JPH0354689A - Cash receiving/dispensing processor - Google Patents

Abstract

PURPOSE:To exactly and precisely manage the number of notes in a receiving box by providing a storing means to store the number of the notes in the note receiving box, and a stored contents updating means to update the contents of this storing means. CONSTITUTION:In a processor equipped with an identification part 7, receiving boxes 8-10, receiving mechanisms 11 and 13 and feeding mechanisms 12 and 14, etc., a storing means 18c is provided to store the number of the notes in the receiving boxes 8-10, and a stored contents updating means 18d is provided to add the number of the notes stored in this storing means 18c only by the number of the notes, which are received when the notes are received by the receiving mechanisms 11 and 13, and to subtract the number of the notes only by the number of the notes which are fed out when the notes are fed out by the feeding mechanisms 12 and 14. Accordingly, the number of the notes equal with the real number of the notes in the receiving boxes 8-10 is always stored in the storing means 18c. Thus, by displaying the number of the notes, which is stored in the storing means 18c, in a display means, the number of the notes received in the receiving boxes 8-10 can be exactly known even when the internal parts of the receiving boxes 8-10 are not investigated.

Description

DETAILED DESCRIPTION OF THE INVENTION (Field of Industrial Application) The present invention relates to a cash deposit/withdrawal processing device installed in a financial institution or the like.

(Prior Art) As is well known, a cash deposit/withdrawal processing device installed in a financial institution or the like is used to deposit and withdraw cash stored therein according to an operator's instructions for depositing or withdrawing money.

FIG. 2 is a block diagram showing the configuration of a conventional cash deposit/withdrawal processing device. This device is operated by a clerk at a counter of a financial institution such as a bank. The operator of such a counter is called a teller.

The illustrated device includes a banknote input port 1, a collection port/dispensing port 2, a rejector 3, a separation/feeding mechanism 4, a collection/dispensing mechanism 5, a reject collection mechanism 6, and a discrimination section 7. 10,000 yen bill storage 8, 1,000 yen bill storage 9, unfit note storage 10, near end detectors 30 and 31, near full detectors 32, 3
3 and 34, storage mechanisms l1 and 13, and feeding mechanism l2
and 14, a power supply/control unit 18, a forced storage 19, and the like.

The input slot 1 is for setting banknotes to be counted and banknotes to be automatically stored.

The accumulation and withdrawal opening 2 is for accumulating banknotes that have been determined by the discrimination unit 7 to be payable or payable.

The rejector 3 is used to collect banknotes that are judged as unaccommodating or undepositable, or are rejected.

The separating and feeding mechanism 4 is for separating the banknotes set in the input slot 1 one by one and feeding them into the apparatus. The separating and feeding mechanism 4 includes, for example, a kick-up roller that grips the banknotes, a feed roller that sends the banknotes into the device, a reverse roller that retracts the banknotes, and the like.

The stacking and dispensing mechanism 5 is for stacking banknotes at the stacking and dispensing port 2.

The reject stacking mechanism 6 is for stacking banknotes on the reject trolley 3.

The discrimination section 7 is placed at a predetermined location within the device. This discrimination section 7 has a discrimination function necessary for cash deposit/withdrawal processing such as authenticity, denomination, fitness, double feeding, and skew of banknotes.
It has a counting function to count the number of banknotes.

The 10,000 yen bill storage 8 stores 10,000 yen banknotes.

The thousand yen bill storage 9 stores thousand yen bills.

The unfit bill storage 10 stores unfit bills when banknotes are stored, and also stores rejected bills when withdrawing money. These storage compartments 8 to 10 are arranged side by side at the bottom of the device, and can be taken out as a unit if necessary.

The near-end detectors 30 and 31 are sensors that react when there are few stored banknotes remaining.

The near-full detectors 32, 33, and 34 are for detecting near-fulls in 10,000 yen notes, 1,000 yen notes, and unfit notes, respectively. That's what nearfull is. This means that the banknotes stored in each banknote are almost full.

The 10,000 yen bill storage mechanism 11 is for storing banknotes into the 10,000 yen bill storage 8.

The ten thousand yen bill dispensing mechanism 12 separates and dispenses bills one by one from the ten thousand yen bill storage 8.

The thousand yen bill storage mechanism l3 is for storing banknotes into the thousand yen bill storage 9.

The 1,000 yen bill dispensing mechanism 14 separates and dispenses banknotes one by one from the 8 yen 1,000 yen bill storage.

The reject bill storage mechanism 15 is for storing banknotes in the unfit bill storage 10.

Each storage mechanism l1, 13, l5 is composed of a predetermined roller, belt, and the like. In addition, the feeding mechanisms 12 and 14
is composed of a pickup roller, a feed roller, a reverse roller, etc. similar to the bill separation and feeding mechanism 4 described above.

The conveyance paths 16a to 16h are composed of a belt that supports and conveys banknotes, rollers that rotate while supporting the belt, and the like. These conveyance paths 16a to 16h are arranged as follows.

First, the conveyance path 16a is provided so as to connect the banknote separation and feeding mechanism 4 provided at the input port l and the discrimination section 7. Moreover, the conveyance path 16b is provided so as to extend toward the rear of the discrimination section 7. Furthermore, conveyance paths 16c and 16d are provided so as to be connected to the terminal ends of this conveyance path 16b. Among these, one conveyance path 16c is configured to reach an accumulation/dispensing mechanism 5 and a reject accumulation mechanism 6 provided in the accumulation port/dispensing 02 and the redirector 3, respectively. Further, the conveyance path 16d reaches the unfit bill storage 10. From the terminal end of this conveyance path 16d, a conveyance path 16e. 1
6f and 16g are provided in linear communication via one end of each storage mechanism 15, 13, 1l and each feeding mechanism 12, 14. Further, the conveyance path 16 is arranged such that it is reversed from the terminal end of the conveyance path 16g and connected to the middle of the conveyance path 16a.
h is arranged.

The transport paths 16a to 16h are arranged as described above, and the transport path 16a forms a first transport path, the transport paths 16b and 16c form a second transport path, and the transport path 16a forms a first transport path, and the transport paths 16b and 16c form a second transport path. 16d to 16h are branched from the second conveyance path to the first conveyance path.
A third conveyance path is formed that joins the conveyance path.

