JPS6017588A - Automatic currency transacter - Google Patents

Abstract

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

Description

[Detailed Description of the Invention] [Technical Field of the Invention] The present invention relates to an automatic currency transaction device that is installed, for example, at a bank branch, and automatically performs deposit and withdrawal operations for banknotes (banknotes) on behalf of bank employees. Regarding.

[Technical background of the invention and its problems]

This type of automated currency transaction device has been put into practical use in various ways as banking operations become more labor-saving.

However, in conventional automatic currency transaction devices, the depositing device that handles deposited banknotes and the dispensing device that handles banknotes to be withdrawn are almost separated. 1 is collected on the deposit side, and all funds are withdrawn from the withdrawal box at bank 91rJ.

For this reason, if all the banknotes stored in the withdrawal box are used up, withdrawal processing cannot be performed unless all new banknotes are refilled in the withdrawal box each time. One hot.

[Object of the invention] This invention was made based on the above circumstances,
The overall purpose is to provide an automatic currency transaction device which greatly reduces the number of times banknotes are replenished into a cash withdrawal box and is extremely useful for unmanned operation.

[Summary of the invention]

- In order to achieve the above object, the present invention utilizes deposited banknotes for withdrawal, and also makes the entrance and exit of the withdrawal section common both when receiving money to the withdrawal section and when taking out from the collection section. Particularly, it is possible to reduce the size of the Eri device 〇〇 [Embodiments of the Invention] The present invention will be explained in detail below using Examples θ Figures 1 to 8 show the automatic currency transaction device according to the present invention. FIG. 2 is a configuration diagram showing an example. 1. FIG. 1 is a diagram showing the external appearance of the automatic currency transaction device, in which an operation section 2 hollowed out in the shape of an abbreviated character is formed in the upper front surface of a casing 1. On the horizontal surface of the operation section 2, there is a deposit slot 3 into which a large number of banknotes to be deposited (deposited) can be inserted at once, an operator 1 old, and other information displayed on the screen using illustrations and text. CRT display section 4 that guides customers, this C11? , operation buttons 5 . . . which are arranged close to both sides of the T display section 4 and are used to display the meaning of the button on both sides of the CRT display depending on the step situation and to switch its function.
Amount keys 7 of , 10,000, 1 yen, etc. are arranged. Tota, an ID card (@ki card) with account information (PIN 9, account number, etc.) written on the vertical surface of the operation unit 2.
f: ID card entrance/exit 8 for insertion, slip details detection opening 9,
Passbook entrance/exit 1 (), common ticket collector 1 where banknotes to be paid by withdrawal operation are sent out through banknotes rejected at the time of deposit and banknotes returned in response to a cancellation request at the time of deposit.
”11 are arranged. Further, above the vertical surface of the operation unit 2, there is a handling item display area 12..., an item-in-handling display area 1
3 and an attendant call button 14 are arranged. The handling item display section 12... is designed to display the handling items such as "payment" and "deposit" by lighting up, and the handling of certain items has been stopped due to operating hours or machine malfunction. In such a case, one of the items will be turned off so that customers can see that. In addition, the in-service display section 13 displays ``in-service'' if one of the items handled is possible (2, and 0, which is a flag switching display that indicates ``discontinued'' if all items are not available). As shown in Fig. 1, the inside of the housing 1 accepts all ID cards inserted through the ID card entrance 8, reads the information recorded on the card, and after the transaction is completed, the card-1 ID card)'
Card reader to be discharged (returned) to 83 population 815. !
: Receives the passbook inserted into the passbook entry/exit 10, prints a transaction record on the passbook, and outputs the passbook to the passbook entry/exit 10.
An 11-character device 16 is housed therein, which outputs (returns) a slip statement with a printed transaction record to the slip statement exit 9 when the passbook is not inserted.

Furthermore, a depositing device 17 and a dispensing device 18 are housed within the housing 1, as shown in FIG. 2-j.

