JPS58127287A - Circulating teller equipment - 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] This invention includes a plurality of denomination storage boxes and a bulk storage box that stores all denominations of cash at once, and stores deposited cash by denomination in each denomination storage box. Regarding a circulating deposit/withdrawal device that dispenses cash to be withdrawn from a storage box by denomination, for example, a circulating deposit/withdrawal device used in a financial industry such as a bank, and used in a transaction processing device that performs deposit and payment transactions. Regarding equipment.

In the near future, it is planned that the current paper-based paper (hereinafter referred to as "old paper") will be replaced with a new design paper-based paper (hereinafter referred to as "new paper"). Countermeasures for our replacement period have not yet been considered. In a circulating deposit/withdrawal device that handles paper waste, deposited paper money is discharged as withdrawal paper money, so even when old and new paper money is replaced, old and new paper money is used together, old and old paper money is still used. This withdrawal is not desirable from the viewpoint of collecting old banknotes early and promoting the spread of new banknotes.

The object of the present invention is to provide a circulating military withdrawal device that stores incoming cash in denomination-specific storage boxes for each denomination and dispenses outgoing cash from these denomination-specific storage boxes, so that both new and old cash can be used. The objective is to quickly collect old cash by receiving and receiving both old and new cash, and collecting old cash and reusing only new cash.

Another purpose of this invention is that at the beginning of the transition period between old and new cash, when new cash is not widely used,
The purpose is to make up for the lack of cash to be withdrawn by discharging old cash as cash to be withdrawn.

This invention includes a plurality of denomination storage boxes and a bulk storage box that stores all denominations of cash at once, stores one deposited cash in each denomination storage box, and stores withdrawal cash in these storage boxes. In the circulation warrior withdrawal device that discharges from the denomination storage box,
The present invention is characterized in that it includes a means for identifying old cash and new cash, and collects cash determined to be old cash in a storage box all at once.

The old cash is collected in a bulk storage box and is not used as withdrawn cash, so the old cash is definitely collected. It goes without saying that this invention can be applied not only to paper but also to coins.

It is preferable that an old cash collection changeover switch is provided so that cash determined to be old cash is collected in a bulk storage box only when collection is set by this switch. At the beginning of the transition period between new and old cash, new cash is not widely used, so it is expected that the received cash will contain a large amount of old cash and little new cash.

If all the old cash is collected in the storage box all at once, there is a risk that there will be a shortage of funds for withdrawal since there will be little new cash to be withdrawn. Therefore, if the staff monitors the spread of new cash and if there is not enough new cash, they can stop the old cash collection function using the above switch, and the old cash will also be released as withdrawal cash. It is possible to prevent a situation in which there is a shortage of funds. The circulation warrior withdrawal device according to this invention can be operated flexibly according to the spread of new cash.

DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, an embodiment in which the circulation warrior withdrawal device according to the present invention is applied to a transaction processing device will be described in detail with reference to the drawings.

FIG. 1 shows the external appearance of the transaction processing device.

This device is primarily used in banks to perform deposits, payments, and other transactions. The horizontal operation surface protruding from the front of the transaction processing device (1) has information such as operational guidance for the customer, functions of function buttons a11 to (161), payment amount and other input data, and other information to be communicated to the customer. Cathode ray tube display device (hereinafter referred to as CRT) used for display (2)
is located. Adjacent to the left and right sides of ORT [21, function buttons (Ill to αη) used for selecting, canceling, confirming, and inputting the unit of transaction type, etc. are arranged. A numeric keypad (3) is installed on the front right side of the screen, which is used to enter a customer's unique secret number and the amount to be paid. The paper input slot (4) is used to release the withdrawal paper in the payment slot, and the paper exit is removed when a cancellation is input after inputting the deposit paper in the deposit transaction. A paper outlet (5) is provided for discharging the paper.

On the vertical operation surface of the transaction processing device (1), on the right side,
A magnetic card slot (6) for inserting a magnetic card magnetically recorded with the personal code (secret number, account number, etc.) of a customer eligible for banking transactions, issued when making transactions without using a passbook. A receipt issuing port (7) is arranged to emit a receipt on which transaction data is printed, and a passbook insertion slot (9) for inserting a passbook is arranged on the left side.

