KR200389004Y1 - Apparatus of drawing bills in a cash transaction machine - Google Patents

Abstract

The withdrawal device of the automatic teller machine comprises: storage means for storing paper media, stack means for stacking paper media delivered from the storage means, withdrawal means for providing a stack of paper media delivered from the stack means to a customer, storage means A first conveying means for conveying the paper medium from the stacking means to the stacking means, a second transporting means for transporting the stack of paper media from the stacking means to the withdrawal means, and a stack of paper media in the stacking means; And a stack transport means for moving in a path defined by the second transport means. Since the paths defined by the first and second conveying means are separated, respectively, rapid conveyance of the paper medium is possible, and the structure for conveying the paper medium and the paper medium stack can be distinguished to prevent the failure of the apparatus.

Description

Withdrawal device of financial automation equipment {APPARATUS OF DRAWING BILLS IN A CASH TRANSACTION MACHINE}

The present invention relates to a Cash Transaction Machine. More specifically, the present invention relates to a withdrawal device that can quickly withdraw paper media such as bills, checks, gift certificates, tickets in the automated teller machine without jam.

The automated teller machine is an automated device that can assist basic financial services, such as deposit or withdrawal, regardless of place and time with respect to financial services. The automated teller machine can be divided into cash dispenser and cash dispenser according to the withdrawal and withdrawal. Recently, it has been used for cash withdrawal, check deposit and withdrawal, bankbook payment, payment of giro fee, ticket release.

Currently, the use of financial automation equipment is gradually increasing in banks and other financial institutions, and as the use of financial automation equipment becomes more convenient, customers are increasingly using the financial automation equipment. As the number of times of using automated teller machines increases, the amount of financial transactions used every time also increases. As the amount of money traded through the automated teller machine increases, several cashes are deposited or withdrawn, and as multiple sheets of cash are used, unintentional occurrences often occur within the automated teller machine due to movement or location interference between the cash. There is a number.

1 is a perspective view of a conventional automatic teller machine.

Referring to Figure 1, the automated teller machine is a device for depositing and withdrawing cash or check, in one housing a number of differently divided into functional units, such as magnetic card reading module, bankbook organizer module, user interface module, banknote deposit and withdrawal module The module is installed.

In the automated teller machine, the magnetic card reading module is exposed to the outside through the card input unit 10, and the user interface module is exposed to the outside through the display screen 20 or the key input unit 25.

In addition, the bill withdrawal module is exposed to the outside through the cash discharge unit (30). The cash discharge unit 30 shown in FIG. 1 is based on a direct discharging method. After the cash of the amount already requested in the bank withdrawal module is prepared, the cash is provided in a stack unit in the cash discharge unit 30. do. However, since a cash cassette that stores cash provides cash only in sheets, a process of temporarily loading cash is required to provide cash in a stack unit in the bank withdrawal module. For this purpose, the bank withdrawal module may include a temporary stacking section.

2 is a block diagram illustrating a temporary stack unit in a conventional withdrawal module.

Referring to FIG. 2, the conventional withdrawal module includes a cash cassette 40, a transfer unit 50, a cash detection sensor 60, a recovery unit 70, and a temporary stack unit 80. The cash is discharged from the cash cassette 40 and moved along the transfer unit 50. The cash is loaded in the temporary stack unit 80 by a predetermined amount and then transferred to the withdrawal unit 30 according to normal transaction authentication.

Cash is withdrawn from the cash cassette 40 one by one, and the withdrawn cash is transferred to the temporary stack unit 80 along the transfer unit 50. During the transfer to the temporary stack unit 80, the cash passes through the cash detection sensor 60, the cash detection sensor 60, whether or not the double sheet of cash passing through, the damage of the bill, the authenticity of the bill of paper, Forgery can be detected. When the medium passing in this way is unable to make a normal transaction, the recovery piece 72 may be operated to switch the transfer path of the cash, and the converted cash is stored in the recovery part 70 to be temporarily stacked 80. Can't enter

When the cash of the amount requested by the customer is loaded in the temporary stack unit 80, the transfer unit 50 may operate in reverse to transfer the cash loaded in the temporary stack unit 80 to the withdrawal unit 30 at a time. The customer may receive the amount of money exposed through the withdrawal unit 30.

