KR100338228B1 - Automatic trading device - Google Patents

Abstract

It will quickly eliminate the mixed state of gold species in the gold type storage and reduce the withdrawal transaction time.

In an automatic trading device in which the number of possible holdings of the paper money of each temporary holding part 12 to 14 is set to be less than or equal to the handling limit of the paper money in one transaction of the device, for example, a thousand won ticket that is more than the number of holdings that can be held in the waiting part 2 at the time of deposit transaction. If the banknote P is put in, this thousand won bill P which is discriminated as possible to be deposited into the discrimination unit 4 is accumulated in the temporary hold of the gold storage box 8 for thousand won bills, and the remaining thousand bill bill P is for example. In the temporary storage section of the gold type bank 7 of each type, after the transaction is concluded, the banknotes of each temporary storage block are stored in the gold type banks 7, 8 and 1,000 won in the first storage unit 34a corresponding to the gold type 7 storage box. The number of stored bills of 10,000 won bills stored before the bills are stored is stored, and the total number of bills of 10,000 won bills and 1,000 won bills stored in the second storage 34b gold type bank 7 is recorded. When the transaction with the customer is terminated, the value stored in the second storage unit is subtracted from the value stored in the second storage unit, and the bills of the number of the result of the subtraction are summarized from the above-mentioned gold type storage room 7 The collected banknotes are collected in the accommodating portion 21a of the accommodating storage 21, and the collected banknotes are reused for replenishment to the gold type storage bins 6-8.

Description

Automatic trading device

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to an automatic transaction apparatus installed in a financial institution such as a bank. In particular, the present invention relates to an automatic transaction apparatus of a type for temporarily storing different types of bills in a storage box for storing bills for each kind.

5 is a perspective view showing the appearance of a conventional automatic transaction apparatus.

In the drawing, reference numeral 101 denotes a housing of an automatic trading device, and an upper part of the front side is provided with an operation unit for customers to operate, and the following components 102 to 108 are provided.

That is, 102 denotes a card insertion outlet for inserting and ejecting a card, 103 a bankbook insertion outlet for inserting and discharging a bankbook, and 104 denotes a transaction item such as a deposit and withdrawal transaction and a payment transaction that the device can handle. It is a display part.

105 is a guidance unit for prompting a customer to operate by displaying an operation procedure and a transaction amount on a display, and 106 is an input operation unit having a plurality of operation buttons for inputting instructions according to transaction processing in accordance with the indication of this guidance unit 105. .

Numeral 107 denotes a banknote input / receiving port for injecting and receiving banknotes in accordance with a transaction process, and 108 coincidence of coin input / receiving port for injecting and receiving coins according to a transaction process.

Fig. 6 is a schematic configuration diagram of a banknote teller machine assembled in this automatic trading device.

In Fig. 6, 109 is provided in correspondence with the paper money input receiving port 107 at the service part for the customer service part which accepts the money input by the customer and pays the money to the customer from the apparatus.

110 is a conveying path for conveying bills at a high speed, 111 is a bill collecting part for temporarily accumulating bills, 112 is a discriminating part for discriminating and counting bills, and 113-115 is a gold containing a plurality of bills for each paper type. It is a kind storage, and 113 and 114 are the storage for 10,000 won bills, and 115 is the storage for thousand bills.

116 is a reject compartment for storing reject bills which are determined to be impossible to withdraw to the discriminating unit 112 at the time of withdrawal transaction.

117 is a conveying path for conveying bills at a low speed. The conveying path 117 connects the temporary accumulator 111 and the hospitality unit 109, and the hospitality unit 109 and the discriminator 112, the discriminator 112 and the respective storage 113-116 and the temporary accumulator 111 This conveyance path 110 is connected.

The deposit transaction in such an automatic transaction apparatus is normally performed as follows.

First, when a customer inserts a card or bankbook into the card insertion outlet 102 or the bankbook insertion outlet 103, the magnetic data of the card or bankbook is read and if it is determined that the transaction is possible from the data, the banknote inlet 107 is opened.

