KR920007906B1 - Automatic transaction device - Google Patents

Abstract

No content.

Description

Automatic trading device

1 is a view showing a partially cut-out and withdrawal device as an automatic transaction apparatus according to the present invention.

Figure 2 is a cross-sectional view showing the configuration of the deposit and withdrawal and subsidiary safe section according to the present invention.

3 and 4 are cross-sectional views illustrating the deposit and withdrawal operation of the deposit and withdrawal unit.

5 is a cross-sectional view for explaining the withdrawal operation of the deposit and withdrawal unit.

6 is a cross-sectional view illustrating a deposit return operation of the deposit and withdrawal unit.

7 is a cross-sectional view for explaining the withdrawal and withdrawal operation of the deposit and withdrawal unit.

8 and 9 are cross-sectional views illustrating the banknote charging operation in the deposit and withdrawal unit.

10 is a view for explaining the inspection operation of the deposit and withdrawal unit.

Figure 11a is a side view showing the state of equipment in the deposit and withdrawal and subsidies.

Figure 11b is a rear view showing the state of equipment in the deposit and withdrawal and subsidies.

12 is a front view showing an operation panel of the sub safe.

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

FIG. 14 is a block diagram showing the configuration of the deposit and withdrawal control circuit and the sub safe deposit control circuit of the automatic transaction apparatus shown in FIG.

FIG. 15 is a map showing an example of the configuration of a memory area in the RAM provided in the entry / exit control circuit.

16 is a cross-sectional view for explaining the operation of the deposit and withdrawal unit during non-business days operation.

FIG. 17 is a cross-sectional view for explaining the withdrawal operation from the third safe deposit box during non-working day operation.

18 is a cross-sectional view illustrating an operation in which the banknote of the fourth safe is replenished in the first safe.

19 is a cross-sectional view illustrating an operation in which the banknote of the subsidiary safe is replenished in the fourth safe.

FIG. 20 is a cross-sectional view illustrating an operation in which a banknote of a hopper is supplemented with a subsidiary safe.

Fig. 21 is a sectional view for explaining rejection processing in the operation in which the banknote of the hopper is supplemented with the sub safe.

FIG. 22 is a cross-sectional view illustrating an operation in which the banknote of the subsidiary safe is replenished in the first to fourth safes. FIG.

23 is a cross-sectional view illustrating the withdrawal operation of bank notes from the subsidiary safe deposit box.

24 is a cross-sectional view for explaining the withdrawal operation from the hopper and the operation in which the banknote of the hopper is supplemented with the first to fourth safes.

* Explanation of symbols for main parts of the drawings

1: deposit and withdrawal device 2: cabinet

3: control panel 4: bank insertion slot

5: Card insertion slot 6: Document outlet

7: banknote entrance and exit 9: CRT display device

11: card / slip processing unit 12: deposit and withdrawal

14a: upper unit 14b: lower unit

15: Banknote Withdrawal Exit

16, 17, 18, 19: 1st, 2nd, 3rd, 4th safe

21, 22: Banknote storing part 36: Auditing part

37: Payment of withdrawal date and payment 38: Payment of withdrawal date and payment

150: main control unit 152: memory unit

153: operation panel, internal monitor device control unit

154: card, slip processing control unit 155: audit control unit

158: communication control unit

[Industrial use]

The present invention relates to an automatic transaction device, and more particularly, to an automatic transaction device such as an automatic withdrawal device or an automatic withdrawal device which is installed at an automated machine location of a bank and can withdraw and withdraw bank notes.

Conventional Technology and Its Problems

Recently, a teller machine, called an Automatic Tellers Machine (ATM), has been installed at an automated machine facility in a financial institution such as a bank. Such ATMs are provided by a customer (user) card (cash card, credit card). Or use the bank account to execute automatic transactions such as cash withdrawal [withdrawal] and cash deposits [entry]. In addition, such ATMs can be extended for extended periods after financial institutions are closed, or they can be installed at airports, railway stations, department stores, etc., and can be operated unattended. The number of ATMs installed is on the rise.

From this background, the efficiency of the cashier and the cashier is increased, and the efficiency and rationalization of personnel is an important task in financial institutions such as banks.In order to increase the efficiency of ATMs, banknotes that use deposited banknotes as withdrawal banknotes Recycling type deposit and withdrawal devices are being developed.

However, in the case where such automatic money circulation and withdrawal devices are provided for unmanned operation or non-working day operation, the members (의; bank clerks, etc.) do not always reside in the place where the withdrawal device is installed as a member of efficiency and rationalization of personnel. As a result, even if a banknote as a banknote for withdrawal is insufficient, it cannot be replenished, so there is a disadvantage in that it is not possible to continuously operate the withdrawal device in which the banknote for withdrawal is insufficient.

As described above, in the conventional deposit and withdrawal device, there is a disadvantage that continuous operation is impossible when the withdrawal banknote becomes insufficient during unmanned operation or non-working operation.

[Purpose of invention]

The present invention has been made to solve the above disadvantages of the prior art, and the object of the present invention is to provide an automatic trading device that is operated continuously without a transaction stop so that the withdrawal banknotes in the safe deposit box of the trading device is not insufficient. have.

[Configuration of Invention]

In order to achieve the above object, the automatic transaction apparatus according to the present invention includes a main body including a cabinet having a bill discharge port through which bills are discharged, a storage unit installed in the cabinet for supplying bills, and installed in the cabinet. A first transfer means for transferring the banknote from the means to the banknote outlet, a second transfer means installed in the cabinet for transferring the banknote to the storage means, and an auxiliary device means for supplying the banknote to the storage means in the cabinet; And the auxiliary device means is attached to the main body and is functionally connected to the second transfer means to supply the bill to the cabinet, and is configured to supply the bill to the second transfer means.

EXAMPLE

Hereinafter, the automatic transaction apparatus of the present invention will be described in detail with reference to the exemplary drawings.