Furthermore, above the passbook insertion slot (9), there is a transaction indicator Q81 that indicates that the device (1) is in a transaction opening state, and two indicator lights (19&) (1) that indicate the types of transactions that are possible.
A transaction mode indicator consisting of 9b) is provided.

FIG. 2 shows the internal configuration of the transaction processing device. The transaction processing device (1) is a central processing unit (hereinafter referred to as CPU) (
Controlled by 2G. OPU (21m has one magnetic card reader 311 placed inside the card insertion slot (6) and reads the data magnetically recorded on the card. For each transaction process, it displays information such as the transaction type, payment amount, deposit amount, etc.) A slip issuing machine records transaction data as a bank copy and issues a receipt to the customer, and a bookkeeping machine prints transaction data on a passbook. In transactions, there is a circulation machine (to) that releases the paper error of the payment amount, and function buttons (Ill to Q[i
) and numeric keypad (3), 0
RT (2), handling indicator oFj and transaction mode indicator (19a) (19b) including blR indicator @
, and a control device (9) for an internal panel (not shown) used for monitoring and operation of the device (1). The internal panel is usually arranged on the back side of the device (1), and an old banknote collection switch (to) is provided there. CPUcA stores the program
uc! 11, and a RAM- for storing transaction data and other data. In processing various transactions,
aptr(2[1) communicates with a control center (not shown) via a transmission control device (c), and completes transaction processing according to instructions from the center.

Figure 3 shows the depositing and dispensing mechanism of the circulation warrior dispensing machine (to). In this example, there are three denominations of paper, for example, 1,000 yen, 5
Thousand yen and ten thousand yen bills are used, and these are labeled A, B and C.
Each is represented by . The denominations A-0 include old banknotes and new banknotes. This mechanism has a denomination separate storage box (
50A) (50B) (500) and a bulk paper storage box (5
0D) is provided. Denomination paper storage box (50A)
~(500) mainly stores new papers for each denomination A~0, and is fixed. The bulk paper stock storage box (50D) is used to store new paper stock all at once, regardless of the denomination and whether it is new or old, is used for replenishing and collecting paper stock, and is detachable. Bulk storage box (
50D) is a denomination storage box (50A) to (500) 3
It has a capacity that can store about twice as much paper. Storage box (
50D) is conveniently referred to as mixed denomination (D). In the following explanation, these storage boxes (
50A) to (50D), each sensor installed in these storage boxes, the temporary storage section related to each storage box, and the fA4A4 rough flapper, when explaining them all at once, each denomination will be The subscripts (A) to (D) are omitted.

Above each storage box (2), there is provided a temporary paper storage section (2). Although not shown in the figure, these temporary storage sections (5η) are provided with a mechanism for sending the temporarily held waste paper into each storage box ω below it. ) are each provided with a sensor ω for detecting the presence or absence of defective paper that is temporarily held.The temporary holding section (57D) can hold an extremely large number of defective sheets.

Inside the denomination storage box ω, there are full sensors t51+ in order from the top.
, a semi-full sensor, a semi-low sensor, a low-remaining sensor, and an empty sensor are provided.

These sensors, the sensor (to) of the temporary storage section (571), and the sensor (65) of the input port (4), which will be described later, are all composed of photoelectric sensors. Paper waste in the denomination storage box ω increases. Then, when the sensor (511) detects paper waste, it is determined that the paper waste in the storage box is full.This full state means that the paper waste decreases and the sensor □□□ detects paper waste. When the number of paper waste in the storage box decreases and the sensor no longer detects the paper waste, it is determined that the paper is low. continues until it detects paper failure.Full state (
Even if the sensor (51) detects paper waste, there is room to store paper waste that has been deposited in at least one deposit transaction. Similarly, even if there is a small amount of paper left (the sensor does not detect paper waste), the paper waste that should be released in at least one payment transaction remains in the storage box ■. The bulk storage box (50D) is provided with nine full sensors (51D), a remaining sensor (54D), and an empty sensor (55D).