The deposit device 17 accepts banknotes P inserted into the deposit port 3.
The deposit port 3 is provided with a cover 3a, and is configured as shown in (7) below.
When the lid body 3a is opened, it is automatically driven open by a drive mechanism (not shown). The banknotes P input into the deposit slot 3 in bulk are stored in the deposit pocket 19 in an upright position, and as the take-in roller 20 rotates, the banknotes P at the forefront end are removed from the banknotes P. The banknotes P are taken in one by one via the note type discrimination detector 21.The banknotes P, which are taken out one by one as the intake port 20 rotates, are As shown in the figure, the guide plate 19a
, 19b and ノ (tuck-up board 19c) (1.-Q, last week) (tuck-up board 19c is connected to a command mechanism not shown). and the banknote Pe taking-in roller 2
0 side, and a feed roller 21) which is pivotally supported on the rotational direction side of the intake roller 20. a, J: m of this feed roller 20a.
Each banknote P guided between the separating plate 20b and the separating plate 20b disposed opposite to the all planes is placed in the conveyance path 2 until it is in an upright position.
2 and is transported to a direction changing section 23 located at the final end of the transport path 22 at 1.

The conveyor belt 22a and the conveyor belt 22b, which are stretched around a plurality of rollers in the conveyance path 22, are made to face each other and run endlessly. The conveyor belt 22a, the conveyor belt 22b, and the conveyor belt 1-2 are brought into contact with each other in configuration 1-. A part of the conveyance path 22 consisting of the conveyance belt I
The banknotes P arriving at all conveyances 1 to 1 on the conveyance path 22 are determined by the note type discrimination detector 2J as to whether they are 10,000 yen bills, 1,000 yen bills, or 5,000 yen bills. It is determined.

Then, based on the bill type discrimination signal outputted from the bill type discrimination detector 2I, the direction conversion unit 23, which will be described later, transports the bill to a conveyance path corresponding to each bill type. Ru. Incidentally, there may be fraudulent banknotes mixed in among the banknotes P stored in the deposit pocket 19, and even if such a fraudulent banknote is present, it will be detected by the note type discrimination detector 21 and the banknotes P stored in the deposit pocket 19 will It is positioned at the location C in the figure in the conversion unit 23, that is, the location where a 5,000 yen bill is positioned.

As the details are shown in FIG. 4, the direction changing unit 23 is configured to move the direction converter 23 to a location A where a 10,000 yen bill is positioned, a location B where a 1,000 yen bill is positioned, and a location C where a 5,000 yen bill is positioned. Next, conveyance paths 24A, 24B, and 24C are provided for once conveying the bills to a lower part in an upright position, and then changing the direction by about 90 degrees K and conveying them to a horizontal position. Each conveyance path 24A, 24B.

24C have almost the same configuration, and among these, the conveyance path 24A is described as follows: A pair of endless bells 24a and 24b are moved by the rotation of rollers so that their contact surfaces form an approximately "L" shape. 7. Among the rollers, the drive rollers 25, 25, which are positioned directly below the direction changing section 23 and provided on the insertion end side of the conveyance path 24A, each have a lever on its spindle 26, 26. One end of 27 is fitted, and a μ knurled roller 28 and a small pulley 28a are rotatably supported on the other end. 5(a), when the conveyance path 24A is driven.
, As shown in (b), the knurling rollers 28 on both sides of the bank note (10,000 yen note) P positioned in the direction changing unit 23 come into contact with each other, so that the bank note P
cL transport path 24A, and each transport path 24A, 24B, 24C shown in FIG.
First taking-in conveyance paths 30A, 30B, which hold banknotes Pffi and take them in and convey them to the rear of the casing 1;
30C (shown in Figure m2), and at the front end of the intake conveyance path 30C, as shown in A direction changing section 31 is provided where the bank note P is divided by a gate (not shown) that is opened 4 hours upon detection that the bank note P is not a 5,000 yen bill but a fraudulent note, and the fraudulent note is conveyed.

(7) Conveyance path 30A through which 10,000 yen bills are conveyed.