1 is a view showing a bill circulation type withdrawal device as an automatic transaction device according to the present invention, wherein the withdrawal device 1 shown in FIG. 1 has a L-shaped operation part 3 in front of the cabinet 2. Is provided, and the bank insertion slot 4, the card insertion slot 5, and the slip ejection opening 6 are arranged in the horizontal operation section 3a of the operation section 3, and the horizontal operation section 3a of the operation section 3 is provided. ) Is provided with a banknote inlet / outlet 7 serving as a depositing section and an outlet, while a door 8 freely opening and closing is formed at the banknote inlet / outlet 7. In addition, the operation unit 3b is provided with a CRT display device 9 equipped with a touch sensor to display the operation procedure or other information in the form of illustrations, characters, or words to guide the user. In addition, it is possible to perform the so-called input operation by pressing the code number, the amount, the account number, and the display portion according to the confirmation or cancellation of the transaction.

And, inside the cabinet 2, a bankbook record factor device for storing a bankbook inserted from the bankbook inserting opening 4 to read or record the magnetic information of the bankbook and to print a transaction specification. (Not shown), a card / document processing unit 11 for handling a magnetic card inserted from the card insertion slot 5, issuing a slip to the slip ejection outlet 6, and creating a duplicate journal. In addition, a deposit and withdrawal unit (transaction device body) 12 and an internal monitor 13 are provided which have functions such as withdrawal and retrieval of bills, collection, reloading, and inspection of bills.

2 shows the configuration of the deposit and withdrawal unit 12. In FIG. 2, reference numeral 14a in the drawing denotes the upper unit of the deposit and withdrawal unit 12, while 14b represents the lower unit of the withdrawal and withdrawal unit 12. Indicated by, 900 indicates a subsidiary safe deposit box (optional equipment) that is selectively installed in the deposit and withdrawal unit 12, a detailed description of the sub safe deposit 900 will be described later.

In FIG. 2, a banknote inlet / outlet 15 is provided at the inner front upper end portion (direction facing the customer) of the upper unit 14a so as to face the banknote inlet / outlet 7. 15 is composed of an incoming roller 403, a floor 407, and a bill storage chamber 454, and is provided on the back of the upper unit 14a as a bill storage box (banknote bank). The fourth safe 19 that constitutes the housing 23 is provided.

On the other hand, inside the lower unit 14b, for example, a first safe 16, for example, a 10,000 yen safe, and a second safe 17, for example, a 1,000 yen safe, are provided to form banknote storage units 20, 21, respectively. In addition, a third safe deposit box, for example, a 5,000 yen ticket, an exclusion ticket, a collection ticket, and a banknote which is not suitable for withdrawal and withdrawal, is installed to constitute a banknote storage section 22, an accumulation section 18a, and a collection box 18b. have. The first to fourth safes 16 to 19 are provided with first, second, third, and fourth integrated extraction devices 24, 25, 26, and 27, for example, 100 sheets of paper. A flapper composed of spaces 301a, 301b, 301c and 301d as accumulators capable of accumulating banknotes, elevators 305a, 305b, 305c and 305d and press-fit plates 309a, 309b, 309c and 309d. 315a, 315b, 315c, 315d) are provided.

In addition, an auditor 36 is provided at a substantially central portion in the front vertical direction in the upper unit 14a, and a withdrawal temporary storage 37 and a deposit temporary storage 38 are provided on the right side thereof. The inside of the upper and lower units 14a and 14b has a bill transfer path R; R1 to R8 designed to transfer bills A to each part, and each branch of the bill transfer path R is designed. The first to twelfth distribution gates 39a to 39l using a rotary solenoid (not shown) as a driving source are installed in the portion, and the banknote passing detectors 40a to 40w are installed at various positions of the bill transfer path R. On the other hand, banknote presence detectors (residual inspection sensors; 41a to 41d, 457) are also provided in each of the accumulation sections where the banknotes A are accumulated. In this case, the banknote passing detectors 40a to 40w and the banknote presence detectors 41a to 41d and 457 are all designed in a conventional manner by light emitting elements and light receiving elements.

A first transport path Ra is opened at the rear of the lower unit 14b so that the banknote can be transferred from the sub safe 900 to the inside of the deposit and withdrawal unit 12.

Here, the operation (transfer flow of paper money) of the above-described deposit and withdrawal device will be described in detail.

3 and 4 are diagrams showing the flow of banknotes in the banknote depositing operation. When the display portion corresponding to the depositing operation on the CRT display apparatus 9 is pushed by the user, the door of the banknote entrance and exit 7 is shown. (8) is opened, and in this state, the user stands up and bundles a bundle of bills mixed with bills and marks according to the monetary unit and inserts them into the bill storage chamber 454. Then, the door 8 is opened. When the closed state of the door 8 is detected, the floor 407 vibrates vertically to trim the banknote A. FIG. Subsequently, the retracting roller 403 is rotated to take one sheet from the top banknote, and as shown in FIG. 3, the bill A taken by the retracting roller 403 passes through the first transport path R1. The number of bills transferred and drawn in is counted by the bill passing detector 40a.

Then, the banknote A is guided to the auditor 36, whereby the auditor 36 determines the kind, authenticity, front and back of the banknote A; Although transmitted via the bank, the banknote A determined by the auditing unit 36 as a ticket is transferred upward via the first distribution gate 39a, and the second and third distribution gates 39b and 39c. Then, the path is changed at the fourth distribution gate 39d and accumulated in the deposit temporary accumulation part 38 after passing through). On the other hand, the banknote A determined as two books is transferred via the first and second distribution gates 39a and 39b so that the transfer path is converted at the third distribution gate 39c, and then the fifth distribution. As the transfer path is again converted at the gate 39e and then inverted and accumulated in the deposit temporary accumulation part 38, the banknote A is converted to the deposit temporary accumulation part 38 by changing the front and back.

On the other hand, the banknote (A) discriminated by the audit unit 36 as the exclusion right (counterfeit right, non-audit right), the first, second, third, fourth distribution gate (39a, 39b, 39c, 39d) The banknote A as an exclusion right, which is transferred to the withdrawal date and time collecting section 37 and accumulated in the withdrawal deposit and collection section 37, is not included in the banknote storage room 454. Ejected to 454 and then door 8 is opened and returned to the user.