The switching gates 17a to 17e are rotatable switching gates that switch the conveyance direction of banknotes. Switching gate 17
a is arranged at a branching point between the conveyance path 16c and the conveyance path 16d. Further, the switching gate l7b is arranged at the connection portion between the banknote stacking and dispensing mechanism 5 and the reject stacking mechanism 6 and the conveyance path 16c. Furthermore, the switching gates 17c, 17
d and 17e are conveyance paths 16e, 16f, and 16g, respectively.
located at the end of the

The power supply/control unit 18 is installed at a predetermined position within the device, for example, at a position adjacent to the unfitted note storage 10. This power supply/control section 18 is comprised of a power supply circuit 18a that supplies various kinds of power necessary for the operation of the entire apparatus, and a control circuit 18b that controls the operations of each of the mechanical sections described above.

Here, the control circuit 18b has a microcomputer (MPU) at its core, a read-only memory (ROM) for storing programs of the microcomputer, and a random access memory (RAM) for storing control information, transaction history information, etc. ) is used. Information on detectors (sensors) (not shown) that monitor the status of the input port 1, the collection port/discharge port 2, the resi-extro 3, each of the storage compartments 8 to 10, and the transport paths 16a to 16h, etc., as well as information for operations to be described later. button and instructions from the online terminal device connected online, drive power sources such as motors and solenoids (not shown) corresponding to each of the above-mentioned mechanical parts, and perform deposits, withdrawals, automatic loading, etc. described later. perform the following processing operations.

Along with this, the control circuit 18b monitors its operation,
It has a function of calculating and storing the number of banknotes due to storage, withdrawal, etc., based on the operation results.

The compulsory storage 19 is for the teller to insert and store banknotes that have been determined as non-depositable by the discriminator 7 during deposit counting, but are determined to be depositable by the teller. be.

This forced storage 19 is provided with an input port 19a opening at the lower front of the device, and can be taken out together with the storages 8 to 10.

FIG. 3 is a perspective view showing the external appearance of the device equipped with the above-described internal structure.

In the illustrated device, an input port 1, a collection port/discharge port 2, and a rejector 3 are provided in a stepped manner at the center of the upper front surface of the device.

An inspection key insertion section 20 for starting or stopping the cash deposit/withdrawal processing device is provided on the right side of the input slot 1. In addition, on the left and right sides of the collection/withdrawal port 2 and the resiectro 3, there are dedicated buttons 21a and 2lb and a cancellation button 22a necessary for depositing and withdrawing money so that two tellers can operate them respectively.
, 22b are provided.

In addition, in a predetermined position on the front of the device, a discrimination section 7,
An insertion part 23 for a conveyance path release key that enables removal of jammed banknotes by pulling out the portion consisting of the conveyance paths 16a to 16d and 16h, and extraction of banknotes by pulling out each of the storage compartments 8, 9, 10, and 19. An insertion portion 24 for a key for opening the storage compartment is provided for each operation.

FIG. 4 is a block diagram of a bank teller device configured by connecting the above-described cash deposit/withdrawal processing device to an online terminal device.

In this figure, the cash deposit/withdrawal processing device 25 has the configuration shown in FIG. 2 described above.

The cash deposit/withdrawal processing device 25 includes a control circuit 18 shown in FIG.
b receives commands from the online terminal device 26, which will be described below, to perform cash transaction processing such as banknote storage, withdrawal, and deposit, which will be described later, and to send the results back to the online terminal device 26.

The online terminal device 26 includes an operation keyboard 27, a display section (CRT) 28, a printing section 29, and a control section 30.

The operation keyboard 27 allows the teller to make a deposit, for example.
Payment (withdrawal) Used to call processing programs for various transactions such as bankbook entries, inquiries, transfers, etc., and to input items and information for each transaction.

The display section 28 displays guidance text, input information, processing results, etc. for the teller to operate the operation keyboard 27.

The printing unit 29 functions as an output device that prints the results of various transactions, the total amount of transactions, the amount of inspection, etc. on passbooks, slips, and other slips.

The control unit 30 has the function of connecting the operating keyboard 27, display unit 28, and printing unit 29 to control them in an integrated manner, as well as connecting with the cash deposit/withdrawal processing device 25 to exchange information. It also has the function of making it possible to process various types of transactions online by connecting online to a central processing unit that does not have access to a central processing unit, and exchanging information with this central processing unit.

FIGS. 5(a) and 5(b) are explanatory diagrams of each processing mode in the conventional cash deposit/withdrawal processing device 25. This fifth
The operation of the cash deposit/withdrawal processing device will be explained with reference to the drawings and FIGS. 2 to 4 described above.

First, the cash deposit mode shown in FIG. 5(a) will be explained. Teller, the operator of the device,
When it becomes necessary to deposit banknotes into the thousand yen bill storage 9,
The user operates the operation keyboard 27 of the online terminal device 26 to select deposit processing.

With this operation, the control unit 30 of the online terminal device 26
enters the deposit processing of the cash deposit/withdrawal processing device 25 and sends a deposit operation instruction to the cash deposit/withdrawal processing device 25. The power supply/control unit 18 of the cash deposit/withdrawal processing device 25 is connected to the control unit 30
occupancy button 21a or 2l shown in FIG.
A lamp (not shown) built into the slot 1 was flashed to instruct the banknotes to be set in the slot 1 and to be deposited.

The teller sets the banknotes to be deposited into the slot 1 by watching the flashing of the occupancy button 21a or 2lb.

Thereafter, the teller presses the occupancy button 21a or 2lb to instruct the start of bill loading.

In this manner, when an instruction to start storing banknotes is input, the banknotes set in the input slot 1 are separated one by one by the separating and feeding mechanism 4 and fed to the conveyance path 16a. Then, the banknotes are sequentially sent to the discrimination section 7 through the conveyance path 16a.

The discrimination section 7 discriminates the authenticity, denomination, fitness, etc. of the banknotes sent through the conveyance path 16a, that is, discriminates where they should be classified and sent. At the same time, the discrimination unit 7 counts only the banknotes that have been discriminated as genuine bills for each denomination, and sends the counting information to the power supply/control unit 18 . The power supply/control unit 18 stores the sent calculation information.

The banknotes after the discrimination are transported by the transport path 16b, and sorted and sent to the transport path 16c or 16d by the switching gate 17a. In other words, the switching gate 17a operates to send banknotes that have been determined to be counterfeit by the validator 7 and banknotes that have been determined to be of undeterminable denomination to the conveyance path 16c. Moreover, the switching gate l7a operates so as to send banknotes that have been identified as genuine by the recognition unit 7 to the conveyance path 16d. The operation of the switching gate 17a at this time is controlled by the power supply/control section 18 based on information from the discrimination section 7.

For example, if the banknote fed into the conveyance path 16d is a ten thousand yen banknote and is recognized as a genuine banknote by the discrimination section 7, the banknote is transferred from the conveyance path 16d to the conveyance paths 16e, 16.
After being sent to the conveyance path 16g via the transfer gate 16g and handed over to the ten thousand yen bill storage mechanism 11 by the guidance of the switching gate 17e, the ten thousand yen bill storage mechanism 11 holds the ten thousand yen bill storage 8 in a horizontal predetermined direction. It will be stored as shown.