Furthermore, a paper feeding mechanism is provided at the bottom of each storage box. This mechanism consists of an eccentric roller (68) that loosens the lowest layer of stacked paper, and a feed roller (68).
6) and a friction roller (67) that presses against the friction roller (67), which feeds out the paper sheets in the storage box one by one.

The paper feed slot (4) is also provided with a paper feed mechanism consisting of an eccentric roller (62), a feed roller (63), and a friction roller (64). There is a paper presser plate (61) inside this input slot (4), and when paper is loaded, this presser plate (61) advances and pinches the paper between the eccentric roller (62). , After that, the sheets of paper are fed out one by one.

The delivered paper is transferred to the delivery route (via 411) and then to the distribution route (company).
transported to. On the way of the carry-in path (41), a paper/misuse discrimination device (to) is provided. This paper identification device (to) is
It is possible to distinguish between old and new paper, as well as the denomination of the paper, whether it is new or old, and whether it is genuine or false.

The distribution route (sha) branches into three storage routes, leading to the temporary storage section (branch) for storage boxes for each denomination.

Switching flappers (60A) to (600) are provided at the branch points of the distribution path (45) and the storage path (0). It is controlled by the denomination of the paper waste and the separate determination result of old and new paper.For example, if old paper waste collection is set by the changeover switch (goods), a certain paper waste is When it is determined that the denomination is outside the paper and the denomination (0), the corresponding 7-thumper (600) is moved to a position where it blocks the distribution path (4-way), and the paper waste is sent to the holding section (570). The paper that is temporarily held in the holding unit (5?l) is stored in the storage box ω when the transaction is completed or when the transaction processing for the next customer is started.

The distribution path +42 extends toward the paper discharge port (5), and the discharge path +
48). This discharge path (storage path (4η) branches from the middle of the machine, and this storage path 1η is provided up to the temporary storage section (57D). There is also an identification device (toward) at the branch point of the storage path (471). A switching device (60D) that is controlled according to the determination result of the seashore is disposed.This temporary holding section (57D) is used to store old paper waste when it is set by the switch (2). Papers that are determined to be unauthentic are sent in. Also, there is a collection path (double) from the discharge 1] +51 to the temporary storage section (57D). The waste paper is conveyed to the discharge path through the sorting path (421), and is sent from this discharge path (machine) to the discharge port (5).

A feeding path is provided from the feeding mechanism of each storage box.
The conveyance path (441) merges with the distribution path (42), and a paper defect re-identification device is installed near this confluence point. , the paper sheets of the payment amount are fed out one by one from the denomination storage boxes (50A) to (500), and the paper is fed out one by one from the payout path and the conveyance path f44).
The paper is sent to the device (to) for re-differentiation, where it is confirmed by re-differentiation the denomination, old and new, and authenticity of the paper. The paper is sent to the discharge port (5).If the result of the discrimination by the re-discrimination device (to) is that there is an abnormality such as the paper is not genuine or the denomination does not match the ordered paper, or the switch @ is used to collect the old paper. If it is determined that 111 paper is wrong when is set,
The paper waste is sent from the storage path (471) to the temporary storage section (57D) via the distribution path U2, and then stored in the storage box (50D).The paper waste is sent to the discharge port (5). If the payment transaction is later canceled, the release port (5)
The paper will go through the collection path (mark 4) and the temporary storage section ('57D
) will be collected. In a deposit transaction, if the transaction is canceled after the deposit paper has been held in each temporary holding section (57A) to (570), the deposit paper equivalent to the amount of the deposit paper is stored in the storage boxes (50A) to (570). 50a) and is fed out from the discharge port (50a).
) and then returned.