Then, as shown in FIG. 4, the bill A accumulated in the deposit temporary accumulation section 38 is transferred to the bill storage room 454 as the user inputs confirmation from the CRT display apparatus 9, for example. Receiving and transferring, the banknote A is audited again by the audit unit 36, and then the transfer path is switched downward by the first distribution gate 39a to be transferred to the lower unit 14b.

The 10,000 yen ticket audited by the audit unit 36 is horizontally transmitted via the eleventh, sixth, and seventh distribution gates 39k, 39f, and 39g, and the transmission path is switched by the eighth distribution gate 39h. While the first yen (10,000 yen safe deposit box; 16) is accumulated in the accumulation unit 301a, the 1,000 yen ticket is transferred to the seventh distribution gate (39g), and the second safe deposit box (1,000 yen safe deposit box; 17) is accumulated. It is integrated in the part 301b. Here, the old-fashioned banknotes of 10,000 yen tickets and 1,000 yen tickets, along with 5,000 yen tickets and exclusion tickets, are transferred from the sixth distribution gate 39f to the third safe deposit box via the ninth and tenth distribution gates 39i and 39j. The deposit is integrated into the accumulation portion 18a of the depository 18.

In this way, when all the bank notes A are accumulated in the accumulators 301a, 301b and 18a of the first, second and third safes 16, 17 and 18, the first and second safes 16 and 17 The banknotes in the c) are pressed downward by the press-fit plates 309a and 309b and fixed by the flappers 315a and 315b to be stored in the lower portion of the accumulators 301a, 301b and 18a, and then the deposit operation is completed.

In addition, when non-approval is input while the banknote A is accumulated in the deposit temporary collection part 38, the banknote A in the deposit temporary collection part 38 returns to the banknote storage room 454, and then doors. When (8) is opened, it is returned to the user, and when the banknote A in the banknote storage room 454 is taken out, the door 8 is closed.

5 is a view showing the flow of banknotes during the withdrawal processing operation of the banknotes, first withdrawal transaction is selected, and when the withdrawal amount is input, the banknotes (A) accumulated in the first and second safes (16, 17) are press-fit plate ( 309a and 309b are pushed downward to release the fixed state to the flapper 315a and 315b, and then the elevators 305a and 305b are raised to accumulate the banknotes A and take out rollers 304a and 304b. Withdrawal preparation operation is made by contacting the. In this case, the 10,000 yen ticket is withdrawn from the first safe 16 and the 1,000 yen ticket is withdrawn one by one by the rotation of the take-out rollers 304a and 304b from the second safe 17, and the 10,000 yen and 1,000 yen tickets are countered, respectively. It is transmitted to the horizontal front and guided to the upper unit 14a, and then transmitted to the audit unit 36. Subsequently, the banknote A audited by the audit unit 36 in the normal right is divided into a first distribution gate 39a, a second distribution gate 39b, a third distribution gate 39c and a fourth distribution gate 39d. When the banknote A reaches the withdrawal amount in this way, the withdrawal of the banknote A is stopped while the banknote A stored in the withdrawal temporary payment section 37 is 1 When the door 8 is opened after being discharged into the bill storage room 454 in bundles, the money is withdrawn to the user. When the user takes the bill A, the withdrawal operation is terminated by closing the door 8. .

In addition, the banknote A audited by the auditing unit 36 as not suitable for withdrawal (exclusion right) is transmitted to the lower unit 14b via the first distribution gate 39a, followed by a dotted line in FIG. As indicated by, it is transmitted to and integrated with the integration unit 18a of the third safe 18 via the eleventh, sixth, ninth and tenth distribution gates 39k, 39f, 39i, and 39j.

Next, the flow of bank notes in the deposit return operation will be described with reference to FIG.

When the banknote A is deposited in the deposit temporary accumulation section 38 during the deposit operation, and then, for example, a cancellation is input from the CRT display apparatus 9, the banknote A is discharged in a bundle unit into the banknote storage room 454. The banknote A is returned to the user by the door 8 being opened.

7 is a view showing the flow of bills during the undrawn bill collection operation, first, the door 8 is closed if the user does not withdraw the bill A paid even after a certain time elapses after the door 8 is opened. The banknotes A are collected one by one through the eleventh distribution gate 39k, the sixth distribution gate 39f, the ninth distribution gate 39i and the tenth distribution gate 39j. Recovered to 18b.

Next, the flow of banknotes in the banknote refilling operation will be described with reference to FIG.

For example, when the banknote A for loading A is set in the fourth safe (loading vault) 19, when the clerk selects the banknote loading mode, the loading operation of the banknote A is started, and the banknote A is taken out. 304d) is withdrawn one by one from the 4th bank 19, and the withdrawn banknote A is the 2nd distribution gate 39b, the 3rd distribution gate 39k, the 5th distribution gate 39e, and the audit | inspection part. Conveyed to (36), and the auditorship is audited in this audit section (36). The next banknote A, which is audited by the auditing unit 36, is transmitted downward from the first distribution gate via the eleventh distribution gate 39k and the sixth distribution gate 39f, in which case 1,000 yen ticket The direction is switched from the seventh distribution gate 39g to be integrated in the accumulation unit 301b of the second safe 17, while the 10,000 yen ticket is transferred from the eighth distribution gate 39h via the seventh distribution gate 39g. The direction is changed and accumulated in the accumulator 301a of the first safe 16, and then each bill is press-fitted into the accommodating parts 20 and 21.

In addition, the bank notes A classified as banknotes to be excluded by the audit unit 36 at the time of loading are transferred upward by the first distribution gate 39a so that the second distribution gate 39b and the third distribution gate 39c are provided. Withdrawal is accumulated in the withdrawal date and time collecting portion 37, wherein the banknotes taken out from the fourth safe 19 and passed through the second distribution gate 39b and the banknotes to be excluded are distributed to the second distribution gate 39b and the third distribution. Since the exclusion right is identified because the overlapping right is overlapped on the transfer path R4 between the gates 39c, the dispensing right is momentarily interrupted so that the exclusion right passes along the transfer dew condensation R4 and then reactivated or taken out ( Reloaded) and exclusion rights are transferred in the overlapping state, and the exclusion rights are also superimposed on the withdrawal charges and withdrawal date and time accumulating part 37, and the reloading operation is stopped when all the banknotes A of the fourth safe deposit box 19 disappear. Will be.