However, in the conventional withdrawal module, since the transfer unit 50 operates opposite to each other about the temporary stack unit 80, an accident such as jam may occur frequently. For example, as shown in FIG. 2, cash may remain in the portion 52 of the transfer unit 50 adjacent to the temporary stack unit 80 during the transfer, and the temporary stack unit 80 in the state where the cash remains. Transferring a stack of cash) may cause the remaining cash to interfere with the cash stack and cause jams. Even if the jam does not occur, the remaining cash may be withdrawn with the cash stack of the next transaction, which is still a problem. In addition, the withdrawal of the cash stack may be interrupted at the intersection 54 of the transfer unit 50, jams may occur on the transfer unit 50 even by a small interference, and the jam occurs frequently at this point 54 have.

The present invention is to solve the above problems, an object of the present invention is to provide a withdrawal device that can safely transport paper media, such as cash, in a cash machine (Cash Transaction Machine) without jam.

Another object of the present invention is to provide a withdrawal device that can simply maintain the operating mechanism by simply maintaining the conveyance path of the paper medium.

According to the present invention for achieving the above object of the present invention, the withdrawal device of the automated teller machine includes a first transfer means and a second transfer means separated from each other, defined by the first transfer means and the second transfer means Each transport path may be spaced apart by a predetermined interval and may be physically completely separated. However, the stack means may move between the first transfer means and the second transfer means, and may function as a temporary stacking section or a part of the transfer path of the second transfer means. For example, the stack means may be located at the end of the first transport means to receive sheet media from the storage means one by one. When the requested amount of paper medium is loaded, the stack means can move to the second conveying means to position the stack of paper medium on the conveying path of the second conveying means, and the second conveying means then starts to operate The paper media stack can be transferred to the withdrawal unit.

The transport paths defined by the first transport means and the second transport means are each separated. Therefore, the first conveying means only functions to convey the paper medium from the storage means to the stacking means, and does not back because it only travels in one direction, and a failure such as jam may occur relatively less. The second conveying means also functions to convey the paper media stack conveyed by the stack means to the withdrawal portion, and generally travels in only one direction. In other words, the first and second transfer means can be physically separated from each other to perform a simple and stable operation.

Also, by separating the first and second transfer means, the withdrawal device can be easily switched to a front insertion or rear insertion method. Generally cassettes are used for the storage and mounting of paper media. The withdrawal device in which the cassette is inserted in the same direction as the withdrawal part may be referred to as the front mounting method. When the front side of the automated teller machine is opened and closed, the withdrawal device with the withdrawal part and the cassette mounting position in front is used. do. However, the withdrawal device in which the cassette is inserted is opposite to the direction of the withdrawal part may be referred to as a rear mounting method. When the rear side of the automatic teller machine is opened and closed, a withdrawal device having a rear mounting method is used. Although the position where the cassette is mounted in the withdrawal device according to the present invention is fixed, the position of the withdrawal portion can be changed by switching the rotation direction of the second transfer means. This is possible because the first conveying means is separated from the second conveying means, and the switching process can also be performed very simply.

Here, the withdrawal device is a device including a withdrawal function, and both the withdrawal module and the withdrawal module may be understood as withdrawal device. In addition, the paper medium handled by the withdrawal device is a sheet shape having a certain value, such as a bill, a check, a gift certificate, a ticket, etc., and the material is made of a material that can replace the paper, such as a plastic thin film. Can be.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, but the present invention is not limited or limited by the embodiments.

3 is a block diagram for explaining the withdrawal device of the automatic teller machine according to an embodiment of the present invention, Figure 4 is a block diagram for explaining the operation mechanism of the withdrawal device shown in FIG.

Referring to FIG. 3, the withdrawal device 100 according to the present embodiment may include a cash cassette 110, a first transfer device 120, a temporary stack unit 130, a second transfer device 160, and a withdrawal unit 170. ). The withdrawal device 100 includes two cash cassettes 110, and one of the two cash cassettes 110 may be selected to withdraw cash as necessary. Cash withdrawn from the cash cassette 110 in a sheet unit is transferred by the first transfer device 120 and is stacked in a single unit in the temporary stack unit 130. When a predetermined amount of cash is loaded in the temporary stack unit 130, the temporary stack unit 130 moves to the second transfer unit 160, and the cash stack is transferred on the transfer path defined by the second transfer unit 160. Located in the can be transferred to the withdrawal unit 170.