Here, when the bank notes are deposited by the customer in the customer service unit 109, the banknotes are placed one by one by a bill separating and sorting mechanism (not shown) and are arranged in the conveying path 110 in sequence.

And the banknote is conveyed by this conveyance path 110, and it is sent to the discrimination part 112 in order.

The discrimination unit 112 discriminates various bills sent, and if the banknotes identified as true won of 10,000 won are classified as gold type storage 113 or 114 by the return path 110, and the thousand won of true right is stored, It is conveyed to 115, and it accumulates in the temporary holding | maintenance part provided in the storage boxes 113-115 by gold type by the accumulation means which is not shown in figure.

In addition, the banknotes discriminated by the discriminating unit 112 are transferred to the temporary accumulating unit 111 by the conveying path 110 and accumulated. After all the inserted banknotes have been discriminated, the conveying path 117 is sent to the customer service unit 109. Is returned to.

Then, the amount of banknotes that can be deposited is displayed to the customer by the guidance unit 105. When the customer who has seen this approves the transaction by pressing the operation button of the input operation unit 106, the banknotes accumulated in the temporary holding units of the 113-115th place of the gold type It is housed in gold type storage 113-115.

On the other hand, the withdrawal transaction is performed as follows.

First, when the customer inserts the card into the card insertion outlet 102, the magnetic data of the card is read out, and when the customer enters the password by the input operation unit l06, the password inquiry is performed, and as a result, the customer The withdrawal amount is input by the input operation unit 106.

In case of withdrawing this amount into 10,000 won bills, one thousand won bills are inputted one by one from the depository 113 or 114 by gold means (not shown). From $ 115, 1,000-won bills are inserted one by one, sent to the conveying path 110, and returned to the discriminating unit 112.

Banknotes discriminated as banknotes that can be withdrawn by the discriminating unit 112 are conveyed and accumulated by the conveying path 110 to the temporary accumulation unit 111, and when the banknotes for the amount of money input by the customer are prepared, they are collectively returned from the banknote temporary accumulation unit 111. The customer returns to the customer service section 109 by opening 117, opens the paper money input receiving section 107, and pays the customer bills from the customer service section 109.

In addition, the banknote discriminated by the discrimination part 112 as being withdrawable by meandering etc. is conveyed to the reject storage 116 by the conveyance path 110, and is accommodated.

Although the banknote processing of deposit and withdrawal transactions is performed as described above, in this type of automatic trading apparatus, a certain limit is set on the amount and the number of bills handled in a transaction, and the amount and the number of bills handled in one transaction are usually the amount of money. The number was set to 1 million and the number of sheets was 100, but recently it is a movement to increase the price to 2 million and 200 sheets.

On the other hand, the temporary holding unit provided at the upper part of the gold sorting depository in the automatic trading device is set so as to hold the banknotes for the number of sheets of the handling limit of the bills so far in one transaction, and thus one transaction. In order to cope with the increase in the amount and the number of bills handled by the Bank, when a purchase of a certain kind of paper money in the deposit transaction is more than the held amount of the paper money in the temporary hold, the paper money is accumulated in the temporary storage part of the other gold type storage room. After the establishment, a technique has been proposed to be stored in another gold sorting bin as it is.

In this technology, when a deposit transaction contains 10,000 won in a gold type bank 115, which stores 1,000 won bills, a 10,000 won bill is input from the gold type bank 115. The 10,000 won ticket is discriminated as a reject banknote by the discriminating unit 112 and returned to the reject storage 116 for storage.

However, according to the conventional technique described above, when the different types of paper money stored in the gold type storage box at the time of deposit transaction are put in the withdrawal transaction, all the different paper money types are rejected, so the reassessment in the arrangement of the different paper money types is eliminated. The time until the storage in the Ject storage is included in the withdrawal transaction. Therefore, there is a problem that the processing time of the withdrawal transaction becomes long.