As shown in FIG. - It is guided to a time storage section 32. This temporary storage section 32 is connected to each transport path 30A, 30B.
, 10,000 yen bills, 9,000 yen bills, 5
From storage sections 32A, 32B, and 32C for storing thousand yen bills. The first temporary storage section 32 consisting of these storage sections 32A, 32B, and 32C is movably arranged facing the lockable door 33 (shown in FIG. 2) that opens and closes the rear surface of the housing 1. It is located above the deposit box 34, and in particular, when a transaction is approved by the user (customer) operating the operation button 5 in the storage section 32C, the bottom plate 35C
is moved in the direction of arrow a by a drive mechanism (not shown), and the bank note (5,000 yen bill) temporarily stored on top of it is deposited N34.
It falls into the bank and is stored together with the banknotes from the previous transaction that are already stored there. On the other hand, storage section 32A of temporary storage section 32
, 32B, the 10,000 yen bills and 1,000 yen bills are stored on the side panels 36A, 36B of each storage section 32A, 32B.
are successively opened as shown by two-dot chain lines by a drive mechanism (not shown), and the pack-assemblies 37A, 37B, which are provided opposite to each other on the side plates 36A, 36B, are fed out for the 11th time i'1 in the direction indicated by the arrow in the figure. ．． It has become so. And each storage section 32. A,, 32B, 3
A first return path 38A consisting of an endless belt stretched across a plurality of rollers in the banknote sending direction of banknotes 2C;
38B.

:(8C is provided, and the storage parts 32Ab and 3
The 10,000 yen bill and the 1,000 yen bill from 2B are each sent to the first return route 3.
A delivery space 51, which will be described later, is conveyed on 8A and 38B,
10,000 yen bills are accumulated in the temporary withdrawal section 39 via the collection conveyance path 54. As shown in FIG. It is composed of a cash section 39A and a cash dispensing section 39B located at the rear end of the collecting and conveying section 54B and stacking thousand yen bills. Both the dispensing units 39A and 39B have the same configuration. Of these, the dispensing unit 39A has a container 39a that collects banknotes conveyed from the collection conveyance path 54A. It has a movable bottom plate 39a' that moves up and down. A dispensing mechanism consisting of a friction roller 39R is installed near the end of the collection conveyance path 54A (-a dispensing mechanism consisting of a friction roller 39R is installed at a location facing the movable bottom plate 39a').
7. That's it. This friction roller 39R is connected to the container 39a.
The movable bottom plate 3 is driven when trying to take out banknotes accumulated on the
9a'f is raised, and the friction roller 39R is brought into rolling contact with the top banknote stacked on the movable bottom plate 39a' to take it out one by one.

In this way, by making the inlet for stacking and the outlet for taking out all common, the device can be made more compact.

In addition, when each banknote is stacked in a full state in each of the dispensing units 39A and 39B, the temporary storage unit 32
The 10,000 yen bills and 1,000 yen bills accumulated in the storage units 32A and 32B are not transported by the return paths 38A and 38B, respectively, and the bottom plates 35a and 35b of each storage unit 32A and 32B are By moving in the direction a shown in the figure, it falls into the deposit box 34 located at the lower part thereof, and is stored together with the already stored banknotes of the previous transaction.Meanwhile, the user's operation button If the transaction is not approved by the operation in step 5, the temporary storage unit 3
2 each storage section 32A, 32B, 32C (7) sof1 soi
, 0) When the side plates 36A, 36B, and 36C are sequentially opened as shown by two-dot chain lines, the side plates 36A are opened.

36B and 36C are installed facing each other.

The backup bodies 37A, 37B, and 37C75E are sent out in the direction indicated by the arrow in the figure. And the backup bodies 37A, 37B, 37
Banknote feeding direction of C, that is, side plates 36A, 36B, 36
The first return path 38A, 3 consists of an endless belt stretched through a plurality of rollers, respectively.
8B and 38C are provided. This first return path 38
A, 38B, 38C are the backup bodies 37A, 37
The bundles of banknotes (10,000 yen bills, 1,000 yen bills, and 5,000 yen bills, respectively) sent out by B and 37C are held and conveyed as they are.

Further, in the middle part of the return path 38C of the return path 38 of the IEI consisting of return paths 38A, 38B, and 38C, the bank note (fraudulent note) in the second direction changing section 31 is transferred to the return path 38C.
A second return path 31' consisting of a roller leading to the 8CK and an endless belt joins together.