One or two or more cash cassettes 110 are loaded in the withdrawal device 100, and the cash loaded corresponding to the rotation of the pickup roller 112 may be discharged one by one. Cash discharged from the withdrawal device 100 is transferred to the temporary stack unit 130 by the first transfer device 120, but is not transferred to the temporary stack unit 130 when it is determined as a double sheet or a counterfeit bill. It may not be stored in the first recovery box 140. At this time, the recovery piece 142 is mounted adjacent to the first collection box 140, the recovery piece 142 can be rotated by a drive device such as a solenoid to switch the transfer path of cash.

On the stack support of the temporary stack unit 130, the cash transferred from the cash cassette 110 is stacked one by one. When a predetermined amount is loaded, the transfer of the cash of the first transfer device 120 may be stopped, and the temporary stack unit 130 supporting the cash stack may include a second transfer device (not shown) by a stack transfer member (not shown). 160).

Referring to FIG. 4, the temporary stack unit 130 is moved so that the top surface of the stack support is positioned on the transport path of the second transport device 160, and thus a part of the transport path defined by the second transport device 160. Can be

After the temporary stack unit 130 is transferred to the second transfer unit 160, the second transfer unit 160 starts operation to transfer the cash stack on the temporary stack unit 130 to the withdrawal unit 170. do. In the second transfer device 160, the cash is transferred in units of stacks, and in the withdrawal unit 170, the cash stack is partially held in the second transfer device 160. When the cash stack is exposed from the withdrawal unit 170, the customer may receive the requested amount. As shown by the imaginary line, the second transfer device 160 may include second circulation transfer belts 162 to 166 disposed up and down around the transfer path, and include a second circulation transfer belt located below. Between the 164 and 166 may be spaced apart by the length of the temporary stack 130, the temporary stack 130 may enter.

If the customer does not receive the cash of the withdrawal unit 170, the second transfer device 160 may operate in the opposite direction to recover the cash not received. In fact, the cash stack may be held in the withdrawal unit 170 for a predetermined time limit, and when the time limit passes, the second transfer device 160 operates in the opposite direction to recover the second unreceived cash ( 180) can be recovered.

As described with reference to FIGS. 3 and 4, the respective transport paths defined by the first transport device 120 and the second transport device 160 are separated from each other and may operate independently. Therefore, the first transfer device 120 functions to transfer cash from the cash cassette 110 to the temporary stack unit 130 in sheets, and does not perform backing. In addition, the second transfer device 160 functions to transfer the cash transferred on the transfer path by the temporary stack unit 130 in stack units, and may operate independently of the first transfer device 120. . Although the second conveying device 160 may be reversed, this is an exception for recovering unreceived cash or cash remaining in the second conveying device 160.

5 is a block diagram for explaining the withdrawal device of the automatic teller machine according to an embodiment of the present invention.

Referring to FIG. 5, the withdrawal device 200 according to the present embodiment may include a cash cassette 210, a first transfer device 220, a temporary stack unit 230, a first collection box 240, and a stack transfer member ( 250, a second transfer device 260, a withdrawal part 270, and a second recovery box 280. The withdrawal apparatus 200 may withdraw cash by selecting one of the cash cassettes 210. Cash withdrawn from the cash cassette 210 in units of sheets is transferred by the first transfer device 220 and is stacked in units of sheets in the temporary stack unit 230. When a predetermined amount of cash is loaded on the temporary stack unit 230, the temporary stack unit 230 is moved to the second transfer unit 260 by the stack transfer member 250, and the cash stack is transferred to the second transfer unit 260. It can be transferred to the withdrawal unit 270 is located on the transport path defined by).

One or two or more cash cassettes 210 are loaded in the withdrawal device 200, and the cash loaded corresponding to the rotation of the pickup roller 212 may be discharged one by one. Cash discharged from the withdrawal device 200 is moved to the temporary stack unit 230 by the first transfer device 220, the first transfer device 220 is a plurality of first circular transfer belts for transferring cash (221-225). The first circular transfer belts 221 to 225 are disposed to face each other to provide a first path I for transferring cash. Therefore, the sheet of cash withdrawn from the cash cassette 210 moves along the first path I provided between the first circular transfer belts 221 to 225 and is transferred to the temporary stack unit 230.

While the cash is transferred from the cash cassette 210 to the temporary stack unit 230, the cash passes through the cash detection sensor, and the withdrawal device 200 can determine whether the transfer is forfeited, forged or not, and the authenticity of the paper. . If it is determined as a double sheet or a counterfeit bill or the like, the corresponding cash may not be transferred to the temporary stack unit 230 and may be stored separately in the first collection box 240. At this time, the recovery piece 242 is mounted adjacent to the first collection box 240, the recovery piece 242 can be rotated by a drive such as a solenoid to switch the transfer path of cash.