The above loading path + 41), distribution path (4 lanes), storage path (43
), conveyance path (Yuzu, delivery path (451, delivery path (4[i
11 storage path η and recovery path +481 are both composed of rollers provided at appropriate locations and belts hooked around these rollers. Although not shown in the figure, there is also a two-sheet sensor near the input port (4) and the paper feed outlet of each storage box ω, which detects when two or more sheets of paper are fed out in an overlapping state. An abnormal length detector is provided for inspecting the length of the dispenser and the length of the unfed paper. A path detector for paper failure is installed at a suitable location along each conveyance path ηυ~(ω, and the paper path is detected based on the time required for the paper failure to pass between two passage detectors separated by a required interval. The paper is inspected for jams.

FIG. 4 shows the electrical configuration of the circulation warrior dispensing machine (to). The control device (7o) preferably includes an OPU, a ROM that stores its program, and a RAM that stores various data. The control device (7o) has “
, each sensor 61) to (a) (65), paper fault discrimination device-1
Re-identification equipment (to) and abnormality detectors such as two-sheet detectors (
A detection or discrimination signal from 76) is input. Then, the control device (70) receives these input signals and 0PU
Based on instructions from (20), the input port drive mechanism (71), which includes the paper feeding mechanism and shutter of the input port (4), and the paper feed mechanism (71), which includes the paper feed-out mechanism and shutter of the discharge port (51), follow a predetermined procedure. Exit drive mechanism (72), paper feeding mechanism (73) for each storage box ω, conveyance path (41) ~
Controls the decoy drive (74) and the switching flapper drive (75).

FIG. 5 shows part of the contents of the RAM.

In the RAM, there are an area used as a mode flag to indicate the transaction mode, an area to store the deposit amount, an area to store the number of each denomination of paper inserted for deposit, and a key. Area for setting the number of coins of each denomination that should be released in order to pay the billed amount, the maximum specified number M that can be temporarily held in the temporary storage section Kasumi of the storage box for each denomination.
and storage box (50A) for each denomination, storage area for storing the number of paper sheets stored in each temporary storage section (branch), and denomination storage box (50A) ~
There are areas used as flags to store the state of waste paper (500), that is, whether it is full or low, and an area used as an old paper waste collection flag PG indicating the state of the changeover switch (To). There is. The paper waste state flag includes a full flag and a low flag for each storage box (50A) to (500), and these seven flags are set to 1 when the storage box is full or low.

The changeover switch @ is used to set whether or not to collect old paper waste, and when this switch (to) is set to collect old paper waste, the flag IFG is set to 1.

FIG. 6 shows the overall operation of the transaction processing device. A start switch and an end switch are provided on the internal panel of the transaction processing device (1).

When each of these switches is turned on (steps (101) and (102)), a certain start-up process and end-of-work process, which will be described later, are performed. When these processes are completed, the process returns to the start again. When neither start-up nor end-of-work processing is necessary, it is checked whether replenishment processing is necessary (step (103)). The replenishment process is the storage box (5
When any of the paper waste from 0A) to (500) becomes low, the paper waste of the corresponding denomination is replenished from the bulk storage box (50D) to the storage box for each denomination that has the remaining paper waste. be. This process will be described later, but this process is executed when any of the remaining flags is 1, and when it is finished, the process returns to the start. If the 0 replenishment process is not necessary, the old paper waste collection switch @ reading process is executed. is performed (step (
104)). In this process, the state of switch @ is read and the result is stored as 7 lag Va. After this, proceed to the paper defect status reading process (step (105))
.

In this process, the sensor 61) of the circulation warrior dispensing machine (to)
- is read, and based on the result, the paper condition in each denomination storage box is determined and stored in the paper condition condition 7.

Each of the above processes is executed while the transaction processing device (1) is in a standby state. And when the customer specifies a deposit transaction (
Step (106)) When a payment transaction is specified in the deposit process (step (1G?)), the process moves to the withdrawal process.