When the exclusion right is generated as shown in FIG. 9, the exclusion right is transferred from the withdrawal and collection part 37 to the banknote storage room 454, and is withdrawn one by one by the inlet roller 403. Is re-audited by the audit unit 36, and the banknotes discriminated for each kind are sent from the first distribution gate 39a to the lower unit 14b and stored in each of the safes 16 and 17 for each kind. It is sent up from the first distribution gate and is turned in the second distribution gate 39b to be stored in the empty fourth safe 19.

Meanwhile, in the above embodiment, only the bill loading from the fourth safe 19 is described during the loading operation, but the loading operation may be performed by setting the bill for loading in the bill storage part 22 of the third safe 18. have.

Next, the flow of bank notes in the overhaul operation will be described with reference to FIG.

The banknote A taken out from the first safe 16 and the second safe 17 is transferred to the upper unit 14a and discriminated by the audit unit 36, and the direction of the next bill is the first distribution gate 39a. And the direction of the bank notes are converted in the second distribution gate (39b) is stored in the fourth safe (19). At this time, when the exclusion right that cannot be discriminated by the audit unit 36 is generated, the exclusion right is divided into the eleventh distribution gate 39k, the sixth distribution gate 39f, and the ninth distribution gate (from the first distribution gate 39a). It is transmitted downward through 39i) and the tenth distribution gate 39j and integrated in the integrated part of the third safe 18.

Here, in the above embodiment, the first safe 16 is a 10,000 yen ticket safe, the second safe is a 1,000 yen safe, the banknote storing portion 22 of the third safe 18 is a deposit safe, and the fourth safe 19 is shown. Has described the case of using the Jangjin bank, but the first safe can be used as a 1,000-yen safe or a banknote other than the above kind, and the second safe 17 can be a 10,000-yen safe or a banknote other than the above kind. Can also be used as In addition, the safes 18 and 19 can be used as cash drawers by storing banknotes for withdrawal or replenishment in the third safe deposit box 18 and the fourth safe deposit box 19, especially when the deposit and withdrawal device 1 is closed. Will be.

Next, the configuration of the auxiliary safe 900 will be described with reference to FIG.

The subsidiary safe 900 includes a hopper 910 for the accountant to load the bill from the rear, an auditor 920 for discriminating the bill, and a banknote discriminated by the auditor 920 as inappropriate for withdrawal (exclusion). The exclusion right accumulation unit 930, which accumulates, an auxiliary safe 940 in which banknotes discriminated as suitable for withdrawal are stored, an operation panel 950 operated by an operator, and an auxiliary safe 900; And a power supply 960 and an auxiliary safe control circuit 970, wherein the hopper 910 moves in and out of the inlet roller 911, the supply roller 912, the gate roller 913, and up and down. 912, 913, and a back-up mechanism for pressing the banknotes against the banknotes, and are designed to be separated from the lower surface of a bundle of 100 banknotes one at a time and supplied to the transfer path R1. . In addition, the hopper 910 is provided with a door 915, and the door 915 is provided with a lock 916. When the banknote is set in the hopper 910, the lock 916 is provided. By unlocking the door 915 is opened and executed. In addition, when banknotes remain in the hopper 910, the hopper 910 can be used as a safe type safe by closing the door 915 and locking the lock 916. Accordingly, the hopper 910 After the banknote is set and the door 915 is closed and the lock 916 is filled, the cashier removes the subsidiary bank 900 from the deposit and withdrawal device 12 before the insertion of the banknote in the hopper 910 is completed. Safety is also guaranteed. In addition, the auditing unit 920 audits whether the banknote is suitable for withdrawal from the thickness and shape of the banknote transmitted on the transfer path r1, and in this case, the banknote for the hopper 910. As the setting of is made by the clerk, there are few banknotes that are not suitable for withdrawal, such as counterfeit or impairment rights, so that the factor for auditing can be minimized. In addition, the exclusion right storing unit 930 is a distribution gate for redirecting the bank notes transmitted on the transfer path (R2) that is not suitable for withdrawal, such as banknotes and counterfeit rights, damage rights audited as an audit non-exclusion (exclusion right). 931 and a storage box 932 for storing the exclusion right that is redirected by the distribution gate 931, and the exclusion right storing part 930 also has a door 933 similar to the hopper 910. The door 933 is also provided with a lock 934. Accordingly, when the door 933 is opened and bills are taken out from the hopper 910, the cashier can reset the exclusion right in the hopper 910 or return to the cashier, and the door 933 is closed. When the lock 934 is filled, it can be used as a safety deposit box so that the exclusion right can be safely stored.

On the other hand, the auxiliary safe 940 has a structure similar to that of the safes 16, 17, and 19 in the deposit and withdrawal unit 12, and can be fixed or removed from the rear of the auxiliary safe 900. An auxiliary deposit box 940 is provided with an accumulation takeout unit 942. The flapper 943 forms an accumulation unit 942, for example, 100 banknotes can be accumulated. The integrated take-out part 941 includes a take-out roller 944, an elevator 945, and a press-fit plate 946. Here, the sub safe 940 is one type such as temporary containment of bills or, for example, 10,000 yen safe (or 1,000 yen safe) when replenishing the money in the safes 16 and 17 of the deposit and withdrawal unit 12 as described below. It can be used to increase the bill storage capacity for use in storing bills. In addition, the sub safe 900 is formed with a bill outlet (ra) corresponding to the bill inlet (Ra) of the lower unit (14b), so that the bill can be transferred to the cash inlet and outlet 12, as shown as a drive source A distribution gate 901 in which an unrotated rotary solenoid is used is arranged at a branching position between the banknote outlet ra and the sub safe 940. In addition, the internal structure of the subsidiary safe deposit box 900 is provided with a bill passing detector and bills presence detector consisting of a light emitting element and a light receiving element at various locations, and the power supply 960 and subsidies in the sub safe 900. A high control circuit 970 is installed, and the sub safe 900 can be separated from the deposit and withdrawal unit 12 and can operate independently, for example, the safe 16 of the deposit and withdrawal unit 12. When the banknote is set to the safe 16 may be mounted in place of the sub safe 940 of the sub safe 900, in this state the sub safe 900 can be operated independently the safe Banknotes can be stored or replenished in (16).