The cash transferred from the cash cassette 210 is stacked one by one on the stack support of the temporary stack unit 230, and when a predetermined amount is loaded, the first transfer device 220 may stop the transfer of the cash. The temporary stack unit 230 includes a stack transfer belt 232, and the cash transferred from the first transfer apparatus 220 is positioned on the stack transfer belt 232. The temporary stack unit 230 supporting the cash stack is transferred to the second transfer device 260 by the stack transfer member 250.

The stack transfer member 250 may include a stack driver 252 and a stack lifter 254. The stack driving unit 252 is an electric motor and can adjust an operation and rotation direction according to a current characteristic, and the stack lift unit 254 receives power from the stack driving unit 252 to move the temporary stack unit 230 to the first transfer device. It is possible to transfer between the 230 and the second transfer device 260. The stack lifter 254 may be connected to the temporary stacker 230 to allow the temporary stacker 230 to move along a predetermined path. To this end, the stack lifter 254 may use a belt or a cylinder device, and as shown in the drawing, the rotation of the stack driver 252 is reciprocated by the temporary stack unit 230 using a rotating member having a cam surface. Can be switched easily.

The temporary stack unit 230 moves so that the top surface of the stack support is positioned on the transfer path of the second transfer device 260, and the top surface of the stack transfer belt 232 is positioned to substantially coincide with the second path II. . When the temporary stack unit 230 is moved to the second transfer device 260, rollers and shafts at both ends via the stack transfer belt 232 are functionally connected to a driving unit (not shown) of the second transfer device 260. In addition to the operation of the second transfer device 260, the stack transfer belt 232 may also operate as part of the second path II.

After the temporary stack unit 230 is transferred to the second transfer unit 260, the second transfer unit 260 starts operation to transfer the cash stack on the temporary stack unit 230 to the withdrawal unit 270. do. In the second transfer device 260, cash is transferred in stack units, and in the withdrawal unit 270, the cash stack is partially held in the second transfer device 260. When the cash stack is exposed from the withdrawal unit 270, the customer may receive the requested amount. The second transfer device 260 includes second circular transfer belts 262 to 266 disposed up and down about the second path II, and between the second circular transfer belts 264 and 266 located below. The temporary stack unit 230 may enter by being spaced about the length of the temporary stack unit 230.

If the customer does not receive the cash of the withdrawal unit 270, the second transfer device 260 may operate in the opposite direction to recover the unreceived cash. In fact, the cash stack may be held in the withdrawal unit 270 for a predetermined time limit, and when the time limit elapses, the second transfer device 260 operates in the opposite direction to collect the second uncollected cash ( 280).

6 is a configuration diagram for explaining the withdrawal device of the automatic teller machine according to an embodiment of the present invention, Figure 7 is a configuration diagram for explaining the operation mechanism of the withdrawal device shown in FIG.

Referring to FIG. 6, the withdrawal device 300 according to the present embodiment includes a cash cassette 310, a first transfer device 320, a temporary stack part 330, a first collection box, a stack transfer member 350, The second transfer device 360, the withdrawal unit 370 and the second collection box 380. The withdrawal device 300 may withdraw cash by selecting one of the cash cassettes 310. Cash withdrawn from the cash cassette 310 in units of sheets is transferred by the first transfer device 320 and is stacked in units of sheets in the temporary stack unit 330. The temporary stack part 330 is moved to the second transfer device 360 by the stack transfer member 350, and the cash stack is located on the transfer path defined by the second transfer device 360. 370 may be transferred.

Cash is discharged from the cash cassette 310 in response to the rotation of the pickup roller 312, and the discharged cash is transferred to the temporary stack unit 330 by the first transfer device 320. The first transfer device 320 includes a plurality of first circular transfer belts 321 to 324 for transferring cash. The first circular transfer belts 321 ˜ 324 are disposed to face each other to provide a first path I for transferring cash. Therefore, the sheet of cash withdrawn from the cash cassette 310 moves along the first path I provided between the first circular transfer belts 321 to 324, and the cash detection sensor or the first collection box (not shown). It is transferred to the temporary stack portion 330 via the ().