One of the processes performed by the transaction processing device (1) at the beginning and end of a transaction is filling and collecting paper waste. At the start of work, a bulk storage box (50D) is set, which is filled with new paper of denominations ASB and 0.Then, when the start switch is turned on, the new paper in the storage box (50D) is filled with new paper of denominations ASB and 0. Depending on the denomination, there are storage boxes for each denomination (50A) ~ (
50C). This process is performed as follows. First, after confirming that the temporary holding section (57A) to (57D) and storage boxes (50A) to (500) are empty, the paper in the bulk storage box (50D) is removed one by one. The denomination is determined by the rediscrimination device (to) from the dispensing path through the conveyance path (441). Depending on the result of this determination, the switching flappers (60A) to (600) are controlled and the denomination is determined. The paper waste is sent to the temporary holding section of the storage box corresponding to the denomination among the denomination storage boxes (50A) to (500) through the distribution path (3) and the storage path (Nawate).

This operation is repeated, and when the paper in one temporary holding section reaches the specified number M, the feeding of paper from the storage box (50D) is temporarily stopped and the paper in the temporary holding section that has reached the specified number M is temporarily stopped. It will be stored in a denomination-specific storage box that we support. The bulk storage box (50D) is fed out the paper waste stored therein until all the paper waste stored there is exhausted. And empty sensor (55D
) detects that there is no more paper in the storage box (50D), the feeding stops. Each temporary hold W (57A
) to (570) are stored in each storage box (50
A) to (5011) are stored. Storage box (50D)
Storage box by denomination (50A) ~ (500) before the inside is empty
For example, if the storage box (50A) is full, the paper of denomination A will be stored in the temporary holding section (57D).
sent to. The paper waste in the temporary storage section (57D) is stored in the storage box (50D) when the storage box (50D) becomes empty. Through this process, the new paper is stored in each of the storage boxes (50A) to (500).

At the end of the day, all the paper waste in each denomination storage box (50A) to (50C) is transferred to the collective storage box (50D).

When the end of work switch is turned on, the temporary holding section (57A)
~ (If there is a temporary hold paper in 57 (1), these are stored in each storage box (50A) ~ (5ρC). It is checked whether the bulk storage box (50D) is full, and if it is already full. If so, this storage box (50D) will be removed by the staff and an empty bulk storage box will be set in its place. Paper waste will be removed from each denomination storage box (50A) to (500') in the bulk storage box. (50D) during processing, the storage box (50D)
) is full, the bulk storage box will be replaced in the same way. First, if the paper in the storage box (500) is full, the storage box (500) will be replaced.
D). The switching flapper (60D) is connected to the discharge path (4
61 is switched to block the paper feed mechanism of the h1 storage box (500), and the paper waste of the Tsuta denomination A is transferred to the temporary holding section (through the transport path (trowel, sorting path 02 and storage path 471)
57D) one by one. - When the amount of paper stored in the temporary storage section (57D) reaches the specified number, the amount of paper stored in the storage section (57IL) will be transferred to the storage box (50
D) is stored within. This feeding, transporting, and storing operation continues until storage II (500) is empty. Storage box (
When the storage box (500) is empty, the storage box (50A) (50
! The paper waste in the storage box is sequentially transferred to the storage box (50D) by the same movement. And all the storage boxes (50A) ~ (
500) becomes empty, this process ends. The staff member can then collect all the waste paper by removing the storage box (50D). In this waste paper collection process, the paper waste is not discriminated by the re-discrimination device (to), so all paper waste is collected in the storage box (5) regardless of whether it is new or old.
0D).

FIG. 7 shows the procedure for storing paper waste by the circulation warrior dispensing machine (to) during the deposit process.

First, it is checked whether all the temporary holding units (5η) are empty (step (111)). The paper failure of the temporary holding unit (5?l) is dealt with at the end of the withdrawal σ1 or at the start of the next transaction. Since it is stored in the storage box, if it is not empty, an error will be processed.A guidance to temporarily keep it and to insert paper waste for deposit is displayed on QRT (21) (step (112)).

When the paper waste is input, the feeding mechanism of the input port (4) is driven, and the paper waste is taken in one by one (step (113)).
. It is checked whether there is an abnormality in the intake, such as two sheets being taken out (step (114)), and if it is normal, the defective paper is sent to the discrimination device (2) through the carry-in path (41). The identification device (to) determines whether the paper is true or false, its denomination, and whether it is old or new (step (115)).