FIG. 11 is a view illustrating an installation state of an entry / exit unit 12 and an auxiliary safe 900 in the cabinet 2, and the upper unit 14a of the entry / exit unit 12 is mounted on a slide rail a. The lower unit 14b is fixed to the inner and inner walls 2c of the cabinet 2 by the slide rail b, while being fixed to the inner and inner walls 2c of the cabinet 2. An interval d is maintained between the upper unit 14a and the lower unit 14b. In addition, a roller 61 is provided at the lower portion of the upper unit 14a. The roller 61 is in contact with the upper portion of the lower unit 14b by its rotation while maintaining the gap d not to be reduced. do. In the drawing, reference numeral G denotes a vertical coupling gear, which vertically drives the driving force of a driving motor (not shown) provided to the lower unit 14b so that the driving operation of the transmission device can be executed. To the unit 14a.

In this way, the upper unit 14a and the lower unit 14b are held by the slide rails a and b so that they can be moved forward or backward from the cabinet 2 as necessary.

In addition, the cabinet 2 has front and rear doors 2a and 2b which are opened and closed, respectively, as shown in FIGS. 1 and 11, so that the upper and lower units 14a and 14b face forward. Or it is made to draw back.

On the other hand, the sub safe 900 is accommodated in the rear space of the upper and lower units (14a, 14b), in which case the sub safe 900 is the same as the case of the upper unit (14a) and the lower unit (14b) It is not held in the cabinet 2 by the slide rails a or b, but can be freely moved by, for example, a caster 902, so that it can be simply used as an independent device. Accordingly, when a plurality of deposit and withdrawal devices 1 are installed in the automated machine installation position of the bank, banknotes for the plurality of deposit and withdrawal devices 1 are connected by one subsidiary safe 900 by connecting the sub safes 900 in order. It is possible to carry out replenishment or containment.

FIG. 12 is a view illustrating an operation panel 950 of the auxiliary safe 900. The operation panel 950 includes an entry start switch 951 for supporting the entry of bills set in the hopper 910; Confirmation switch 952 which is operated when checking whether the total number of the added bills plus the number of exclusion tickets coincides with the number of bills set in the hopper 910 when the receipt of the bills is completed. ), The reset switch 953 for resetting the count value up to that time, and the auxiliary safe box 900 can be operated by online connection with the deposit and withdrawal unit 12 when the receipt of the bill is stopped by the jam or the like. A selection switch 954 for selecting whether to operate alone or for operation alone, a display unit 955 for displaying by operation of the confirmation switch 952, and an indicator 956 for informing the occurrence of jam are provided.

13 is a block diagram of an automatic transaction apparatus according to an embodiment of the present invention, wherein the main control unit 150 controls the entire deposit and withdrawal device 1, and the main control unit 150 includes a deposit and withdrawal control unit 151 and a memory. A unit 152, an operation panel / internal monitor device control unit 153, a card / slip processing control unit 154, an audit control unit 155, an account book read / factor control unit 156, a communication control unit 158, a remote monitor I / O control The circuit 159 is connected, and the memory unit 152 is constituted by, for example, a ROM, in which a control program is stored. The audit control unit 155 controls the audit unit 36. The internal monitor device control unit 153 controls the operation panel 3 and the internal monitor device 13. In addition, the card slip processing control unit 154 controls the card slip processing unit 11, and the bankbook reading factor control unit 156 is a magnetic stripe of a bankbook inserted from the bankbook insertion slot 4. In addition to reading the book, and controlling the passbook reading factor device 157 for recording the transaction details in the bankbook and journal, the deposit and withdrawal control unit 151 is a signal from the main control unit 150 and the audit control unit 155 The deposit and withdrawal unit 12 is controlled according to a signal from the same, and the deposit and withdrawal unit control unit 151 can be connected to an auxiliary safe control circuit (control circuit 970) for controlling the auxiliary safe 900. do. The main controller 150 receives signals from each detector in the deposit and withdrawal unit 12 obtained through the deposit and withdrawal unit control circuit 151 and signals obtained through the audit control unit 155 from the auditor 36. In the sub-storage 940 in accordance with the signal from each detector in the sub-storage 900, which is obtained by counting the number of sheets in each housing 21, 22, 23, or through the sub-storage control circuit 970. The number of sheets stored is counted to count the number of sheets, the number of sheets to be loaded, the number of overhauls and the like for each kind, and the bank notes are managed by storing these count values in a RAM to be described later. Further, the main controller 150 controls the remote monitor device 175 installed by the remote monitor I / O control unit 159 so as to be located apart from the I / O device 1, and is not illustrated by the communication control unit 158. Data transfer with the central processing unit.

On the other hand, the auxiliary safe control circuit 970 normally operates the auxiliary safe 900, for example, the sub safe 900 according to a signal from an audit control unit (not shown) that controls the auditor 920, for example. On the other hand, when the sub safe 900 is operated while being connected to the deposit and withdrawal unit 12, for example, a signal from the deposit and withdrawal control circuit 151 and an audit controller for controlling the auditor 920 are controlled. The sub safe 900 is controlled according to the signal.