The temporary stack unit 330 includes a stack transfer belt 332, and the cash transferred from the first transfer device 320 is positioned on the stack transfer belt 332. One stack of cash is transferred on the stack transfer belt 332 of the temporary stack unit 330, and the temporary stack unit 330 supporting the cash stack is stacked on the second transfer device 360 by the stack transfer member 350. Is transferred to).

The stack transfer member 350 includes a stack driver 352 and a stack lift 354. The stack lifting unit 354 may be connected to interlock with the temporary stack unit 330 to move the temporary stack unit 330 along a predetermined path, and the stack driving unit 352 may be formed using a rotating member having a cam surface. The rotation can be easily switched to the reciprocating motion of the temporary stack portion 330. That is, a part of the temporary stack 330 may move along the cam surface of the rotating member, and the temporary stack 330 may move up and down in response to the rotation of the rotating member.

In addition, a second recovery box 380 is provided adjacent to the temporary stack 330. The upper surface of the second collection box 380 mounted on the withdrawal device is open, and the opening of the second collection box 380 may be selectively opened and closed according to the movement of the moving cover 382. Accordingly, if the cover 382 covers the second collection box 380, the cash stack can safely move to the withdrawal unit 370, but the moving cover 382 covers the opened upper surface of the second collection box 380. When opened, cash and the like that pass through the second collection box 380 may be collected. If the customer does not receive the cash, it is necessary to recover the cash from the withdrawal unit 370 again. If a sudden power outage or some cash is missed during the iso, the cash may remain on the second path (II). Can be. At this time, the withdrawal device 300 may remove the cash on the second path (II) by using the second transfer device 360 and the second collection box (380).

As illustrated in FIG. 6, a temporary stack 330 is disposed at an end of the first transport device 320, and cash is sequentially stacked on the stack support. The moving cover 382 covers the upper portion of the temporary stack 330, and the second recovery box 380 maintains an open state.

Referring to FIG. 7, as the rotary member of the stack lifting unit 354 rotates in the counterclockwise direction, the temporary stack unit 330 rises to approach the second transfer device 360, and the movement cover 382 rotates. The upper surface of the second collection box 380 may be covered while moving together with the guide 384 interlocking with the member. As the moving cover 382 moves over the second collection box 380, the temporary stack part 330 may be in close contact with the second transfer device 360, and the temporary stack part 330 and the moving cover 382 may move in a second manner. It can function as part of the transfer device 360. The top surface of the stack transfer belt 332 is positioned to substantially coincide with the second path II, and the circulation transfer belt of the movement cover 382 is also positioned on the second path II. As mentioned above, the rollers and shafts at both ends via the stack transfer belt 332 when the temporary stack portion 330 is moved to the second transfer device 360 are driven by the second transfer device 360. Is functionally connected to

After the temporary stack unit 330 is transferred to the second transfer unit 360, the second transfer unit 360 starts operation to transfer the cash stack on the temporary stack unit 330 to the withdrawal unit 370. can do. In the second transfer device 360, the cash is transferred in stack units, and in the withdrawal unit 370, the cash stack is partially held in the second transfer device 360. If the customer does not receive the cash of the withdrawal unit 370, the second transfer device 360 may operate in the opposite direction to recover the unreceived cash.

However, before that, the rotary member of the stack lifting unit 354 rotates clockwise to move the temporary stack 330 downward, and the moving cover 382 moves along the second path II to recover the second number. The upper surface of the box 380 is opened. After the second collection box 380 is opened, the second transfer device 360 may rotate to receive cash, and the received cash may be stored in the second collection box 380.

8 is a configuration diagram illustrating the withdrawal device of FIG. 6.

Referring to FIG. 8, the withdrawal device 300 according to the present embodiment is very easy to switch between the front mounting method and the rear mounting method because the first transfer device 320 and the second transfer device 360 are separated. . Specifically, the second transfer device 360 further includes a withdrawal extension 368 mounted adjacent to the withdrawal part 370, and the withdrawal extension 368 may be selectively mounted at the front or rear end of the withdrawal device. have. It is possible to switch the front mounting method or the rear mounting method by changing the driving direction of the second transfer device 360 without the withdrawal extension 368, but a holding structure that can easily hold cash in the withdrawal extension 368, etc. The cash withdrawal function can be specialized. The withdrawal extension 368 also works in conjunction with the second circulation conveyance belts, for this purpose it can provide a power transmission structure that is symmetrical with each other on the front and rear top of the withdrawal device.