In addition, although the other types of banknotes that are stored in the gold type storage at the time of the deposit transaction, even if the banknotes can be withdrawn, there is also a problem that the money efficiency of the device is deteriorated because all of the banknotes are rejected during the withdrawal transaction.

According to the present invention, a plurality of gold type storages for storing different types of banknotes for each type of money and each type of gold are respectively installed on the upper part of the storage for each type of money, and the number of the allowable number of sheets set to be less than or equal to the handling limit of the paper money in one transaction of the apparatus. A temporary holding unit is provided which allows banknotes to be accumulated and held, and the banknotes which are put into the reception desk at the time of the deposit transaction and which are discriminated by the discriminating unit can be accumulated in the temporary holding unit of the deposit box for each type of gold for each kind. After the number of the accumulated kind of paper money reaches the number of possible holdings, when the kind of paper money is discriminated by the discriminating part, the paper money is accumulated in the temporary holding part of the gold kind storage for other kind. After the establishment, the automatic transaction device which stores the bills of each temporary holding part in the corresponding gold sorting bins makes it possible to collectively store the bills of each gold sorting. The first storage unit and the second storage unit are provided to cover the storage compartments for each gold type, and before the different kinds of banknotes are stored in the gold type storage compartments corresponding to the first storage unit. In addition to storing the number of bills stored in the bill, the second storage unit stores the total number of bills stored in the corresponding bill compartment for different bills. In this case, when the transaction with the customer is not carried out, the value stored in the first storage unit is subtracted from the value stored in the second storage unit corresponding to the gold type storage bin in which the banknote is mixed. It is characterized in that the number of bills are collected in a gold sorting bin in which the bills are mixed and collected in the refill collection bin.

1 is a block diagram of a control system showing an embodiment of an automatic transaction apparatus according to the present invention.

Fig. 2 is a side view showing the schematic configuration of the inside of a banknote teller machine in the embodiment;

3 is an explanatory view showing a state in which two kinds of banknotes are mixed and stored in a storage compartment according to a type of gold;

4 is an explanatory view showing a mixed solution cancellation state of gold species of gold type storage.

5 is a perspective view showing the appearance of a conventional automatic transaction apparatus.

Fig. 6 is a side view showing the schematic configuration of a banknote dispenser in the conventional apparatus.

* Explanation of symbols for main parts of the drawings

2: Service department 4: Discrimination unit

6-8: Kind of storage according to type 12-14: Temporary hold

15 to 17: temporary holding plate 18 to 20: roller mechanism

21: Reservoir for refill 23

29: separate delivery means 30: accumulation means

31: deposit and withdrawal control unit 34: RAM

34a: first storage unit 34b: second storage unit

<Embodiment of the Invention>

EMBODIMENT OF THE INVENTION Hereinafter, with reference to drawings, embodiment of the automatic transaction apparatus which concerns on this invention is described.

BRIEF DESCRIPTION OF THE DRAWINGS Fig. 1 is a block diagram of a control system showing an embodiment of the present invention, and Fig. 2 is a schematic diagram showing an internal configuration of a banknote teller machine in the embodiment.

First, when the structure of FIG. 2 is explained, in the drawing, 1 is a housing of a banknote teller machine, 2 is a customer service part provided in the upper side of the front side of this housing 1, and this customer service part 2 is the input of the paper money P during the deposit transaction or the return of the paper money P. And a bill receiving function for paying the bill P in the withdrawal transaction, and a function of separating and sorting the received bill P separately.

3 is the shutter installed at the top of the customer service section, 4 is the discrimination of the authenticity of the bill P, the kind or damage, the front and back at the time of deposit and withdrawal transaction and the replenishment and collection of the bill P, and the presence or absence of abnormal conveyance such as double sending or chain or meander It is a discriminating part which counts the banknote P with which the paper type was confirmed by the detection and the said discrimination.

5 is a front and rear equipping mechanism provided in the middle of a conveying path to be described later, which forms the hospitality unit 1 and the discriminating unit 4. The front and rear fitting mechanism 5 is to reverse the front and back of the banknote P discriminated from the back side to the discriminating unit 4 in the withdrawal transaction. .