FIG. 14 is a block diagram showing the configuration of the deposit and withdrawal device control circuit 151 and the auxiliary safe and control circuit 970, for example, when the deposit and withdrawal unit 12 is connected to the sub safe 900. FIG. 151 is a ROM 151b in which a control program and the like are stored in the CPU 151a for controlling the whole, and a RAM 151c for managing the stock of bills in each safe box 16, 17, 18, and 19 for each kind. ), An interface 151d for enabling data communication with the main controller 150, an interface 151e for enabling data communication between the auxiliary safe control circuit 970, an input / output port 151f, and the The interface 151g or the like which enables data communication with the audit control unit 155 is connected and configured.

Among them, banknote passing detectors 40a to 40w, banknote presence detectors 41a to 41d, 457 and the like are connected to the input port 151fa of the input / output port 151f, and detection signals from these detectors are supplied.

The output port 151fb of the input / output port 151f has a transfer driver 151h for driving the transfer path system such as the banknote transfer path R and the distribution gates 39a to 39l, and the banknote retracting of the entry and exit port 7. A driver 151i for driving the take-out device 15, and a safe driver 151j, ... for driving the integrated take-out devices 24, 25, 26, 27 of each of the safes 16, 17, 18, and 19, respectively. Connected.

On the other hand, the sub safe deposit control circuit 970 includes a ROM 970b in which a control program and the like are stored in the CPU 970a for controlling the whole, a RAM 970c for managing the stock of bills in the sub safe 940, and the like. An audit control unit (not shown) for controlling the interface 970e, the input / output port 970f, and the auditor 920 to enable data communication between the operation panel 950, the deposit and withdrawal device control circuit 151, and Is connected to the interface 970g for enabling data communication.

In addition, a bill passing detector and a bill presence detector 980 are connected to the input port 970fa of the input / output port 970f, and detection signals from these detectors are applied to the input port 970fa. 970fb) includes a transfer driver 970h for driving a transfer system such as transfer paths r1 and r2 or distribution gates 901 and 931, rollers 911, 912 and 913 of the hopper 910, and a backup mechanism. A driver 970i for driving 914 and the like, a safe driver for driving the integrated take-out apparatus 941 of the auxiliary safe 940, and the like are connected.

FIG. 15 shows an example of the configuration of the memory area in the RAM 151c of the deposit and withdrawal control circuit 151. For example, the number of deposit and purchase of replenishment banknotes, the purchase of replenishment bank notes, the purchase of withdrawal notes, the number of partial withdrawal notes, and precision Accumulated memory of the number of bills inspected by each kind, and the number of bills stored in each of the safes 16, 17, 18, and 19 in the deposit and withdrawal device 12, and in the deposit and withdrawal device 12. The current balance memory area in which the number of paper type notes are stored, the deposit, replenishment, reloading, withdrawal, and the number of paper type payouts by partial collection are stored in the corresponding trading memory area and subsidiary safe deposit box 940. There is provided a sub-storage memory area for storing the number of notes and the number of bills, a set value memory area for storing the number of notes, the first and second ends, and the maximum number of payments for each kind.

The selection switch 954 is set on the "connection" side, so that the data stored in the sub safe memory area (the balance of bills stored in the sub safe 940) is the data of the current balance memory area (the input / output of which the book type matches). Balance of bills in the safe of the device 12] and managed by the deposit and withdrawal device 12.

Next, with reference to FIG. 16, the case where the deposit / withdrawal device 1 is operated, for example, on a non-working day, is connected to the sub safe 900 configured as described above with the deposit / withdrawal device 12 as an example. In the case of non-work days, the first safe (16; 10,000 yen safe) is filled with 10,000 yen and the second safe (17; 1,000 yen safe) is filled with 1,000 yen. Furthermore, since the number of withdrawals of 10,000 yen bills is overwhelmingly greater than 1,000 yen bills, for example, the third safe (18 banknotes storage part 22 (receipt safe), the fourth safe (19; reload safe) and the auxiliary safe depository 900) The hopper 910 and the subsidiary safe 940 are each filled with 10,000 yen tickets.

Then, when withdrawal processing is selected during non-working days, the 10,000 yen ticket is withdrawn from the first safe 16, and the 1,000 yen ticket is withdrawn from the second safe 17 in the same manner as the withdrawal processing shown in FIG. The drawn 10,000 yen ticket and 1,000 yen ticket are sent from the lower unit 14b to the upper unit 14a, respectively. Then, the bank notes determined by the auditor 36 as the normal right are accumulated in the withdrawal date and time accumulation unit 37 via the first to fourth distribution gates 39a to 39d, and then the withdrawal money according to the withdrawal amount is stored in the bill storage room. It is withdrawn to the user from the entry / exit 7 through 454.

By the way, the exclusion right determined by the auditor 36 as not suitable for withdrawal is similar to the first, eleventh, sixth, ninth and tenth divided gates 39a, 39k, 39f, 39i and 39j. It is sent to the integrated portion 18a of the third safe 18 to be integrated.

In the case of non-working days, when the deposit processing is selected, the banknotes inputted to the banknote storage room 454 by the user are accepted one by one in the same manner as the deposit processing shown in FIGS. 3 and 4. 36), the banknotes discriminated by the ticket rights are transferred to the deposit and collection section 38 by the first to fourth distribution gates 39a to 39d, and the banknotes discriminated by the second volume are first to third. The distribution gates 39a to 39c and the fifth distribution gate 39e are inverted and integrated in the deposit temporary accumulation unit 38 through the medium.

In this state, by inputting confirmation by the user, the banknotes of the deposit and collection section 38 are again accepted through the banknote storage room 454 and discriminated by the auditing machine 36, so that the 10,000 yen ticket is divided into the distribution gate 39k, 39f, 39g, 39h are accumulated in the accumulation section 301a of the first safe 16, and 1,000 yen rolls are accumulated in the accumulation section 301b of the second safe 17 via the distribution gate 39g.

In addition, old-fashioned banknotes of 10,000 yen tickets, 1,000 yen tickets, 5,000 yen tickets, and the like are accumulated in the accumulation section 18a of the third safe 18 via the distribution gates 39f, 39i, 39j.