Next, the dispensing device 18 will be explained. This dispenses banknotes of a specified amount through the numeric keypad 6 and the amount keys 7 to the ticket outlet 11. It is composed as follows. In the upper part of the housing 1 and near the door 33, there is a magazine case 4 as a deposit box.
Banknote storage box 41, 4 in which 0 is divided into two stages, for example.
2, each of which can be attached to and detached from the dispensing part ff118. A large number of 10,000 yen bills and 1,000 yen bills are stored in each of these storage boxes 41 and 42 in an upright position.

In addition, each storage box 41, 42 is provided with a cup plate 44.44 for pressing the banknotes P stored therein against a friction opening (described later). , this 1. The back amplifier board 44.4.4 seems to be driven by a spring (not shown).
Each storage box 41. ,．． 42 (bow 1, a friction opening for taking out a chained ticket that rotates in the direction of the arrow shown in the figure) - 43, 4
A withdrawal mechanism consisting of three components is provided, and the banknotes in the storage box 41, 42 are sequentially withdrawn one by one by means of these friction rollers 43, 43. A plurality of roller full valves (
,.

A take-out conveyance path 45 is provided, which is made of an endless belt stretched over the belt and whose starting end is divided into two parts, with the conveyance direction side being common. This take-out conveyance path 45 is for pinching and conveying banknotes taken out one by one by the friction rollers 43, 43 one by one. In the common conveyance section of this take-out conveyance path 48, a detector 4 consisting of a light source and a light receiving element detects banknotes being conveyed.
6 is provided. The terminal end of the take-out conveyance path 45 is branched, one of which is led to a second temporary storage section 47 near the ticket take-out port 11, and the other end is connected to a first recovery conveyance path 48. ing. A gate 49 is provided at the branching part of the take-out conveyance path 45 to sort out genuine banknotes and rejected banknotes. K so as to guide it to the first recovery conveyance path 48 . The terminal end of the first collection conveyance path 48 is connected to a rejected ticket storage 5 which is detachably provided in the lower part of the magazine case 40.
I am guided by 0.

Further, the second temporary storage section 47 and the first return path 3
A transfer space 51 (to be described later) at the terminal end of the transaction transport path 45 is connected to a delivery space 51 which joins the terminal end of the transaction conveyance path 45 and carries out banknotes that have been removed or canceled and returned at the time of deposit to the second temporary storage section 47. transport path 52 and the second temporary storage section 4
Banknotes left behind in 7 or the above wc by mistake when withdrawing money
A take-in path 53 for taking in banknotes into the delivery space 51 side when the rejected notes have been sent to the temporary storage section 47 of No. 2.
As shown in detail in FIG. 8, in the delivery space 51, a rotation path body 51a made of, for example, a cylindrical body is arranged at the center, and this rotation path body 51a For example, a path leading from the first return path 38 to the carry-out section 52 and the conveyance path 54 is provided, and the banknotes conveyed from the first return path 38 are transferred to the conveyance section 52.
Alternatively, banknotes can be guided to the conveyance path 54 and rotated by a predetermined angle to convey banknotes from the conveyance path 54 to the collection conveyance path 48 .

Further, below the first collection and conveyance path 48, there is a second collection and conveyance path which receives and conveys banknotes conveyed via the intake path 53 with its starting end facing the delivery space 51. 54 is formed. The terminal end of this second collection conveyance path 54 is conveyed from the middle part of the second collection conveyance path 54, which faces the collection warehouse 50 where banknotes left behind by customers are collected and accumulated. The first collection conveyance path 4 is used to store the collected banknotes in the collection warehouse 50 because the banknotes were sent to the second temporary storage section 47 by mistake when withdrawing money.
8, a converging conveyance path 55 is branched, and a gate 55' for selectively switching the conveyance direction is provided at this branch part.
is located.

A conveyance system 56 for conveying banknotes taken in from the second temporary storage section 47 is formed by the take-in path 53, the recovery conveyance path 54.degree. 48, the merge conveyance path 55, and the like.