In 6-8, the banks for each kind of banknote P used for withdrawal transactions are used for each kind of gold. For example, the bills 6 and 7 for each kind of gold are used for ten thousand won, and for each thousand won for ten thousand won. The class storages 6-8 are arrange | positioned side by side at the bottom side in the housing 1.

9-11 are stages arrange | positioned in each said storage 6-6, and are moved up and down by the mechanism which is not shown in figure.

12 to 14 are temporary holding portions provided at the upper portions of the respective storage bins 6 to 8, and 15 to 17 are temporary holding plates for partitioning the respective storage bins 6 to 8 and the temporary holding portions 12 to 14, respectively. 12 to 14 are each independently movable in a horizontal direction by a mechanism (not shown). In this embodiment, the temporary holding portions 12 to 14 are placed on the allowable amount of the bill P, that is, on the temporary holding plates 15-17. The number of possible sheets of banknotes P which can be accumulated, respectively, is set to the number of sheets below the handling limit of the number of banknotes P in one transaction of the bank note deposit and withdrawal device.

18 to 20 are roller mechanisms disposed above the respective storage bins 6 to 8, wherein each roller mechanism 18-20 temporarily accumulates banknotes P on the temporary holding plates 15-17 and the temporary holding plates 15 to 17, respectively. It also serves as a sorting means for separating and sorting the bills P one by one on the stages 9 to 11, and is composed of a sorting roller, a paper feed roller, a separating roller, and the like, and is temporarily held by the roller mechanisms 18 to 20. A sensor for detecting banknotes P which are respectively accumulated on the banks and banknotes P which are released from the respective storage bins 6 to 8 is disposed in the vicinity of each roller mechanism 18 to 20, whereby counting means (not shown) counts the number of banknotes. It is supposed to be.

21 has an accommodating portion 21a for collectively storing banknotes P of 1,000 won and 10,000 won in a refill collection container used for replenishment and retrieval of the bills P for the gold type storage bins 6-8. In the upper part of this accommodating part 21a, the banknote P of the banknote P is provided, the lower part is collect | recovered, and in the lower part of the accommodating part 21a, there is a reject banknote collection part 21b which collects the reject banknote P at the time of refilling banknotes.

22 has a reject storage section 22a for storing the reject banknote at the time of withdrawal transaction, and a forgetting bank storage section 22b for storing the oblivion banknote of the customer located on the reject storage section 22a.

The refill collection storage 21 and the reject storage 22 are disposed on the rear side of the housing 1 so as to be detachably mounted, and the removal is carried out by opening the rear door (not shown).

In addition, by removing the refill collection storage 21 and the reject storage 22, it is possible to take out the storage boxes 6 to 8 of the gold type.

23 is a conveying path consisting of a belt and a roller for conveying the banknote P at a high speed. The conveying path 23 allows the customer part 2, the discriminating part 4, the front and rear fitting mechanism 5, the roller mechanism parts 18 to 20, and the storage 21 for supplementary recovery. The reject bins 22 are connected respectively.

The banknote machine according to such a configuration is assembled in a not shown body of the automatic transaction apparatus.

In addition, this automatic transaction apparatus is provided with a card insertion outlet, bankbook insertion outlet, data display and manipulation-inducing display unit, an input operation unit, and a banknote receiving outlet on the front of the individual, and these functions as the conventional ones.

Referring next to FIG. 1, 29 is a separate feeding means composed of a pickup roller, a feed roller, a counter roller, etc., not shown, 30 is an accumulation means composed of a roller and a belt, not shown, and the separate feeding means 29 is supplemented. The collecting means 30 is provided in the upper disposing opening in the collecting storage 21, and the accumulating means 30 is provided in the lower collecting opening in the refilling storage 21.

31 is a teller machine control unit (control means) for controlling the operation of the banknote machine.

32 is a ROM that stores a control program of a teller machine and the like.