If the paper is genuine, the counter for counting the number of sheets for each denomination is incremented by 1 according to the judgment result (steps (116) to (11'8)) (step (11'8)).
9)), if the storage box of the corresponding denomination is not full (step (120)), it is checked whether the old paper collection flag PG is set to 1 (step (1)).
21)).

In the case of FG = 1, it is checked whether the determined paper is an old paper (step (122)). If it is a new paper, it is stored in the corresponding temporary holding section ((57A) to (570)). (step (123))
. If the corresponding storage box for each denomination is full or if the paper is old paper, the paper is sent to the temporary holding section (57D).
step (124)). This process allows the switch (
If old paper collection is set by
It will be understood that the old paper that has been thrown in will be collected in the storage box (50D). If F Q = Q, both old and new papers are stored in the temporary holding section ((57A) to (5) of the denomination storage box).
70) is sent to ).

It is checked whether the input port (4) is empty (step (125)), and if it is not empty, the process returns to step (113) and the same process is repeated.

When the input port (4) is empty, the intake is stopped (
Step (126)), whether or not the transaction is possible is checked (Step (127)) Generally speaking, in a transaction processing device, when the input of the transaction is completed, based on the count value of the above-mentioned counter, the ORT (21) The amount due will be displayed. After this, when Gu Shui enters confirmation, step (
127), the transaction becomes possible, and the processing for importing the paper loss ends. If the customer inputs a cancellation, a paper amount equal to the accepted amount will be dispensed from the denomination storage box.
The waste paper is discharged to the I discharge port (5) (step (1)
31)).

If an abnormality occurs in the intake in step (114), or if it is determined that the paper is not genuine in step (115), the defective paper is sent to the discharge port (5) and temporarily held (step (128)). .

Then, the pinch roller of the discharge port (5) is activated and the paper waste is ejected (step (129)).After this, if the paper waste is re-injected within a certain period of time (step (130)
)), returns to step (112), and if there is no re-injection, proceeds to step (125). In FIG.
) to (123) are omitted, but it goes without saying that they are carried out in exactly the same way as for denomination A.

FIG. 8 shows the procedure of paper dispensing and discharging operations by the Circulating Bujin Dispensing Machine (Incorporated) in the dispensing process. First, when there is a command to feed out denomination A (step (141)), the feeding mechanism of the storage box (50A) is driven to feed out paper sheets one by one (step (142)).
It is checked whether sheets have been taken out or not (step (143)) o If the feeding is normal, the fed out paper is sent from the feeding path to the conveyance path (44) to the re-discrimination device (to). If it is confirmed that the denomination is A (step (144)), the state of the collection flag FG is checked (step (45)), and if FG = 1, the paper that was fed out is damaged. The old paper is inspected to see if it is defective (step (
146)).

If the paper is a new bill, +1 is added to the dispensed bill counter, and the number of bills is counted (step (147)).
). The waste paper is sent from the device through the distribution path 1z and the discharge path to the discharge port (5), where it is temporarily held (step (148)).

It is checked whether the count value of the counter has become equal to the set number of sheets to be ejected set in RAMr22 (step (149)), and if the set number has not yet been reached, the process returns to step (, -141) and the same process is performed. repeated.

If it is determined in step (146) that the paper is old, the paper is sent to the temporary holding section (57D) (step (15)).
5)) Of course, the contents of the dispensed sheets counter will not be incremented by +1. It will be understood that in the process of step (146), if old banknote collection is set by the switch (goods), only new banknotes are fed into the discharge port (5). When y a = o, all legitimate paper waste is sent to the discharge port (5) regardless of whether the paper waste is new or old.

When the number of paper sheets fed out from the storage box (50A) and sent to the discharge port (5) reaches the set number, the feeding of paper sheets of denomination A is stopped (step (150)), and all denominations are It is checked whether the feeding is finished (step (1)
51)). If the other denominations 11B and 110 have not yet been completed, they are dispensed and transported according to the dispensing command for those denominations (step (157) (15).
8)).

Although denominations B and 0 are not shown, it goes without saying that they are carried out in exactly the same manner as denomination A.