゛Also, the second temporary storage section 47
Alternatively, it is formed between mutually opposing surfaces of a telescopic receiving belt 57 on which banknotes carried out from the carrying out path 52 are placed and a presser belt 58 stretched across from the receiving belt 57. Further, a first shutter 59 is provided at one end of the second temporary storage section 47, that is, at a position facing the end of the intake path 53, and a first shutter 59 is provided at the other end. A second shutter 60 is provided to open and close the ticket outlet 11.

57 &:j: Roller 61 located near the end of the take-in path 5; 3 and near the ticket take-out 1'' 11
．． 62 is stretched across A (-), and the roller 6J is connected to a motor (not shown) via a clutch, chain, etc.
It is configured to be able to rotate in the forward and reverse directions in conjunction with the drive shaft of the motor.

1, the presser belt 58 is stretched across rollers 65 and 66 provided at both ends of an arm 64 that is swingable about a support shaft 63 provided near the upper portion of the roller 61. A roller 65 provided as the center of rotation of the support shaft 63 is a gear pair (not shown), and the bearing is interlocked with a roller 61 supporting one end side of the belt 57. The arm 64 also has a motor 67'ff,
Arm actuating device 68 consisting of a crank mechanism as a driving source
Accordingly, the receiver is located at a position where a space sufficient to receive a large number of banknotes carried out from the take-out conveyance path 45 or the conveyance path 52 can be formed between the mutually opposing surfaces of the belt 57 and the presser belt 58 (see Fig. 2). solid line state), and presser foot bell) 58
The 'f-' is temporarily stored while being pressed to the extent that it deforms into the shape of the letter 'C'. Then, the banknotes in the second temporary storage section 47 are silently taken out [transmitted to the former 1] or taken into the take-in path 53. The shutter 59 normally closes the end of the intake path 53, and the belt 57 is connected to the pushing belt 5.
When deformed by the pressing force of 8, a gap is formed between this lower end surface and the receiving belt 57 through which the maximum amount of banknotes in the temporary storage section 47 can pass.

Further, an optical detector 70 is provided near the note takeout port 11 to detect when a banknote is removed.

Note that a drive motor 71 for the σ depositing device 17 and a driving motor 72 for the dispensing device 18 are provided within the housing l.

Next, the deposit and withdrawal operations in this simple configuration will be explained. First, when making a deposit, the user stands in front of the machine and can see the characters displayed on the CRT display section 4. At this time, the CRT display section 4 displays the guide text "Welcome, please press the button for the available items" and the available items, as well as a triangular mark displayed corresponding to the available items display section. It is designed to flicker to draw attention. [7] Therefore, the customer instructs the machine that he/she is making a deposit by pressing down on the operation button 5 (marked with a minus sign) in front of the area that says "Deposit". With the page open, insert it into the passbook entrance 10 and press the passbook button 5'f.
, After pressing down, ID card't ID card entry/exit 08 V
When the OID card to be inserted is inserted, the card reading device 15&j reads account information (PIN number 1 account number, etc.) from the ID card, and the printing device 16 accepts the passbook and sets it at the printing position. Next, the user opens the lid 3 of the deposit slot 3.
Since a is automatically opened, the bank note Pt to be deposited is
Deposit in bulk from 1 to 19 (deposit button). Then, when the lid 3a is closed, an elidoor switch (not shown) is turned on, and a part of the depositing device t17 and the dispensing device 18 start operating. That is, when the door switch is turned on, the take-in roller 20 rotates (7) and the deposit pocket 19 is turned on.
The banknotes P inside are conveyed one by one in a standing position through the conveyance path 22 shown in FIG. As a result of this determination, if it is a 10,000 yen bill, it will be placed at A in the direction conversion unit 23 VC, if it is a 1,000 yen bill, it will be placed at B, and if it is a 5,000 yen bill or a fraudulent note, it will be placed at t. At point C, each bank note P is moved by the direction changing unit 23, as shown in FIG. Transport bells I-24A and 24B are L” shaped.

Transported to 24C 71. As a result, the bank note, which had been in an upright position, is conveyed in a horizontal position.

Conveyed by the conveyor belts 24A, 2413, 24C,
The first intake conveyance path 30 shown in FIG.
A, 30B,: (by QC -1: Maha 2
．． Ichiriki yen bills are stored in the storage section 32 in the first temporary storage section 32
A, 1,000 yen bill - storage section 32B, 5,000 yen bill - storage section: 32C
are accumulated in each.