34 is a RAM for temporarily storing the transaction data, etc. in the present embodiment. In this embodiment, the first storage unit 34a and the second storage unit respectively correspond to the storage compartments 6 to 8 for each gold type in a part of the area of the RAM 34. 34b is set.

Here, each of the first storage sections 34a stores the number of sheets of bills P stored before the bills P of the different kinds of papers in the corresponding compartments of the corresponding gold classes are stored. Is stored in a state in which a plurality of paper money Ps are mixed and stored, as described later, as described later. It is supposed to memorize the number of sheets stored in P.

Moreover, each 2nd memory | storage part 34b stores the total number of banknotes P contained in the corresponding gold type storage 6-8.

The RAM 34 may be backed up by a battery so that the contents of the first storage section 34a and the second storage section 34b are not erased when the power is turned off.

Reference numeral 35 denotes a main control unit (upper control means) for controlling the operation of the entire automatic transaction apparatus. It is supposed to give an instruction of recovery.

Reference numeral 36 denotes a cashier's touch panel, which includes a touch key or a display unit for the cashier to input various indicators to the automatic transaction apparatus, and the key input information is notified to the main control unit 35.

37 denotes a ROM for storing a control program of an automatic transaction device, and 38 a RAM for storing input information by a customer or information from a center not shown.

Next, the effect | action of embodiment by the structure mentioned above is demonstrated.

First, the processing of the banknote P in the banknote dispenser at the time of the deposit transaction will be described.

When the shutter 3 is opened and the banknotes P for deposit are put into the hospitality unit 2 collectively, the inserted banknotes P are separated one by one by a bill separating and sorting mechanism (not shown), and are continuously sent to the conveying path 23.

And the banknote P is conveyed by this conveyance path 23, and is sent to the discrimination part 4 one by one.

In the discrimination part 4, the bill P, which is different from the bill P which is sent, is discriminated as the 10,000 won bill of the true ticket. It is conveyed to the storage 8 and is integrated by the roller mechanisms 18-20 on the temporary holding boards 15-17 of the temporary holding | maintenance parts 12-14 provided on the gold | cold kind storage 6-8 by each roller mechanism 18-20, respectively.

Banknotes P accumulated on the temporary holding plates 15 to 17, respectively, are detected by a sensor (not shown) and counted by a counting means (not shown).

Also, the bill P, which is discriminated by the discrimination section 5, is conveyed and accumulated by the conveying path 23 to the reception section 2, and after the discrimination processing of all the inserted bank notes P, the shutter 3 is opened, and the bill P of the reception section 2 is returned to the customer. Done.

Then, the amount of banknotes P which can be deposited is displayed to the customer by a display unit (not shown), and when the customer approves the transaction, the temporary holding plates 15 to 17 are moved horizontally to move out of the storage boxes 6 to 8 of the gold type. The bills P are retracted, and thus the bills P on the temporary holding plates 15 to 17 are dropped onto the stages 9 to 11 of the storage bins 6 to 8, respectively.

In addition, the number of paper sheets P stored in the gold type storage 6-8 is added to the value stored in the second storage unit 34b based on the counting result of the counting means, so that the value of the second storage unit 34b is increased. Is updated.

As described above, the holding limit of the temporary holding parts 12 to 14 set in the upper portion of the banks 6 to 8, for example, is set at 200, for example, the number of sheets for handling the banknote P in one transaction of this apparatus or the transaction. The case where the number of possible sheets is set to 100 sheets, for example, and the banknote P more than the number of sheets which can be held temporarily by the temporary holding | maintenance part 12-14 is put into account is demonstrated.

Now, if 200 thousand won bills P are put into customer 2 in the deposit transaction, the bills P are sent to the discrimination section 4, and the different kinds of gold species are discriminated. When the number of pending banknotes on the temporary holding plate 17 is temporarily accumulated and the number of held banknotes on the temporary holding plate 17 reaches 100, then the banknote P sent from the discriminating unit 4 is stored in the gold sorting boxes 6 and 7 On one side of the inside, for example, on the temporary holding plate 16 of the temporary holding unit 13 of the gold type storage 7, it is integrated and held.