When all denominations have been dispensed in this way, if dispensing is permitted (step (152)), the pinch roller of the dispensing port (5) is driven, and its shutter is opened if necessary. Then, the paper money held in the discharge port (5) is sent out (step (153)).When the customer inputs the amount to be paid,
The entered amount is displayed on the ORT (21) and if correct, confirmation is entered by the customer.

This confirmation input allows discharge in step (153). If the customer enters a cancellation, the release will not be possible and the release port (
The waste paper in 5) is collected in the temporary storage section (57D) via the collection route (step (156)). This holding section (57
The paper waste of D) is then stored in the storage box (50D).

If a feeding abnormality is detected in step (143), the paper failure is caused by the feeding path (to), the conveyance path (4Φ, the distribution path +
45 and storage path (through O, temporary storage section t for that denomination)
571 (step (154)).

In addition, in step (144), if the dispensed denomination is determined to be another denomination, the paper will be stored in the temporary holding section (
57D) (It is stored in the corresponding storage box after Stella. If an abnormality in feeding is detected in step (143), check whether the paper is new or old. y Only if G = 1), If it is not a new paper, it will be placed in the temporary holding department for that denomination.
If the paper is old, it may be sent to the temporary storage section (57D). Or, it may simply be sent to the holding section (57D).

FIG. 9 shows the procedure for replenishing paper waste from the bulk storage box (50D) to each denomination storage box. First, all temporary holding units (57) are checked to see if they are empty (step (161)), and if they are not empty, the paper is stored in the corresponding storage box (step (162)). . Provided that the paper in the bulk storage box (50D) is not empty (Sf
77' (163)), paper defects are fed out one by one from the storage box (50D) (step (164)), and if the feeding is normal (step (165)), the paper defects are picked up by the re-discrimination device ■. Authenticity, denomination, and old and new are determined (
step (166)).

If the paper defect is genuine, the flag PG is checked (step (167)) o If the paper defect fed out is not new paper when I'G=1 (step (168))
, this paper failure is determined according to the denomination (step (
169) to (171)) The storage box for the corresponding denomination is low and not full (steps (172) (173)
), the paper is sent to the corresponding temporary holding section (step (174)) o If the number of sheets held in the temporary holding section (transfer) does not reach the specified number M, ( Step ('175)) Returning to step (163), the paper waste is fed out from the storage box (57D) again. When the number of retained papers in any of the temporary retention units (57A) to (57G) reaches the specified number M, the feeding of the retained papers from the storage box (57D) is temporarily stopped (step (176)).
), the paper waste in the temporary holding section is stored in the corresponding denomination storage box (step (177)).

If the flag NG is 1 and the delivered paper is an old paper, the paper is sent to the temporary holding section (57D) (step (178)). If old paper collection is set by the switch (to), the storage box (50D)
Out of the paper waste fed out, only new paper is sent to the temporary storage section of the denomination storage box, and old paper paper is sent to the temporary storage section (57D) of the bulk storage box (50D) and stored in the storage box (50D). ) will be collected. When FG=Q, all genuine delinquent denominations, regardless of whether they are new or old, are sent to the temporary holding section corresponding to the denomination.

In step (172), if there is no shortage of denomination-specific storage boxes for the determined denomination, there is no need to replenish the storage box, so the unused paper is stored in the temporary storage section (57).
D) (step (178)). Furthermore, if the storage box becomes full as a result of storing it in the storage box in step (177) (step (173)), the remaining amount flag for that denomination is set because it is no longer possible to replenish the storage box. is set (step (179)), and thereafter'
All failed papers are sent to the temporary holding section (57 +) (step (178)).

The defective paper determined to be abnormal in feeding in step (165) and the defective paper determined to be unauthentic in step (166) are also sent to the temporary holding section (57D).

The above process is repeated, and when the paper waste is fed out from the storage box (50D) until the paper waste in the storage box (5QD) is empty (step (163)), the paper waste from the storage box (50D) is The feeding is stopped (step (180)). After that, all the paper waste in the temporary storage section (5η) is stored in the corresponding storage box, and the replenishment process is completed.