On the other hand, the exclusion right determined to be arranged in the auditor 36 is accumulated in the withdrawal and collection unit 37 via the distribution gates 39a to 39d and then returned to the user through the banknote storage room 454. Also, when disapproval is input while the banknotes shown in FIG. 6 and the banknotes are accumulated in the deposit temporary accumulation section 38, the banknotes of the temporary deposit accumulation section 38 are transferred via the banknote storage chamber 454. You will be returned to the user.

Further, as shown in FIG. 7, the undrawn bills during the withdrawal process are recovered from the bill storage chamber 454 and recovered to the collection box 18b of the third safe 18.

As described above, if the 10,000 yen ticket in the first safe 16 becomes empty during the withdrawal processing using the deposit money as the withdrawal money, the 10,000 yen bill is withdrawn from the bill storage part 22 of the third safe 18. As this is done, as shown in FIG. 17, the 10,000 yen ticket withdrawn from the banknote storing portion 22 is sent to the upper unit 14a via the distribution gates 39k, 39f, 39g, 39h. Then, the banknotes determined by the audit unit 36 as the normal right are accumulated in the withdrawal and collection unit 37 through the distribution gates 39a to 39d, and the withdrawal money according to the withdrawal amount is mediated through the banknote storage room 454. The payment is made to the user from the entry / exit 7.

In addition, the exclusion right is controlled so as not to be superimposed with the withdrawal money, and is integrated in the accumulation portion 18a of the third safe 18 via the distribution gates 39a, 39k, 39f, 39i, and 39j.

On the other hand, in the state where the deposit and withdrawal device 12 is made to withdraw 10,000 yen tickets from the banknote storing part 22 of the 3rd safe 18, the 1st safe (from the 4th safe 19 within the time interval between withdrawal processing) 16, the 10,000 yen ticket is replenished. As shown in FIG. 18, the 10,000 yen ticket in the fourth safe 19 is withdrawn one by one and the auditor 36 via the distribution gates 39b, 39c, and 39e. Is sent). Then, the 10,000 yen ticket determined to be suitable for withdrawal is accumulated in the accumulation unit 301a of the first safe box 16 via the distribution gates 39a, 39k, 39f, 39g, and 39h, and then the bill storing unit 20 It will be stored inside.

Further, the exclusion right is controlled so as not to be superimposed with the replenishment banknote and is accumulated in the withdrawal date and time accumulating unit 37 via the distribution gates 39a to 39d, and the banknotes are received from the withdrawal and date accumulating unit 37 after the replenishment processing is completed. After being transferred to the thread 454 and again discriminated by the auditing unit 36, the banknotes determined for each kind of paper are stored in the first safe 16 as described above.

Also, for example, the right of replanting is integrated into the collecting portion 18a of the third safe 18 through the distribution gates 39a, 39k, 39i, 39j.

In the case where the 1,000 yen ticket is empty (closed state) in the second safe 17, the withdrawal of the 1,000 yen ticket is not performed from the deposit and withdrawal device 1.

In this way, the 10,000 yen ticket is replenished from the fourth safe 19 to the first safe 16, so that the first safe 16 is filled with 10,000 yen bills. If 22 is empty, the withdrawal of bank notes from the first safe 16 is not performed as described above.

On the other hand, by replenishing 10,000 yen tickets from the 4th safe 19 to the 1st safe 16, when it becomes the 1st or 2nd close state (almost empty) in which there is hardly a banknote left in the 4th safe 19, The replenishment of 10,000 yen ticket is performed from the subsidiary safe 940 of the sub safe deposit unit 900 to the fourth safe 19.

As shown in FIG. 19, 10,000 yen tickets in the subsidiary safe deposit box 940 are taken out one by one by the take-out roller 944, and withdrawal and withdrawal unit 12 at the inlet Ra through the distribution gate 901 and the bank outlet ra. Banknotes delivered to the lower unit 14b of, for example, the lower unit 14b are transferred to the audit unit 36 through the distribution gates 39k, 39a, 39c, 39e.

At this time, the 10,000 yen ticket determined to be suitable for withdrawal by the auditing unit 36 while not overlapping with the bills from the subsidiary safe depository 940 is accumulated by the distribution gates 39a and 39b to the accumulation portion 301d of the fourth safe deposit box 19. ), The banknote inserted into and stored in the banknote storing section 23, and excluded, for example, by the auditing section 36, is passed through the distribution gates 39a, 39k, 39f, 39i, 39j to the third bank 18. Is integrated in the accumulation unit 18a.

If the 10,000 yen ticket in the subsidiary safe 940 is lost by supplementing the 10,000 yen ticket from the subsidiary safe 940 to the fourth safe 19, the 10,000 yen ticket set in the hopper 910 is taken out and the sub safe 940 Is housed in. That is, as shown in FIG. 20, the 10,000 yen ticket set in the hopper 910 is taken out one by one by the inlet roller 911 or the like and transferred to the auditor 920 through the transmission path r1. The amount of 10,000 yen determined by the instrument 920 is accumulated in the collecting section 942 of the sub-storage 940 via the transmission path r2 and the distribution gates 901 and 931, and then lowered by the flapper 943. Inserted and stored.

Also, as shown in FIG. 21, the banknotes excluded by the auditor 920 are transferred to the exclusion right accumulator 930 through the distribution gate 931 and accumulated.

As described above, the 10,000 yen ticket stored in the auxiliary safe 940 is transferred to the first safe 16 through the fourth safe 19 and then withdrawn from the first safe 16 and withdrawn to the user. That is, in this embodiment, 10,000 yen tickets are first withdrawn from the first safe deposit box 16, and withdrawal is made from the banknote storing portion 22 of the third safe box 18 when there is no 10,000 yen ticket from the first safe box 16. Is performed. In addition, the 10,000 yen ticket in the fourth safe 19 is replenished to the first safe 16 without a balance, and the 10,000 yen ticket is supplied to the fourth safe 19 from the sub safe 940 of the sub safe 900. 10,000 yen tickets in 910 are supplied to the subsidy box 940. The first safe is repeated by repeating the withdrawal from the first safe 16, the refilling operation from the fourth safe 19 to the first safe 16, and the replenishing operation from the sub safe 940 to the fourth safe 19. (16) and all 10,000 yen tickets stored in the banknote storage part 22 of the 3rd safe 18, the 4th safe 19, the hopper 910 and the sub safe 940 of the sub safe 900, respectively. It is supposed to withdraw money. Therefore, it is possible to withdraw a large amount of bills by one deposit and withdrawal device.