At this time, when the number of bills stored in the 10,000 yen bill storage 8 exceeds a certain level, the 10,000 yen bill near full detector 32 reacts, and the control unit warns the operator that the 10,000 yen bill storage 8 is becoming full. This is done by displaying the information on the display unit 28 via the display 30.

Further, if the banknote is a 1,000 yen banknote and is identified as a genuine banknote, the banknote is transferred from the transport path 16d to the transport path 16e, 1
6f and is guided by the switching gate 17d to the 1,000 yen note storage mechanism 13, where it is stored in the 1,000 yen note storage 9 in a horizontal predetermined orientation.

At this time, when the number of bills stored in the 1,000 yen bill storage 9 exceeds a certain level, the 1,000 yen bill near full detector 33 reacts, and the control unit warns the operator that the 1,000 yen bill storage 9 is becoming full. This is done by displaying the information on the display section 28 via 30.

Further, if the banknote is determined by the discrimination unit 7 to be an unfit banknote unsuitable for withdrawal, the banknote passes from the conveyance path 16d to the conveyance path 16e, regardless of the denomination, and then passes through the switching gate 17c. The unfit note is guided to the unfit note storage mechanism 15, and is stored in the unfit note storage 10 by the unfit note storage mechanism 15.

At this time, when the number of sheets stored in the unfit note storage 10 exceeds a certain level, the unfit note near full detector 34 reacts, and a warning that the unfit note storage 10 is full is displayed to the operator via the control unit 30. This is done by displaying it in section 28.

In addition, the operation of the switching gates 17c to 17e in the storing process to these storages 8 to 10 is the same as that of the switching gate 17a described above.
Similarly, it is controlled by the power supply/control unit 18.

On the other hand, the banknotes sent into the conveyance path 16c, that is, the discrimination section 7
Banknotes that are determined to be unstorable are transferred to the conveyance path 16c.
and sent to the switching game 117b. The switching gate 17b is on standby in advance in a switched state to the rejector 3 side under the control of the power supply/control unit 18. Then, the banknotes that cannot be stored are guided to the reject stacking mechanism 6 by the switching gate 17b, and are stacked in the rejector 3.

The above operations are performed until the banknotes set in the slot 1 run out, and then the information accumulated by the power supply/control unit 18, that is, the number of banknotes for each denomination, is sent to the control unit of the online terminal device 26 as automatic storage information. Sent to 30.

If there is a banknote to be stored next, set the banknote in slot 1 and repeat the same operation as described above. Furthermore, the banknotes accumulated in the rejector 3 are extracted and collected by the teller, but it is also possible to set the banknotes in the slot again and store them. The collected banknotes are stored in each of the storage boxes 8 to 10 along the route shown in FIG. 5(a), or are accumulated in the Jectro 3. Then, each time the banknotes in the slot 1 run out, the count value for each denomination in the automatic storage mode is sent to the control unit 30 of the online terminal device 26.

The control unit 30 of the online terminal device 26 causes the display unit 28 to display the counted value, determines whether or not the teller's desired number of banknotes has been stored by looking at this, and if the banknotes have been stored, the control unit 30 performs an operation. Operate the keyboard 27 to input the information for confirmation. Next, the withdrawal mode shown in FIG. 5(b) will be explained. In the case of a withdrawal transaction at a counter, the customer generally fills out the necessary information on a withdrawal slip and submits it to the teller.
Transactions are accepted.

The teller who accepted the transaction enters the information necessary for the withdrawal transaction and the declared withdrawal amount using the operation keyboard 27 of the online terminal device 26 based on the entries in the slip received from the customer. When an operation is performed to start a withdrawal process, the control unit 30 communicates with a central processing unit (not shown) to determine whether the declared withdrawal amount in the corresponding account can be paid.

When it is confirmed that the payment is possible, the control unit 30 informs the power supply/control unit 18 of the cash deposit/withdrawal processing device 25 of the denomination and number of banknotes corresponding to the withdrawal amount declared. In response to the withdrawal instruction, the power supply/control unit 18
lights up the exclusive button 21a or 2lb on the teller side to inform the teller that preparations for withdrawal have started, and displays the number of coins for each denomination instructed to be withdrawn, as well as the 10,000 yen bill storage 8 and the 1,000 yen bill storage. The approximate value of the number of sheets stored in 9 is compared.

Then, as a result of the verification, if there is a denomination for which the number of coins instructed to be withdrawn is greater than the number of coins stored, the controller 30 of the online terminal device 26 is notified that the payment is impossible. By receiving an instruction to cancel the withdrawal operation from the control unit 30, the cash deposit/withdrawal processing device 25 is released from the withdrawal mode.

Then, by the teller's operation, the mode is switched to the above-mentioned deposit mode and banknotes are stored. On the other hand, as a result of the comparison, if the number of stored coins is equal to the number of designated withdrawals, or if the number of stored coins is greater, the cash deposit/withdrawal processing device 25 starts the withdrawal operation. At this time, the power supply/control unit 18 checks whether or not there are any banknotes remaining in the collection/dispensing port 2 based on an output from a sensor (not shown). This is to prevent the risk of customers accidentally paying bills that are not withdrawal bills.
After confirming that no banknotes remain, the following operations are performed.

That is, if there are ten thousand yen bills in the declared withdrawal amount, the power supply/control unit 18 drives the ten thousand yen bill dispensing mechanism 12 to dispense ten thousand yen bills one by one from the ten thousand yen bill storage 8. Roll out the number of sheets specified. At this time, when the number of bills stored in the ten thousand yen bill storage 8 falls below a certain level, the ten thousand yen bill near-end detector 30 reacts, and the control unit warns the operator that the ten thousand yen bill storage 8 is becoming empty. This is done by displaying the information on the display section 28 via 30.

On the other hand, the fed banknotes are fed into the conveyance path 16g and conveyed, and are moved to the conveyance path 16g by the switching gate 17e, which is waiting in a predetermined direction under the control of the power supply/control unit 18 in advance.
After being guided to the transport path 16h and the transport path 16a,
The images are sequentially sent to the discrimination section 7.

Here, the discrimination section 7 discriminates whether the incoming banknotes are normal or not, that is, the presence or absence of double feeding, abnormal approach, etc., and discriminates the denomination.

At the same time, the discriminating section 7 counts the bills that are discriminated as normal and can be withdrawn, and sequentially transmits the information to the power supply/control section 18.