For example, fraudulent bills and the like transported by the transport bell 24C are accumulated in the second direction changing section 31 by a gate (not shown) that is controlled by a detection signal from the detector 21.

Then, all the banknotes that have been inserted will be imported.
The rejected tickets temporarily stored in the second direction changing section 31 are collectively returned to the second temporary storage section 47 via the first return path 38, the delivery space section 51, and the carry-out section 52. In the same way as when withdrawing money, the rejected ticket is sent out to the ticket outlet 11, and the total deposited amount is displayed on the CRT display section 4. The banknotes conveyed from the first return path 38 are guided to the discharge section 52 by stopping at a certain position.

Next, follow the guidance instructions of the user Fi [Yo (if it is 7, press the ward and press 1- if φ1 is wrong).
If possible, press the button all the way. Then, the bottom plate 35C of the storage section 32C in the first temporary storage section 32V7'' moves and the temporarily stored banknote (5,000 yen bill) is transferred to the deposit box 3.
After that, the backup body 37B of the storage section 32B moves and the banknotes (thousand yen bills) temporarily stored in the storage section 32B are transported to the first return route 38B, and then stored. The backup body 37A of the section 32A is moved and the banknotes (1) are temporarily stored in the storage section 32A.
1,000,000 yen bill) is transported to the first return path 38A.
Banknotes (thousand yen bills) were transported to the first return path 38B.
And the banknotes (10,000 yen bills) conveyed to the first return path 38A are transferred to the delivery space 5J1, the collection conveyance path 54, and then transferred to the 1,000 yen bill dispensing section 3 in the dispensing section 39 shown in FIG.
9B and 10,000 yen bill dispensing section 39A. Even in this case, the delivery space 51 has its rotation path 5.
1a stops at an appropriate position and guides the banknotes conveyed from the first return path 38 to the collection conveyance path 54. Meanwhile, the total deposited amount is memorized, the ID card is returned to the ID card entrance 8, and the printing device 1
6 operates to print the transaction record on a passbook or slip statement and return it to the passbook entrance/exit 10 and the slip statement 9. This completes all deposit transactions.

Nafu・When the total deposit amount is displayed, the displayed amount is [
If you are dissatisfied with 7 and wish to cancel the deposit,
When you press the figure button, each storage section 32C, 32B in the first temporary storage section 32.

When the side plates 36C, 36B, and 36A of 32A are sequentially moved, the backup bodies 37C, 37B opposite to each side plate are lost.
, 37A move sequentially in the direction of the arrow to remove the 5,000 yen bill in the first temporary storage section 32.

Thousand yen bills, 10,000 yen bills, each in a bundle, in first place.
Return route 38 (respectively 38C, 38B).

38A). The banknotes of different denominations sent to the first return path 38 are sent (returned) to the ticket collector 11 via the delivery space 51, the carry-out path 52, and the second temporary storage section 47. The information memorized at this time (is cleared,
The card and passbook inserted into card reading device #15 and printing device 16 will be returned, respectively.

Next, to explain the case of withdrawal (payment), first, the user presses the operation button 5 placed with a [-] in the same way as when making a deposit.
! : to specify to the machine that it is a withdrawal.

Next, after inserting the ID card, enter your own PIN using the numeric keypad 6. If the PIN from the OID card and the input PIN match, the CRT display section 4 will prompt you to insert a passbook. , insert the passbook into the passbook entrance 10 and press the passbook button 5. L instructions for inputting the withdrawal amount (payment request amount) will be displayed on the CRT display 4. Here, the user inputs the requested payment amount via the numeric keypad 6 and amount key 7, and the amount is displayed. If the user cannot approve the displayed amount, press the button.