In addition, the transfer of bills from the safe to the safe is performed when the user is in a waiting state so that nothing interferes with the withdrawal and deposit processing of the bills. In the case of refilling the safe on the 12) side, the deposit and withdrawal control unit 151 is operated.

As mentioned above, the storage capacity of a banknote can be easily increased so that a banknote for a withdrawal may not run short. Therefore, even when the deposit and withdrawal device is operated unattended or on holiday, the shortage of withdrawal banknotes in short time can be solved the drawback that the withdrawal and withdrawal device can not continue to operate any more.

In addition, since the subsidy unit can be operated independently, it is possible to reduce the time required for reloading banknotes, such as automatic replenishment of the deposit and withdrawal unit by single operation to the safe.

In the above embodiment, the first safe 16 is used as the 10,000 yen safe and the second safe 17 is used as the 1,000 yen safe. For example, the first and second safes 16 and 17 may be supplemented with 10,000 yen tickets, or the first and second safes 16 and 17 may be used as 1,000 yen safes. It is also applicable to supplementing the 1,000 yen ticket to (16, 17), or handling the 5,000 yen ticket.

In addition, in the above embodiment, when supplementing the bill with the fourth safe 19 of the deposit and withdrawal unit 12, the auxiliary safe 900 is used as a storage safe for temporarily storing the bill, but may be used as follows. That is, as shown in FIG. 22, the amount of money is determined by the auditor 920 and the bills stored in the sub safe 940 are not stored in the fourth safe through the audit unit 36 of the deposit and withdrawal unit 12. It can be replenished to the banknote storing part 22 of the 1st safe 16 (or 2nd or 3rd safe | box 18) without making a change.

In addition, as shown in FIG. 23, the amount of money is determined by the auditor 920, and the banknotes stored in the sub safe 940 are transferred to the withdrawal and collection part 37 through the auditor 36, for example. Through the storage chamber 454, it is possible to dispense to the user from the cash in / out port 7.

In addition, as shown in FIG. 24, the first bank 16 (or the second and third banks 17) of the deposit and withdrawal unit 12 according to the discrimination result by the auditor 920 for the banknotes taken from the hopper 910 (17). It is possible to directly replenish the banknote storage unit 22 and the fourth safe 19 of 18, 18. Also, the banknotes blown from the hopper 910 may be transferred to the withdrawal and collection unit 37 through, for example, the audit unit 36. Therefore, it is possible to pay the user at the entry / exit 7 through the banknote storage chamber 454.

In addition, this invention can be variously modified and implemented within the range which does not deviate from the summary.

[Effects of the Invention]

As described above, according to the present invention, it is possible to provide an automatic trading device capable of continuously operating the trading device main body by eliminating the shortage of withdrawal banknotes for the trading device main body.

Claims (10)

A main body including a cabinet (2) provided with a banknote outlet through which bills are withdrawn, a means provided in the cabinet (2) for storing the bills, and a cabinet (2) installed in the cabinet (2) for bills to the banknote inlet and outlet; A first transfer means for transferring, a second transfer means installed in the cabinet 2 for transferring the bills to the storage means, and attached to the main body so as to provide a bill to the storage means in the cabinet 2; And an auxiliary device means composed of an auxiliary device capable of supplying bills to the second transport means while being functionally connected to the second transport means. The automatic transaction apparatus according to claim 1, wherein the auxiliary device means includes a sub safe deposit box for storing banknotes. The automatic trading device according to claim 2, wherein the auxiliary device includes a hopper for storing bills. 4. The automatic transaction apparatus according to claim 3, wherein the auxiliary device means includes first transmission means for transferring the banknote from the hopper to the auxiliary safe. 5. The apparatus according to claim 4, wherein the auxiliary device means includes a means for monitoring whether a banknote is suitable for withdrawal through the banknote entrance and exit of the main body, and the banknote discriminated by the auditing means is suitable for withdrawal. 1 Automatic transaction apparatus characterized in that the transmission to the subsidiary safe deposit means. 4. The automatic transaction apparatus according to claim 3, wherein the auxiliary device means includes a transfer means for transferring the banknote from the hopper to the second transfer means. The bank of claim 6, wherein the auxiliary device includes an auditing means for auditing whether a banknote is suitable for withdrawal through the banknote entrance and exit of the main body, and the banknote suitable for being withdrawn by the auditing means is determined as described above. And the second transaction means is transmitted to the second transfer means. The automatic transaction apparatus according to claim 1, further comprising means for selecting a case in which the main body and the auxiliary device means are functionally connected. A main body including a cabinet (2) provided with a banknote entrance and exit where banknotes are withdrawn, a means installed in the cabinet for storing the banknotes, means installed in the cabinet for transferring banknotes from the storing means to the banknote entrance and exit, First memory means for storing first data corresponding to the total amount of bills stored in the storing means, and auxiliary device means including a bill storage for storing bills attached to the main body to supply bills to the storing means in the cabinet; Second memory means for storing second data corresponding to the amount of banknotes stored in the sub safe, and when the sub safe is functionally connected to the main body, the first data and the second data are added. Automatic trading device comprising a means for obtaining the total amount of bills. A main body including a cabinet having a bank entrance and a bank in which banknotes are withdrawn and a means for storing the banknotes while being installed in the cabinet, and a first conveying means for transferring the banknotes installed in the cabinet to the banknote entrance and exit. Auxiliary means for supplying bills to the storage means provided in the cabinet of the main body, if attached to the main body, Means for detecting the presence of bills in the storage means of the main body to generate a signal if there is no bill And means for transferring the banknote of the auxiliary device means to the main body and withdrawing the banknote through a banknote entrance and exit in response to the signal.

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