The banknotes after the discrimination are conveyed by the conveyance path 16b, and depending on the discrimination result of the discrimination section 7, the banknotes are transferred to the conveyance path 16c or 16d by the switching gate 17a as in the case of the automatic storage mode described above.
They will be sorted and sent to. That is, the banknotes that are determined to be normal and can be withdrawn are fed into the conveyance path 16c, and are accumulated in the accumulation/dispensing port 2 by the accumulation/dispensing mechanism 5 via the conveyance path 16c. On the other hand, banknotes that are determined to be abnormal and cannot be withdrawn are sent to the conveyance path 16d as rejected bills, and are stored in the unfit note storage 10 by the unfit note storage mechanism 15 via the conveyance path 16d and the conveyance path 16e. be done.

Therefore, if there is a banknote that is determined to be abnormal, additional banknotes are fed out from the ten thousand yen banknote storage 8, and the designated number of banknotes is stacked in the stacking/dispensing port 2.

Thereafter, if the denomination of the declared withdrawal amount is a 1,000 yen bill, the power supply/control unit 18 drives the 1,000 yen bill dispensing mechanism 14 to dispense the bill from the 1,000 yen bill storage 9. Bills are stacked in the stacking and dispensing slot 2 in the same way as for yen bills.

Here, when the number of bills stored in the 1,000 yen bill storage 9 falls below a certain level, the 1,000 yen bill near-end detector 31 reacts, and the control unit issues a warning to the operator that the 1,000 yen bill storage 9 is becoming empty. This is done by displaying the information on the display unit 28 via the display 30.

In this way, when the withdrawal operation is completed, the power supply/control unit 18 stores the withdrawal information in an area for the deposit transaction history in the RAM (not shown), and also records the withdrawal information by denomination of the withdrawn banknotes. The numerical value is added to the total number of withdrawn coins of the already performed withdrawal transactions and stored in a predetermined address of the RAM, and the controller 30 of the online terminal device 26 is notified of the end of the withdrawal operation.

In response to this, the control unit 30 transmits the above-mentioned input information by the teller and withdrawal amount information to the central processing unit as the withdrawal transaction information, and also sends the teller to the teller via the display unit 28 to the accumulation and withdrawal port 2. Encourage people to remove banknotes from the pile. As a result, the teller pulls out the bill, and the power supply/control unit 18 confirms this, and the cash deposit/withdrawal processing device 25
will be released from withdrawal mode. The banknotes extracted from the collection and withdrawal port 2 by the teller are paid to the customer at the counter.

In addition, in the above-mentioned withdrawal operation, if the number of withdrawal instructions is large,
Maximum number of coins that can be collected at the collection and withdrawal port 2 (for example, 100 coins)
If the amount exceeds the maximum number of bills, the dispensing operation is stopped after the limit number of bills have been dispensed, and after confirming that the bills have been removed from the stacking and dispensing slot 2, the remaining bills are dispensed. You can also withdraw money.

(Problems to be Solved by the Invention) However, in the device configured as described above, as a means for managing the number of stored bills in the bill storage, the end, near end, near full, full, etc. of the stored bills are mechanically or optically controlled. Since the system uses a method of detecting banknotes, it is not possible to manage the number of banknotes in detail, such as how many banknotes are in the banknote storage. That is, when the near-end is not detected by the near-end detector 30 or 31, it is known that there are more banknotes stored than at the near-end, but it is not possible to know more than that, and the problem is that only a rough number of banknotes can be managed. was there.

The present invention has been made with attention to the above points, and an object of the present invention is to provide a cash deposit/withdrawal processing device that is capable of accurate and detailed management of the number of bills in a bill storage. .

(Means for Solving the Problems) The cash deposit/withdrawal processing device of the present invention has an input slot into which an operator can directly set cash, and separates the banknotes set in the input slot one by one into the device. A separation and feeding mechanism that separates and feeds, a discrimination section that performs various types of discrimination and counting necessary for cash deposit and withdrawal processing, a storage that stores banknotes, and a storage mechanism that stores banknotes in the storage. , a dispensing mechanism for dispensing banknotes one by one from within the storage, and a stacking and dispensing port opened so that an operator can directly pull out the dispensing banknotes, wherein the storage a storage means for storing the number of banknotes in the warehouse; and a storage means for adding the number of banknotes stored in the storage means by the number of banknotes stored when the banknotes are stored by the storage mechanism, and adding the number of banknotes stored in the storage unit by the number of banknotes stored by the feeding mechanism; The present invention is characterized by comprising a memory content updating means for subtracting the number of bills dispensed when the bill is dispensed.

(Function) In the above-described device, when the operator stores banknotes in the storage, the operator stores the number of stored banknotes in the storage means. The number of banknotes in the storage is always maintained in the storage means. When the storage mechanism stores banknotes into the storage, the storage content changing means adds the number of stored banknotes to the number of banknotes stored in the storage means. When the bill is dispensed from the storage by the dispensing mechanism, the memory content changing means
The number of bills fed out is subtracted from the number of bills stored in the storage means. In this way, the storage means always stores the same number of banknotes as the actual number of banknotes in the storage. Therefore, by displaying the number of banknotes stored in the storage means on the display means, the number of banknotes stored in the storage can be accurately known without checking the inside of the storage.

(Embodiment) FIG. 1 is a side sectional view showing an embodiment of the cash deposit/withdrawal processing device of the present invention. As in the past, this device is operated by a teller who is a clerk at the counter of a financial institution such as a bank.

The illustrated device includes a banknote input port 1, a collection port/dispensing port 2, a rejector 3, a separation/feeding mechanism 4, a collection/dispensing mechanism 5, a reject collection mechanism 6, and a discrimination section 7. The 10,000 yen bill storage 8, the 1,000 yen bill storage 9, the unfit bill storage IO, the storage mechanisms 11 and 13, the feeding mechanisms 12 and 14, and the power supply/
It consists of a control section 18', forced storage 19, etc.

The details of the configuration of each part are the same as the conventional one shown in FIG. 2 described above, so the same parts are given the same reference numerals and redundant explanations will be omitted.

The apparatus of FIG. 1 includes near-end detectors 3 and 31 and near-full detectors 32, 33 and 34 as shown in FIG.
It is not established.

On the other hand, the apparatus shown in FIG. 1 is provided with travel monitoring sensors 40 to 47 that monitor the travel of banknotes along the transport paths 16a to 16h. These travel monitoring sensors 40 to 47 are configured by, for example, a photointerrupter or the like.

The running monitoring sensor 40 is for monitoring the running of the banknotes that have passed through the discrimination section 7, and is provided immediately after the discrimination section 7.

