operating a predetermined subject key of the function key group 21 (5aa), and then inputs the subject to the operator □. operates the numerical information input means 24 and inputs the transaction amount into the CPU 23 via the key encoder 25 (
At the same time as S84), the user operates the withdrawal instruction key of the function key group 21 to instruct the CPU 28 via the key determination means 22 that the amount information input earlier is the withdrawal amount (
S35). Further, the operator operates the denomination key 26 and the numerical information input means 24 to input withdrawal information (number of coins for each denomination) specified by the customer into the CPU 23 for each denomination (S86) δ in this way. When the input operation for all the registered information is completed, the operator operates the collation key of function key group 2I to check whether the amount information input earlier matches the total denomination breakdown based on the information on the number of coins by denomination. A determination instruction is given to the CPU 23 (S37).

Upon receiving this instruction, the CPU 23 determines whether the amount information and the total denomination details match (838), and if they do not match, an error message is displayed (S'39). If they match, the previously registered data is stored in a predetermined area of the memory 29 (S jO), and the memory 2
The data by denomination (number of coins by denomination) generated in the transaction is subtracted from the amount of money (current number of coins by denomination) stored in the money dispensing device ■ stored in area Ca - Cn of 9. Then (S41), the results are stored again in each of the predetermined areas Ca to Cn of the memory 29 (S42). Furthermore, this information by denomination (number of coins by denomination)
is transferred to the control means 8t on the money dispensing device (2) side via the data transfer control means 36 (548).

On the coin dispensing device (2) side, the control means 87 that receives this denomination information drives the drive means 39 via the dispensing control means 38 according to the data, and dispenses a predetermined number of coins of a predetermined denomination by denomination. The liquid is discharged from each of the storage units 40a to 40n into the saucer 41 (S44).

In addition, on the cash teller device I side, the details of this transaction are displayed on the display section 32 (S45), and printed on a slip etc. in the printing section 31 (S46), and the slip is issued to the customer. (S47).

By the way, before registering the transaction as described above, if the operator checks how much money of each denomination is currently stored in the money dispensing device H, and if it is correct, the operator can press the current amount readout key 27 for each denomination. (S82). When this read key 27 is operated, the 7-lip flop 35 is set ('84B), and a flag is raised in a predetermined status storage area F of the CPU 2B to notify that a command to read out the current amount by denomination has been issued. By setting this flag, CP
U28 determines that this is an instruction to read the current balance by denomination, and in response to the next operated denomination key 26, the address counter 2
8, the current amount of the denomination corresponding to this denomination key 26 (
A predetermined area Ca- of the memory 29 for storing the number of coins)
Specify Cn (549, 550), input/output control means β0
The stored contents of the predetermined area Ca-Cn are read out and displayed on the display unit 32 (S51), and the printing unit 8I prints the current amount (number of coins) of the denomination (552).
).

As described above, it is now possible to arbitrarily check the current number of coins of a particular denomination, and whether or not the customer's request can be met even when dispensing a large number of coins of a particular denomination. This makes it possible to check in advance.

Note that the flip-flop 35 set by operating the read key 27 is reset by operating a key other than the denomination key 26.

As described above, according to the present invention, when an operator receives a request to pay out money in a certain denomination, he or she can check in advance whether or not it is possible to pay out money in that denomination. It is possible to deal with seed replenishment in advance.

[Brief explanation of drawings]

1 Figure 1 is a block diagram showing the structure of a conventional money teller system, Figure 2 is an operation flow diagram showing its operation, and Figure 3 shows the configuration of a money teller system using the money teller device of the present invention. The block diagram and FIG. 4 are operation flow diagrams showing the operation. ■... Money teller device, ■... Money dispensing device, 28.
...Central processing unit, 26...Denomination key, 27...
・Current amount readout key by denomination, 29...Memory, 34.
...Mode selection means, Ca-Cn...Money current amount area by denomination 0 Agent Patent attorney Aihiko Fukushi

Claims (1)

[Claims] 1. A cash teller device that registers and processes various monetary transaction information;
A cash dispensing device used in a cash dispensing system that is electrically connected to a money dispensing device that dispenses money such as banknotes and coins in each transaction, and in which the amount of money to be stored in the money dispensing device is determined in advance by denomination. A setting means for inputting settings, a storage means for storing money information by denomination set and input by the setting means for each denomination, and a storage means for storing money information by denomination stored in the storage means at the time of registration of each transaction 1. A money teller and disbursement device, comprising: a calculation field for subtracting the payout amount for each denomination, and a reading means for reading money information of the selected denomination from the storage means.