0 When the Zuru L dispensing device 18 starts operating, the 10,000 yen bill dispensing section 39A and the 1,000 yen bill dispensing section 39B in the dispensing section 39 shown in FIG. (For example, in the case of the dispensing section 39A, the bottom plate 39a'
) rises (~in each bundle of 10,000 yen bills and 1,000 yen bills accumulated on the top surface of each bottom plate, the most two banknotes are removed from the friction roller (for example, 39R in the case of the dispensing section 39A). The banknotes are sent to the conveyance path 54 as the withdrawal mechanism selectively rotates.
The weight determination and the number of passed bills are determined, and the total withdrawal amount is calculated, and genuine bills are transferred to the delivery space 5.
1. The materials are accumulated in the second temporary storage section 47 via the unloading path 52.

In addition, if there is a weight to be paid, the friction roller (for example, the dispensing section 39
In the case of A, the withdrawal operation by the withdrawal mechanism consisting of 39R) is stopped and the rejected ticket is transferred to the delivery section 51.
．． It is guided to the collection conveyance path 48 side and discharged to the rejected ticket storage 50 (accumulated at 7. In this case, the delivery space 51 stops at an appropriate position with its rotation path 518.
The banknotes conveyed from 4 are guided to the recovery conveyance path 48. When the collection of the rejected banknotes is completed, a command to start the withdrawal operation is issued again. In Part 1-, when the total withdrawal amount and the requested payment amount match, the withdrawal operation by the withdrawal mechanism consisting of a friction roller (for example, 39R in the case of the withdrawal section 39 A 01) is stopped, and the withdrawal operation is stopped at the second moment. The banknotes in the storage section 47 will be delivered to the note takeout port 11.

However, if the banknotes accumulated in the dispensing section 39 are transferred to the friction rollers (for example, in the case of the dispensing section 39A,
9R) or is not accumulated when the dispensing device 18 starts operating,
Friction rollers 43, 43 in banknote storage box 41, 42
A withdrawal mechanism consisting of a banknote withdrawal mechanism selectively rotates and sequentially withdraws banknotes one by one according to the designated amount of all banknotes in the banknote storage boxes 41 and 42. These banknotes are conveyed by the take-out conveyance path 45, and a detector 46 disposed in the common conveyance part determines the weight and the number of passed banknotes, and calculates the total withdrawal amount. The materials are accumulated in the second temporary storage section 47 by rotating a gate 49 provided therein.

In addition, if there is heavy lifting, the removal operation by the friction rollers 43, 43 is stopped and the gate 4 is
9 rotates to guide the rejected ticket to the first collection conveyance path 48 side, discharge it into the collection warehouse 50, and accumulate it. When the collection of exclusion tickets is completed, a command to start the withdrawal operation is issued again.

In this case as well, when the total withdrawal amount and the requested payment amount match, the withdrawal operation by the withdrawal mechanism consisting of friction rollers 43 and 43 stops, and [-1 second temporary storage section 47
The banknotes inside will be delivered to the note takeout port 11.

Note that during the operation of dispensing banknotes to the second temporary storage section 47, the receiving belt 57 and the presser belt 58 are rotating in the direction of pushing back the sent banknotes, so that the banknotes are not stored inside the second temporary storage section 47. The banknotes sent out are neatly accumulated on the receiving belt 57 with their rear end surfaces in contact with the shutter 54 of @1.

When the banknote sending operation to the second temporary storage section 47 is completed in this way, the arm actuating device 63 of the sending and taking-in mechanism 69 operates, and the presser belt 5B is rotated and deflected by using the entire support shaft 63 as a fulcrum. Then, the bank note is held between the receiving belt 57, presser belt 58, and K. At this time, when the shutter operating mechanism operates to lower the second shutter 60 and open the winding outlet 11, a clutch (not shown) is turned on and rotates in the forward direction [
The driving force of the motor 2 is transmitted to the roller 62, and a pair of gears (not shown) moves the receiving belt 57 and the presser belt 58 in the forward direction, that is, in the direction of fully conveying the banknote to the winding outlet ll side.
Rotate synchronously through. Next, when a certain period of time has elapsed since the leading edge of the bank note was detected by the first optical detector 70, the clutch is turned off and feeding is stopped. At this time,
The tip of the bank note protrudes outside the housing 1 through the note ejection opening 11, and since the clutch is off, the person receiving the bank note only has to grasp the protruding part to take it out.