The running monitoring sensor 41 is for monitoring the running of banknotes stored in the ten thousand yen bill storage 8.
It is located just before.

The running monitoring sensor 42 is for monitoring the running of banknotes stored in the thousand yen bill storage 9.
It is located just before.

The running monitoring sensor 43 is for monitoring the running of banknotes stored in the unfit bill storage 9 and is provided immediately in front of the unfit bill storage 9.

The running monitoring sensor 44 is for monitoring the running of banknotes fed out from the ten thousand yen bill storage 8, and is provided immediately after the ten thousand yen bill storage 8.

The running monitoring sensor 45 is for monitoring the running of the banknotes paid out from the thousand yen bill storage 9, and is provided immediately after the thousand yen bill storage 9.

The travel monitoring sensor 46 is for monitoring the travel of banknotes presented to the rejector 3.
It is located just before.

The running monitoring sensor 47 is for monitoring the running of banknotes delivered to the stacking and dispensing port 2, and is provided immediately in front of the stacking and dispensing port 2.

Further, the power supply/control section 18' is composed of a power supply circuit 18a that supplies various kinds of power necessary for the operation of the entire device, and a control circuit 18b' that controls the operation of each mechanical section, as in the conventional case. There is.

Here, the control circuit 18b' has the same configuration and function as the conventional control circuit 18b. The details are as described above, so redundant explanation will be omitted.

Unlike the control circuit 18b, the control circuit 18b' includes a storage means 18c and a storage content updating means 18d.

The storage means 18c stores the number of banknotes stored in each storage 8, 9, and 10.6 This storage means 18c is composed of an up/down counter that can count up and count down. . The storage means 18c corresponds to stored sheet number counters 60, 61, and 62 in the sheet number management circuit shown in FIG. 6, which will be described later. When the operator stores 10,000 yen notes or 1,000 yen notes in the 10,000 yen note storage 8 or 1,000 yen note storage 9, respectively, the storage means 18c stores the number of stored 10,000 yen notes or 1,000 yen notes, respectively. It can be stored as an initial value. Furthermore, when the operator takes out unfit bills from the unfit bill storage 10, the storage means 18c can return the stored number to O.

The storage content updating unit 18d adds the number of banknotes stored in the storage unit 18c by the number of stored banknotes when the storage mechanisms 11, 13, and 15 store the banknotes, and adds the number of banknotes stored in the storage unit 18c by the number of banknotes stored in the storage mechanisms 11, 13, and 15. When feeding out the
This subtracts the number of bills that have been fed out. This memory content updating means 18d includes driving monitoring sensors 41 and 42.
Alternatively, the banknote detection circuit 43 detects the number of stored banknotes. The memory content updating means 16d corresponds to banknote detection circuits 49, 50, and 51 in the number management circuit shown in FIG. 6, which will be described later. In addition, the external appearance of the cash deposit/withdrawal processing device shown in Fig. 1 is similar to that of the third
Since it is the same as the conventional one shown in the figure, redundant explanation will be omitted. Furthermore, the configuration of the bank teller device that operates the cash deposit/withdrawal processing device shown in FIG. 1 is also the same as that of the conventional one shown in FIG. 4, so a redundant explanation will be omitted.

FIG. 6 is a block diagram of a banknote number management circuit according to the present invention. FIG. 6(a) is a diagram showing the case of deposit mode. The respective output signals of the running monitoring sensors 4o, 41, 42, 43 and 46 shown in FIG.
9, 50, 51 and 52. These banknote detection circuits 48, 49, 50, 5l, and 52 detect banknotes based on the output signals of the travel monitoring sensors 40, 41, 42, 43, and 46, and output these detection signals. The outputs of the banknote detection circuits 48, 49, 50, 51 and 52 are respectively supplied as counting signals to transaction number counters 54, 55, 56, 57 and 58 which are cleared for each transaction operation. Further, the number of coins stored in each storage 8, 9, and 10 is updated for each transaction operation, and the updated number of coins is supplied to storage number counters 60, 61, and 62 that store the current number of stored coins.

The total number counter 54 counts the number of all banknotes that have passed through the discrimination section 7 by counting the detection signal from the banknote detection circuit 48.

The 10,000 yen bill counter 55, the 1,000 yen bill counter 56, and the unfit bill counter 57 count the detection signals from the bill detection circuits 49, 50, and 51, respectively, to detect the
and 10 to count the number of banknotes stored.

The reject counter 58 counts the number of banknotes accumulated in the rejector 3 by counting the detection signal from the banknote detection circuit 52.

The storage number counters 60, 61, and 62 count the detection signals from the banknote detection circuits 49, 50, and 51, and count up, thereby calculating the number of banknotes stored in each storage 8, 9, and 10. It is used to count. These stored sheet number counters 60, 61, and 62 are all connected to the control section 30.

The addition circuit 63 also includes a 10,000 yen bill counter 55, a 1,000 yen bill counter 56, an unfit bill counter 57, and a reject counter 5.
This is a circuit for adding the contents of 8 and 8.

The comparison circuit 64 is a circuit that compares the contents of the total number counter 54 and the addition circuit 63, and its output is supplied to the control section 30.

FIG. 6(b) is a diagram showing the case of withdrawal mode.

In the case of withdrawal mode, each output signal of travel monitoring sensors 40, 44, 45, 43, and 47 is transmitted to banknote detection circuits 48, 49, 50, 51, respectively, in the same manner as in deposit mode.
and 53. Banknote detection circuits 48, 49, 50
, 51 and 53 are supplied as count signals to transaction number counters 54, 55, 56, 57 and 59, respectively. Further, each of these outputs is supplied to storage sheet number counters 60, 61, and 62 that update the number of sheets stored in each storage 8, 9, and 10, and store the number of sheets stored. The storage number counters 60 and 61 count and count down the detection signals from the banknote detection circuits 49 and 50.
The number of banknotes stored in each storage box 8 and 9 is counted. The storage number counter 62 counts the number of stored banknotes that are rejected for withdrawal, and counts the number of banknotes stored in the storage 10 by counting the detection signal from the banknote detection circuit 51 and counting up. It is. These storage sheet number counters 60, 61 and 6
2 are both connected to the control section 30.

Further, the addition circuit 63' is a circuit that adds the contents of the ten-thousand-yen note counter 55 and the one-thousand-yen note counter 56. On the other hand, the addition circuit 63'' is a circuit that adds the contents of the unfit note counter 57 and the withdrawal counter 59.

The comparison circuit 64' includes the total number counter 54 and the addition circuit 63'.
This circuit compares the contents of , and its output is supplied to the control section 30 . On the other hand, the comparison circuit 64'' outputs a total number counter 5
4 and the contents of the adder circuit 63'', and its output is supplied to the control section 30.