In the embodiment described above, only paper denominations are used as the denomination, but of course the present invention is also applicable to circulating military dispensing machines that handle coins.

Further, the present invention is applicable not only to transaction processing devices operated by customers, but also to circulating cash withdrawal devices in so-called counter deposit and withdrawal devices and other money handling devices utilized by tellers. Furthermore, the denomination storage box is fixed to the device,
It can also be made detachable.

[Brief explanation of the drawing]

Fig. 1 is a perspective view showing the external appearance of the transaction processing device, Fig. 2 is a block diagram showing the internal configuration of the transaction processing device, Fig. 3 is a configuration diagram showing the circulating Bujin withdrawal machine, and Fig. 4 is a circulating Bujin withdrawal machine. FIG. 5 is a block diagram showing the electrical configuration of the money machine, FIG. 5 is a diagram showing the contents of the RAM, and FIG. 6 is a diagram showing the overall operation of the transaction processing device.
0-〇 chart, Figure 7 is a flow diagram showing the paper storage process.
FIG. 8 is a flow chart showing the waste paper discharge process, and FIG. 9 is a flow chart showing the replenishment process. (1)...Transaction processing device, (2)...aRTS (2
I...0PUS@...RAM5 (241...Old paper collection selection switch, (Foundation)...Circulating warrior dispensing machine, (
To)...Paper identification device, (To)...Re-discrimination device, (
50A) ~ (500)...Storage box by denomination, (50D)
@... Bulk storage box, (51A) to (510)... Full sensor, (52A) to (520)... Semi-full sensor,
(53A) to (530)... Semi-remaining sensor, (54A
)~(54G)@...Remaining sensor, (FG)・Φ・Old paper collection flag. Applicant for the above patent: Tateishi Electric Co., Ltd. No. 58 Figure 6: July 17, 1980 Commissioner of the Japan Patent Office Shima 1) Haruki Tono 1, in the list of cases Patent Application No. 9348, 1988 2
, Title of the invention Circulating warrior withdrawal device 3, Relationship with the case of the person making the amendment Patent applicant (I) Address: 10 Hanazono Tsuchido-cho, Ukyo-ku, Kyoto City Name (294) F. Ishidenki Co., Ltd. 4, Representative
4 non-human persons 5 Date of amendment order Showa year, month, day, 6
, Number of investigations increased by Supplement +E 7, Subject of amendment Detailed explanation of the invention in the specification column. Contents of the amendment fi+ From page 3, line 13 of the specification to page 4, line 1 of “
The purpose of this invention is to supplement... ” to be deleted. (21 From page 4, line 13 of the same book to page 5, line 13, ``The old cash collection switch... will be put into operation.'')
Delete. (3) The following sentence is added between lines 13 and 9 on page 4 of the same book. In the above embodiment, an old cash collection changeover switch is provided, and cash determined to be old cash is collected in the bulk storage box only when collection is set by this switch. At the beginning of the transition period between new and old cash, new cash is not very popular, so it is expected that the incoming cash will contain a lot of old cash and little new cash. If you collect it in advance, there will be less new cash to withdraw,
There is a risk that there will be a shortage of funds for withdrawal. Therefore, if the staff monitors the spread of new cash and if there is not enough new cash, they can turn off the old cash collection function using the above switch, and the old cash will also be released as withdrawal cash. , it is possible to prevent a situation where there is a shortage of funds. Therefore, this circulating military withdrawal watt will be flexibly delayed depending on the spread of new cash. "that's all

Claims (1)

[Claims] (1) Equipped with multiple denomination storage boxes and a bulk storage box that stores all denominations of cash at once, incoming cash is stored by denomination in each denomination storage box, and withdrawal cash is stored in these storage boxes. A circulating deposit/withdrawal device that discharges cash from a denomination-specific storage box, which is equipped with means for distinguishing between old cash and new cash, and collects all cash determined to be old cash into the storage box. gold equipment. +2+ 111 The circulation type according to claim (1), which includes a cash collection switch and collects cash determined to be first cash in a storage box when collection is set by the switch. Deposit/withdrawal device.