Then, when the holding of all the bills P put by the customer is terminated and the customer approves the transaction, the temporary holding plates 16 and 17 are evacuated to the outside on the deposit boxes 7,8. P drops on the stages 10 and 11 of the storage boxes 7,8 according to the gold type, respectively.

FIG. 3 is an explanatory drawing showing a state in which two kinds of bills P are mixed and stored in a gold type storage container. Here, as an example, the bills P of 1,000 won bills are mixed and stored in the gold type storage 7 for 10,000 won. When there are 1200 sheets of bills P of 10,000 won, the state in which 800 sheets of bills P of 800 won are stored is displayed thereon.

In this case, of the first storage unit 34a and the second storage unit 34b corresponding to the gold type storage 7, the first storage unit 34a contains the bills P of 10,000 won bills before the bills P of 1,000 won are mixed and stored. Is stored in the second storage unit 34b, and the total number of bills P of all the paper types P accommodated in the gold type storage 7 is stored.

That is, in Fig. 3, since there are 1,200 thousand won bills P at the bottom of the gold sort storage 7, and 800 thousand bills P are stored thereon, the value of "1200" is stored in the first storage 34a. The value "800" is stored in the second storage unit 34b.

Here, 800 bills of 1,000 won bills are stored on 1,200 bills of 10,000 won bills. It indicates the case where the transaction in which the note P was inserted continues eight times.

Therefore, the value of "1200" is memorize | stored in the 1st memory | storage part 34a which stores a banknote P of 1,000 won first, and this value is hold | maintained until the mixing of the banknote P of 1,000 won is eliminated.

In the second storage unit 34b, for example, 800 bills P of 1,000 won bills are stored in eight transactions of 100 sheets at a time, 1300, 1400, 1900, 2000, etc. for each transaction. The values are updated in sequence as shown.

Then, when the entry / exit control unit 31 records a value other than "0" in the first storage unit 34a, the main control unit 35 requests the number of bills P to be collected at a predetermined time interval thereafter.

When the main control unit 35 receives a request for the collection of the banknote P from the teller machine control unit 31, the main control unit 35 instructs the teller machine control unit 31 to collect the banknote P when the transaction of the customer is terminated.

Accordingly, the deposit and withdrawal controller 31 subtracts the value &quot; 2,000 &quot; stored in the second storage 34b to the value &quot; 1200 &quot; Collected from the kind storage 7, it collect | recovers in the storage 21 for supplemental collection.

The recovery operation will be described below.

When the teller machine control unit 31 receives an instruction of recovery from the main control unit 35, the stage 10 is raised, and the roller mechanism 19 continues to send the banknotes P one by one from the bank 7 for each type of gold.

The banknote P continuously sent is conveyed to the discriminating unit 4 by the conveying path 23, and the discriminating unit 4 detects abnormalities such as gold or the like and conveying abnormalities such as double conveying and meandering.

As a result, the paper money P of unknown kind or the paper money P whose abnormality of conveyance is detected is conveyed to the reject cassette 22 by the conveying path 23 as the paper money P to be rejected, and is collected into the reject bank collection part 22a of the reject cassette 22. .

On the other hand, the banknote P in which no paper abnormality is detected and the gold paper is found is conveyed to the supplemental collection storage 21 by the conveying path 23 and sent to the collection port of the storage portion 21 and accumulated in the storage portion 21 by the accumulation means 30.

FIG. 4 is thus described in the explanatory drawing of the gold type storage 7 in the state of eliminating the mixed type of gold money by collecting the 800-won bill P of FIG. 7 shows a state in which 1,200 thousand won bill P is stored.

As described above, if 800 thousand won bills P are collected from the gold sort bank 7 as the supplementary collection bin 21, the cash dispenser control unit 31 at this point retains the remaining number of 10,000 won bills P stored in the gold sort bank 7. 1200 "is stored in the second storage unit 34b, and the first storage unit 34a has eliminated the mixed state of the gold species, and stores the value of" 0 "and ends the collection of the bill P in the main control unit 35. Notify.