FIGS. 7(a) and 7(b) are explanatory diagrams of each processing mode in the cash deposit/withdrawal processing device of FIG. 1. The operation of the cash deposit/withdrawal processing device will be described with reference to FIG. 7 and the aforementioned FIGS. 1, 3, 4, and 6.

First, the cash deposit mode shown in FIG. 7(a) will be explained. Teller, the operator of the device,
When it becomes necessary to deposit banknotes into the 1,000 yen bill storage 9, the user operates the operation keyboard 27 of the online terminal device 26 to select a deposit process.

With this operation, the control unit 30 of the online terminal device 26
enters the deposit processing of the cash deposit/withdrawal processing device 25 and sends a deposit operation instruction to the cash deposit/withdrawal processing device 25. The power supply/control unit 18′ of the cash deposit/withdrawal processing device 25 is connected to the control unit 3.
Upon receiving the instruction from 0, the occupancy button 21a or 2 shown in FIG.
A lamp (not shown) built into the lb is blinked to instruct the banknotes to be set in the slot 1 and to be deposited.

The teller sets the banknotes to be deposited into the slot 1 by watching the flashing of the occupancy button 21a or 2lb.

Thereafter, the teller presses the occupancy button 21a or 2lb to instruct the start of bill loading.

In this manner, when an instruction to start storing banknotes is input, the banknotes set in the input slot 1 are separated one by one by the separating and feeding mechanism 4 and fed to the conveyance path 16a. Then, the banknotes are sequentially sent to the discrimination section 7 through the conveyance path 16a.

The discrimination section 7 discriminates the authenticity, denomination, fitness, etc. of the banknotes sent through the conveyance path 16a, that is, discriminates where they should be classified and sent. At the same time, the discrimination section 7 counts only the banknotes discriminated as genuine bills for each denomination, and sends the counting information to the power supply/control section 18'. Power supply/control unit 1
8' stores the sent calculation information.

The banknotes after the discrimination are transported by the transport path 16b, and sorted and sent to the transport path 16c or 16d by the switching gate 17a. That is, the switching gate 17a sends banknotes that have been determined to be counterfeit by the validator 7 and banknotes that have been determined to be of undeterminable denomination to the conveyance path 16c. Furthermore, the switching gate l7a operates to send banknotes that have been identified as genuine banknotes to the conveyance path 16d. The operation of the switching gate 17a at this time is controlled by the power supply/control section 18' based on information from the discrimination section 7.

For example, if the banknote fed into the conveyance path 16d is a ten thousand yen note and is identified as a genuine note by the discrimination section 7, the banknote is transferred from the conveyance path 16d to the conveyance path 16e, 16f, and then to the conveyance path 16g. After being passed to the ten thousand yen note storage mechanism 11 by the guidance of the switching gate 17e, the ten thousand yen note storage mechanism l1 stores it in the ten thousand yen note storage 8 in a horizontal predetermined orientation. .

Further, if the banknote is a 1,000 yen note and is identified as a genuine banknote, the banknote is transferred from the conveyance path 16d to the conveyance paths 16e and 16f.
1,000 yen bill storage mechanism l by the guidance of the switching gate 17d.
3, and is stored in the 1,000 yen bill storage 9 in a predetermined direction by the 1,000 yen bill storage mechanism 13.

Furthermore, if the banknote is determined by the verification unit 7 to be an unfit banknote that is unsuitable for withdrawal, the banknote will be accepted regardless of its denomination.
After passing through the conveyance path 16d and the conveyance path 16e, the switching gate 1
7c, the unfit note storage mechanism 15 receives the unfit note, and the unfit note storage mechanism 15 stores the unfit note in the unfit note storage 10.

In addition, the operation of the switching gate 17cxl7e in the storage processing in these storages 8 to 10 is the same as that of the switching gate 17a described above.
Similarly, it is controlled by the power supply/control unit 18'.

On the other hand, the banknotes sent into the conveyance path 16c, that is, the discrimination section 7
Banknotes that are determined to be unstorable are transferred to the conveyance path 16c.
and sent to the switching gate 17b. The switching gate 17b is on standby in advance in a switched state to the rejector 3 side under the control of the power supply/control unit 18'. and,
The banknotes that can be stored are guided to the reject stacking mechanism 6 by the switching gate 17b and stacked in the reject controller 3.

At the same time, each counter 54 to 58 and 60
-62 start counting operations, respectively. That is, the total number counter 54 counts the bills when they pass the travel monitoring sensor 40. The 10,000 yen bill counter 55 counts the number of 10,000 yen bills when they pass the travel monitoring sensor 41. The 1,000 yen bill counter 56 counts the number of 1,000 yen bills as they pass through the travel monitoring sensor 42. The unfit bill counter 57 counts the unfit bills when they pass the travel monitoring sensor 43 ↓ The reject counter 58 counts the rejected bills when they pass the travel monitor sensor 46 . On the other hand, when the ten thousand yen note counter 55 counts one, the ten thousand yen note counter 60 counts up by one at the same time. Similarly, when the thousand yen bill counter 56 counts one, the thousand yen bill counter 61 counts up by one at the same time. Similarly,
When the unfit note counter 57 counts one, the unfit note storage number counter 62 counts up by one at the same time. and,
The contents of each of the counters 55 to 58 are added by an adder circuit 63, and the result of the addition is compared with the contents of the total number counter 54 by a comparator circuit 64. As a result of this comparison, if there is a match, that fact is output to the control section 30, and the counting operation is completed at that point. If the result of this comparison is that they do not match, this means that there is a counting error, and the bow operation will be performed again. Of course, at this time, each counter 54 to 58 and each stored sheet number counter 60, 61, 62
Needless to say, the transaction will be returned to the state it was in before the transaction.

In addition, each of the stored sheet number counters 60 to 62 corresponds to each counter 55.
The counters 55 to 5 do not count up at the same time as the counters 55 to 57, but after the comparison result by the comparison means 64 is a match, the counters 55 to 5
The count value of 7 may be added to each of the stored sheet number counters 60 to 62, respectively.

As described above, the number of banknotes stored in each storage 8, 9, 10 is accurately managed by each storage number counter 60, 61, 62, and the maximum number of banknotes stored in each storage 8, 9, 10 is Since the number of sheets is known in advance, when the number of sheets stored in each storage 8, 9, 10 exceeds a certain number, a near-full warning that the storage is full is sent via the control section 30 and through the display section 28. The operator can be notified.

The above operations are performed until the banknotes set in the slot 1 run out, and then the information accumulated by the power supply/control unit 18', that is, the number of banknotes for each denomination, is controlled by the online terminal device 26 as automatic storage information. The information is sent to Department 30.