Next, the optical detector 70 detects whether the bank note has been pulled out or not.
When detected, the arm actuation mechanism 68 operates and the presser belt 58 rotates in the direction away from the receiver A. PIN number.

(account number, etc.) and payment amount are memorized.
The ID card is returned to the D card entrance 8, and
Transaction records are printed on the passbook and the passbook is returned to the passbook entrance/exit 10. Therefore, the user receives the bank note from the ticket outlet 11, as well as the ID card and passbook, thereby completing the transaction. As shown in FIG. 9, which shows the progress of the movement of banknotes, the bundle of banknotes deposited from the deposit slot 3 is subjected to seven banknote type determination detectors 21 to determine the type of banknote, and then stored in the temporary storage unit 32. 32A holds 10,000 yen bills, storage section 32B holds 1,000 yen bills, and storage section 32C
5,000 yen bills are kept in the store. The 10,000 yen bills are transported to the dispensing section 39A, and the 1,000 yen bills are transported to the dispensing section 39BK, where they are accumulated. When dispensing money, the 10,000 yen bills and 1,000 yen bills accumulated in the dispensing section 39'A and the dispensing $39B, respectively, are taken out one by one and ejected from the ticket outlet 11. When all the banknotes crushed in the cashout units 39A and 39B have been used for withdrawal and are no longer available for withdrawal from the cashout box consisting of storage boxes 41 and 42 in which banknotes are stored in advance, Therefore, as long as there are deposits, banknotes are always accumulated in the withdrawal sections 39A and 39B, so the decrease in banknotes stored in the withdrawal box consisting of storages 941 and 42 is reduced, and The total number of times banknotes must be replenished can be greatly reduced. Therefore, it can be made extremely useful for unmanned operation.

In addition, the automatic currency transaction device configured in this manner stores the deposited banknotes separately for each denomination in the withdrawal section 39, so that the banknotes cannot be transferred at the time of withdrawal operation. There is no need for a discriminator to perform the separating operation.1 In the embodiment described above, the deposit box 34 is provided, and the deposit box 34 is full of deposited 5,000 yen bills or the dispensing section 39. 10,000 yen bills and 1,000 yen bills are collected, but the above-mentioned dispensing section 39 is further provided with a dispensing section for collecting 5,000 yen bills, and the accumulation capacity of each bill is increased. By configuring it to be larger,
The safe 34 may be made unnecessary.

As is clear from the above explanation, according to the automatic currency transaction device according to the present invention, the deposited banknotes are used for withdrawals, which greatly reduces the number of times banknotes are replenished into the withdrawal box. This can be particularly useful in unmanned operations. Furthermore, since the inlet and outlet for banknotes to the dispensing section are shared, the device can be made more compact.

[Brief explanation of drawings]

FIG. 1 is an external view showing an embodiment of an automatic currency transaction device according to the present invention, FIG. 2 is a sectional view of FIG. 1, and FIG. 3 is a perspective view showing an embodiment of a bill type discrimination detector. FIG. 4 is a perspective view showing an embodiment of a direction changing section for conveying banknotes, FIG. 5 is an explanatory diagram showing the action of the direction changing section, and FIG. 6 is a perspective view showing an embodiment of a temporary storage section. FIG. 7 is a perspective view showing an embodiment of the temporary withdrawal section, FIG. 8 is an explanatory diagram showing an embodiment of the delivery space, and FIG. 9 is an explanatory diagram showing the progress of banknote movement. 3... Deposit port, 11... Winding outlet, 21... Ticket type discrimination detector, 32... Temporary storage section, 34... Deposit b
it. 39... Withdrawal department, 41.42... Withdrawal box, 46...
・Detector, 50... Collection warehouse. Agent Patent attorney Noriyuki Chika (and 1 other person) Figure 7 -614- Figure 8

Claims (1)

[Claims] Stores banknotes deposited from the deposit port (7. The banknotes are used for withdrawals, and there is a withdrawal section that stores and stores banknotes deposited during deposit transactions, and a withdrawal section that stores banknotes deposited during withdrawal transactions. An automated currency transaction device comprising a take-out mechanism for taking out banknotes one by one from a pay-out section, and a common entrance and exit for storing and taking out banknotes from the pay-out section.