In addition, when a bill of money of 1,000 won bills is mixed and stored in another bill of gold class 6 for storing bills of ten thousand bills, or a bill of money of ten thousand bills is mixed and stored in a bill of gold kind 8 for bills of money bills of ten thousand bills. In addition, the above-described processing is performed by the control of the teller machine control unit 31.

Moreover, the banknote P recovered in the accommodating part 21 of the refill collection storage 21 is superimposed with the banknote P in the accommodating part 21, and moved to the same stage, and is used for replenishment to the banks 6-8 of each gold type.

Next, an operation of replenishing the banknote P from the refill collection storage 21 to the gold sort storages 6 to 8 will be described.

When most withdrawal transactions are made in the operation of the device, the banknotes P in the banks 6 to 8 of the gold classes decrease, but the decrease of the banknotes P is detected by a sensor (not shown). Require banknote P to be replenished at regular intervals.

When the main control unit 35 receives a request for replenishment of the banknote P from the teller machine control unit 31, the main control unit 35 instructs the teller machine control unit 31 to replenish the banknote P when the transaction by the customer is terminated.

The teller machine control unit 31 receives the refill instruction of the banknote P from the main control unit 35 and controls the next replenishment operation accordingly.

That is, the banknotes P are continuously sent one by one from the delivery port provided in the upper part of the accommodating portion 21a of the refill collection storage 21 by the separate feeding means 29, and the banknotes P which are continuously sent are sequentially transferred to the discriminating section 4 by the conveying path 23. Is returned.

In the discrimination section 4, discrimination of authenticity and gold species of the conveyed bill P and detection of conveyance abnormality such as double transfer or meandering are carried out. Is returned to the refill recovery storage 21 and sent to the reject recovery portion 21b.

On the other hand, the banknote P, which was recognized as a true denomination without being detected by the conveyance abnormality and recognized as a gold denomination, is sent to the temporary holding portions 12 to 14 on the conveying path 23 according to the denomination and accumulated on the temporary holding plates 15 to 17 by the roller mechanisms 18 to 20. do.

Then, if the bill P for the number of possible holds of the temporary holding parts 12 to 14 is accumulated on the temporary holding boards 15 to 17, the temporary holding boards 15 to 17 are evacuated to the outside in the 6-8th place of the gold type storage, and accordingly the temporary holding board Banknotes P on the 15th to 17th positions are dropped and placed on the stages 9 to 11 of the storage boxes 6 to 8 for each gold type.

This operation is repeated a plurality of times until a sensor (not shown) at which point before the cassette for the gold type becomes full detects the paper money P corresponding to the storage type 6 to 8 of each gold type. .

In addition, when the replenishment of the thousand won ticket is completed before the replenishment of the 10,000 won ticket is completed, the bill P of the thousand won ticket passed through the discrimination unit 4 thereafter is returned to the refill collection storage 21 and recovered from the collection port of the storage unit 21.

Similarly, when the replenishment of the thousand-won bill ends before the replenishment of the thousand-won bill is completed, the banknote P of the ten thousand bill passed through the discrimination unit 4 thereafter is returned to the refill collection storage 21 and recovered from the collection port of the receptacle unit 21.

When the refilling operation is finished, the deposit and withdrawal control unit 31 stores the storage of the bill P in the cages 6 to 8 at the time in the corresponding second storage 34b, respectively. Notify the end.

As described above, the present invention is provided with a receptacle for reclaiming money that can be collectively stored in each banknote, and provided with a first storage unit and a second storage unit so as to correspond to each banknote. The number of bills stored in the corresponding gold type storage box is stored in the second storage part while the number of bills stored in the different paper types are stored in the gold type storage box corresponding to the first memory part. When storing and storing different types of banknotes in the gold type storage box at the time of deposit transaction, the second memory corresponding to the gold type storage bank in which the banknotes are mixed when the transaction with the customer is not performed The value stored in the first storage unit is subtracted from the calculated value, and the number of banknotes of the result of the subtraction is sorted in the gold type storage bin in which the banknotes are mixed. It is possible to quickly eliminate the mixed state of the different kinds of papers in the different kinds of storage because the collection is made in the storage, and the withdrawal transaction time can be shortened because the withdrawal processing can be done by arranging only the paper types designated by the customer during the withdrawal transaction. The effect that it can plan is obtained.