If there are banknotes to be stored subsequently, the banknotes are set in the slot 1 and the same operation as described above is performed again.

Furthermore, the banknotes accumulated in the rejector 3 are extracted and collected by the teller, but it is also possible to set the banknotes in the slot again and store them, and in either case,
Each time the banknotes set in the slot 1 are stored in each of the storage compartments 8 to 10 along the route shown in FIG. The count value for each denomination in the automatic storage mode is sent to the control unit 30 of the online terminal device 26.

The control unit 30 of the online terminal device 26 causes the display unit 28 to display the counted value, determines whether or not the teller's desired number of banknotes has been stored by looking at this, and if the banknotes have been stored, the control unit 30 performs an operation. Operate the keyboard 27 to input confirmation information.

Next, the withdrawal mode shown in FIG. 7(b) will be explained.

In the case of a withdrawal transaction at a counter, the customer generally fills out the necessary information on a withdrawal slip and submits it to the teller.
Transactions are accepted.

The teller who accepted the transaction enters the information necessary for the withdrawal transaction and the declared withdrawal amount using the operation keyboard 27 of the online terminal device 26 based on the information entered in the slip received from the customer, and also processes cash deposits and withdrawals. When the device 25 performs an operation to start a withdrawal process, the control unit 30 communicates with a central processing unit (not shown) to determine whether or not the declared withdrawal amount in the corresponding account can be paid. Match.

When it is confirmed that the payment is possible, the control unit 30 sends the denomination and number of coins corresponding to the withdrawal amount declared to the power supply/control unit 18' of the cash deposit/withdrawal processing device 25, and The power supply/control unit 1 sends a banknote withdrawal instruction and receives the instruction.
8' lights up the occupancy button 21a or 2lb on the teller side to inform the teller that preparations have been made for withdrawal, and displays the number of coins for each denomination instructed to be withdrawn, the 10,000 yen bill storage box 8, and the 1,000 yen bill. The number of sheets stored in the storage 9 is compared.

Then, as a result of the verification, if there is a denomination for which the number of coins instructed to be withdrawn is greater than the number of coins stored, the controller 30 of the online terminal device 26 is notified that the payment is impossible. By receiving an instruction to cancel the withdrawal operation from the control unit 30, the cash deposit/withdrawal processing device 25 is released from the withdrawal mode, and by the teller's operation, is switched to the aforementioned deposit mode and stores banknotes.

On the other hand, as a result of the comparison, if the number of stored coins is equal to the number of designated withdrawals, or if the number of stored coins is greater, the cash deposit/withdrawal processing device 25 starts the withdrawal operation. At this time, the power source/control unit 18' checks whether or not there are any banknotes remaining in the collection/dispensing port 2 based on an output from a sensor (not shown). This is to prevent the risk of accidentally paying a customer with a banknote that is not a dispensing banknote, and after it is confirmed that there are no banknotes left, the following operations are performed.

That is, when the power supply/control unit 18' detects that there are 10,000 yen notes in the declared withdrawal amount, it drives the 10,000 yen note dispensing mechanism 12 to dispense l 10,000 yen notes from the 10,000 yen note storage 8. Roll out the number of sheets instructed.

On the other hand, the fed-out banknotes are fed into the conveyance path 16g and conveyed, and the switching gate 17e, which is waiting in a predetermined direction under the control of the power supply/control unit 18',
After being guided to 6h, this conveyance path 16h and conveyance path 16
They are sequentially sent to the discrimination section 7 via a.

Here, the discrimination section 7 discriminates whether the incoming banknotes are normal or not, that is, the presence or absence of double feeding, abnormal approach, etc., and discriminates the denomination.

At the same time, the discriminating section 7 counts the bills that are discriminated as normal and can be withdrawn, and sequentially transmits the information to the power supply/control section 18'.

The banknotes after the discrimination are conveyed by the conveyance path 16b, and depending on the discrimination result of the discrimination section 7, the banknotes are transferred to the conveyance path 16c or 16d by the switching gate 17a as in the case of the automatic storage mode described above.
They will be sorted and sent to. That is, the banknotes that are determined to be normal and can be withdrawn are sent to the conveyance path 16c, and are accumulated in the accumulation/dispensing port 2 by the accumulation/dispensing mechanism 5 via the conveyance path 16c. On the other hand, banknotes that are determined to be abnormal and cannot be withdrawn are sent to the conveyance path 16d as rejected bills, and are stored in the unfit note storage 10 by the unfit note storage mechanism 15 via the conveyance path 16d and the conveyance path 16e. It will be done. Therefore, if there is a banknote that is determined to be abnormal, additional banknotes are fed out from the ten thousand yen banknote storage 8, and the specified number of banknotes are stacked in the stacking/dispensing port 2. Thereafter, if the declared withdrawal amount includes a 1,000 yen bill, the power supply/control unit 18' drives the 1,000 yen bill dispensing mechanism 14 to dispense the bill from the 1,000 yen bill storage 9. Bills are stacked in the stacking slot/withdrawal 02 in the same way as for yen bills.

At the same time, each of the counters 54 to 57, 59 and 60 to 62 starts counting operations. That is,
The total number counter 54 counts the bills when they pass the travel monitoring sensor 40. The 10,000 yen bill counter 55 counts the number of 10,000 yen bills when they pass through the travel monitoring sensor 44. The 1,000 yen bill counter 56 detects the 1,000 yen bill from the travel monitoring sensor 45.
When it passes, it is counted. The unfit note counter 57 is
When unfit bills pass through the travel monitoring sensor 43, they are counted. The dispensing counter 59 receives the dispensing banknotes from the travel monitoring sensor 4.
When it passes 7, it is counted. On the other hand, when the ten thousand yen note counter 55 counts one, the ten thousand yen note storage counter 60 counts down by one at the same time. Similarly, when the thousand yen note counter 56 counts one, the thousand yen note counter 6l counts down by one at the same time. When the unfit note counter 57 counts one, the unfit note storage number counter 62
Count up by one at the same time. Then, the contents of the counters 55 and 56 are added together by an adding circuit 63'.
The comparison circuit 64' outputs the addition result to the total number counter 54.
is compared with the contents of Further, the contents of the counters 57 and 59 are also added up by an adding circuit 63'', and the addition result is compared with the contents of the total number counter 54 by a comparing circuit 64''. As a result of the above comparison, if they match, then
This information is output to the control section 30, and the counting operation is completed at that point. If, as a result of this comparison, one or both of them do not match, it is considered a counting error and the transaction operation will be performed again. Of course, at this time, it goes without saying that each counter 54, 55, 56, 57, 59 and each stored coin counter 60, 61, 62 are returned to the state before this transaction.