In addition, in order to eliminate the mixed state of the denominations in the denomination storage, the bills collected in this denomination storage are collected in a supplementary collection storage and then used as a supplement when the notes in the denomination storage decrease. As a result, the effective use of banknotes is possible, and the effect of improving the efficiency of funds can be obtained.

In addition, in the present invention, even if the allowable number of sheets of the temporary holding unit is set to the number of bills under one transaction of the device or less, the deposit and withdrawal transaction can be carried out. In addition, it is possible to obtain an effect that the apparatus can cope without changing the mechanism, and furthermore, the temporary holding part does not increase due to the increase in the number of handling limits, and as a result, the effect of preventing the enlargement of the apparatus can be obtained.

Claims (2)

With the plural gold kind storing banks which hold bank notes for withdrawal according to gold type, It is provided in the upper part of each bank of each kind, and has a temporary holding part which makes it possible to hold and hold a holdable number of bank notes set below the handling limit number of the bill in one transaction of the said apparatus, The number of bills of one kind of paper accumulated in the temporary holding part of one kind of paper is accumulated in the temporary holding part of each kind of gold type by the kind that is input to the customer service department and identified as possible to be deposited by the discriminating part during the deposit transaction. After reaching the number of the withholdable paper, when the paper money of the paper kind is discriminated by the discriminating part, the paper money of the paper money of each temporary holding paper is accumulated after the transaction is established by accumulating the paper money of the paper money on the temporary holding part of the gold kind storage for the other gold paper. In the automatic trading device to be stored in the corresponding gold class storage, It is equipped with a storage container for replenishment collection that allows the collection of all kinds of banknotes in one batch. If a different kind of paper money is mixed and stored in a gold kind storage box at the time of a deposit transaction, when the transaction with the customer is not carried out, the bills of the different gold paper types are mixed in the gold kind paper containing the paper money and the above supplement is replenished. Automatic transaction apparatus, characterized in that the recovery in the storage for recovery. With the plural gold kind storing banknotes for withdrawal according to gold type, A temporary holding part which is provided at the upper part of each gold type storage bin and which allows the holding of the number of banknotes which can be held in a single transaction or less than the handling limit of the banknotes in one transaction of the apparatus; The number of bills of one kind of paper accumulated in the temporary holding part of one kind of paper is accumulated in the temporary holding part of each kind of gold kind by the kind of paper money which is discriminated by the discrimination department for depositing at the time of deposit transaction. After reaching the number of sheets that can be withheld, if the kind of paper money is discriminated by the discriminating part, the paper money of the paper money of each temporary holding money is accumulated after the transaction is established by accumulating the paper money of the paper money into the temporary holding part of the gold kind storage for another kind. In the automatic trading device to be stored in the corresponding gold class storage, A first storage section and a second storage section are provided so as to correspond to the storage boxes for each type of gold, at the same time having a storage container for replenishment collection which makes it possible to collectively store banknotes of each gold type; The number of bills stored in the bills stored before the other bills are stored in the bill of gold corresponding to the first storage section, and the bill of money stored in the bills of gold corresponding to the second sort is stored. Remember the cumulative number In the case of deposit transaction, when a different kind of paper money is mixed and stored, when the transaction with the customer is not carried out, the second memory corresponding to the mixed gold money storage is stored in the second storage. Automated transaction, characterized in that the value stored in the first storage unit is subtracted from the value, and the banknotes of the number of the result of the subtraction are sorted in the gold sorting bins in which the banknotes are mixed and collected in the refill collection bin. Device.

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