In addition, each of the stored sheet number counters 60 to 62 corresponds to each counter 55.
57, and after the results of the comparison by the comparing means 64' and 64'' become a match, the counted values of each of the counters 55 to 57 are counted up to the stored sheet number counters 60 to 6.
2 may be added to each.

As described above, since the number of coins stored in each storage 8, 9, and 10 is accurately managed by each storage counter 60, 61, and 62, the 10,000-yen bill storage 8 and the 1,000-yen bill storage 9 When the number of stored sheets falls below a certain number, the operator is notified of the remaining number of sheets and a near-end warning that the sheet will become empty through the control section 30 and through the display section 28. In addition, regarding the unfit note storage 10,
Since the maximum number of banknotes that can be stored is known in advance, when the number of banknotes stored in the unfit note storage 10 exceeds a certain number, a near-full warning that the storage is full is sent via the control unit 30 to the display unit 28. The operator can be notified through.

When the withdrawal operation is completed in this way, the power supply/control unit 18' stores the withdrawal information in the area for the deposit transaction history in the RAM (not shown), and also records the withdrawal information by the denomination of the withdrawn banknote. The counted value is added to the total number of coins to be withdrawn in the already-conducted withdrawal transactions and stored in a predetermined address in the RAM, and the controller 30 of the online terminal device 26 is notified of the end of the withdrawal operation.

In response to this, the control unit 30 transmits the above-mentioned input information by the teller and withdrawal amount information to the central processing unit as the withdrawal transaction information, and also sends the teller to the teller via the display unit 28 to the accumulation and withdrawal port 2. Encourage people to remove banknotes from the pile. As a result, the teller pulls out a banknote, and the power supply/control unit 18' confirms this, and the cash deposit/withdrawal processing device 2
5 is released from the withdrawal mode. Then, the banknotes extracted by the teller from the collection and withdrawal port 2 are paid to the customer at the counter. In addition, in the above-mentioned withdrawal operation, if the number of withdrawal instructions is large,
Maximum number of coins that can be collected at the collection and withdrawal port 2 (for example, 100 coins)
If the amount exceeds the maximum number of bills, the dispensing operation is stopped after the limit number of bills have been dispensed, and after confirming that the bills have been removed from the stacking and dispensing slot 2, the remaining bills are dispensed. You can also withdraw money. In addition, after the deposit/withdrawal operation, each storage box 8, 9, 1
When the storage number in 0 becomes full or empty, that is, in a near full or near end state, or when it becomes full or empty, that is, in a full or end state, each storage 8, 9, It becomes necessary to directly adjust the number of sheets stored in 10. In this case, each storage 8, 9, and 10 will be taken out as a unit, and if it is full, a certain number of sheets will be taken out, and if it is at the end, a certain number of sheets will be set. For such a case, each stored sheet number counter 60,
The contents of 61 and 62 can be easily modified or changed through the operation keyboard 27 and the control section 30.

The above-mentioned embodiment describes a device that performs deposit and withdrawal processing for two types of banknotes: 10,000 yen notes and 1,000 yen notes. Of course, the present invention can be applied to devices that perform deposit and withdrawal processing for various types of banknotes.

Moreover, although the above-mentioned embodiment has been described with respect to a bill depositing and dispensing device for tellers, it goes without saying that the present invention is not limited to this and can also be applied to a bill depositing and dispensing device for customers.

(Effects of the Invention) As explained above, the deposit/withdrawal device of the present invention is provided with a storage means for storing the number of banknotes in the banknote storage and a storage content updating means for updating the contents of the storage means. This allows you to know in detail the number of banknotes in the storage. That is, the contents of the storage means can be checked by displaying them on a display device such as a display. Therefore, when periodically checking the number of banknotes in the device, there is no need to take out the storage from the device and count the stored banknotes.

Furthermore, the conventional mechanical or optical detection mechanism for detecting end, near end, near full, full, etc. of banknotes can be removed from the storage. Therefore, the structure of the storage can be simplified.

[Brief explanation of drawings]

Fig. 1 is a side sectional view of the depositing and dispensing device of the present invention, Fig. 2 is a side sectional view of a conventional depositing and dispensing device, Fig. 3 is a perspective view showing the external appearance of the depositing and dispensing device, and Fig. 4 is a bank Block diagram of counter equipment,
FIG. 5 is an explanatory diagram of each processing mode in the conventional deposit/withdrawal processing device, FIG. 6 is a block diagram of the number management circuit in the deposit/withdrawal processing device of the present invention, and FIG. 7 is an explanatory diagram of each processing mode in the deposit/withdrawal processing device of the present invention. FIG. 3 is an explanatory diagram of processing modes. DESCRIPTION OF SYMBOLS 1... Input port, 2... Accumulation port and withdrawal port, 3... Reject rotor, 4... Separation feeding mechanism, 5... Accumulating and dispensing mechanism, 6... Reject accumulating mechanism, 7... Identification department,
8... 10,000 yen bill storage, 9... 1,000 yen bill storage, 10.
... Lost note storage, l1... Ten thousand yen note storage mechanism, 12...
・10,000 yen bill feeding mechanism, 13...1,000 yen bill storage mechanism, 14・
...Thousand yen bill feeding mechanism, l5... Reject ticket storage mechanism, 16a to 16h... Conveyance path, 17a to 17e... Switching gate, 18'... Power supply/control unit, Engineering 9... Forced storage, 2
6... Online terminal device, 27... Operation keyboard, 28... Display section, 29.
. . . Printing section, 30 . 726 Mongolia window device button o 7 tab Fig. 4, 2, meeting mode ゛ (a) 1 Sarao ni 8 (Naru name 0 village mo 1 F explanatory diagram Fig. 5

Claims (1)

[Scope of Claims] An input slot into which an operator can directly set cash, a separating and feeding mechanism that separates and feeds the banknotes set in the slot one by one into the device, and a mechanism for loading and unloading cash. A discrimination section that performs various types of discrimination and counting necessary for gold processing, a storage for storing banknotes, a storage mechanism for storing banknotes into the storage, and a mechanism for feeding out banknotes one by one from the storage. and a collection/dispensing port opened so that the dispensed banknotes can be directly taken out by an operator, further comprising a storage means for storing the number of banknotes in the storage; When the storing mechanism stores the banknotes, the number of banknotes stored in the storage means is added by the number of banknotes stored, and when the banknotes are fed by the feeding mechanism, the number of banknotes is subtracted by the number of banknotes fed out. A cash deposit/withdrawal processing device comprising: memory content updating means.