The withdrawal device of the present invention separates the first and second transfer devices from each other and can operate independently. The first transfer device functions to transfer cash from the cash cassette to the temporary stack unit in sheets, and since jamming is not performed, jams are less likely to occur. In addition, the second transfer device functions to transfer the cash transferred on the transfer path by the temporary stack unit in stack units, and may operate independently of the first transfer device.

Therefore, the withdrawal device of the present invention can facilitate switching to the front mounting or rear mounting, there is an advantage that can be mounted on a variety of devices using one model.

As described above, the present invention has been described with reference to a preferred embodiment of the present invention, but those skilled in the art various modifications and changes of the present invention without departing from the spirit and scope of the present invention described in the claims below I can understand that you can.

1 is a perspective view of a conventional automatic teller machine.

2 is a block diagram illustrating a temporary stack unit in a conventional withdrawal module.

3 is a block diagram for explaining the withdrawal device of the automatic teller machine according to an embodiment of the present invention.

4 is a configuration diagram for explaining an operation mechanism of the withdrawal device shown in FIG.

5 is a block diagram for explaining the withdrawal device of the automatic teller machine according to an embodiment of the present invention.

6 is a block diagram for explaining the withdrawal device of the automatic teller machine according to an embodiment of the present invention.

FIG. 7 is a configuration diagram illustrating an operation mechanism of the withdrawal device shown in FIG. 6.

8 is a configuration diagram illustrating the withdrawal device of FIG. 6.

<Explanation of symbols for the main parts of the drawings>

100: cash drawer 110: cash cassette

120: first transfer device 130: one-stack part

140: First collection box 150: Stack elevation

160: second transfer device 170: withdrawal unit

180: The second collection box

Claims (12)

Storage means for storing paper media; Stack means for stacking a paper medium conveyed from said storage means; Withdrawal means for providing a customer with a stack of paper media delivered from said stacking means; First conveying means for conveying a paper medium from said storing means to said stacking means; Second conveying means separated from said first conveying means, for conveying the stack of paper media from said stacking means to said withdrawal means; And And a stack conveying means for moving the stack of paper media in the stack means to a path defined by the second conveying means. The method of claim 1, The first conveying means and the second conveying means face each other in a conveying path of the paper medium or the paper stack, the withdrawal of the automated teller machine, characterized in that it comprises a circular conveying belt moving along the conveying path Device. The method of claim 2, And a plurality of the circulating conveyance belts are spaced apart by a predetermined interval and move in parallel along the conveyance path of the paper medium or the paper medium stack. The method of claim 1, The stack means includes a stack support positioned adjacent to the outlet of the first transport means, the stack support moves by the stack transport means from the outlet of the first transport means toward the second transport means, The stack support device is a withdrawal device of the automated teller machine, characterized in that the upper surface is moved so as to substantially match the path defined by the second transfer means. The method of claim 1, The stack transport means includes a stack drive unit and a stack lift unit for transporting the stack support from the outlet of the first transport means to the path defined by the second transport means by the stack drive unit. Withdrawal device. The method of claim 1, And a first collecting means for storing the selected paper medium located on the path defined by the first conveying means, wherein the first collecting means comprises: a collecting piece for switching the conveying path of the selected paper medium; And a first retrieval unit for storing the selected paper medium switched by the retrieval piece. The method of claim 1, A second recovery means for removing the paper medium or the paper medium stack remaining in the path defined by the second transport means, wherein the second recovery means is located on the path defined by the second transport means. A financial recovery device comprising a second recovery part including an opening located therein and a moving cover for selectively opening and closing the opening of the second recovery part by moving along a path defined by the second transfer means. Withdrawal device. A reservoir for storing paper media; A temporary stack unit for stacking the paper medium transferred from the reservoir; A withdrawal unit for providing a stack of paper media delivered from the temporary stack unit to a customer; A first circular transfer belt disposed in parallel along a first path connecting the reservoir and the temporary stack part and moving to face each other, the first conveying paper media from the reservoir to the temporary stack part in a sheet unit; Transfer member; A plurality of second circular transfer belts which are separated from the first mirror and arranged in parallel along a second path leading to the withdrawal part and move to face each other, wherein some of the second circular transfer belts are spaced apart from each other; A second transfer member whose path is partially exposed toward the temporary stack; And And a stack transfer member including a stack driver and a stack lifter configured to transfer the temporary stack part on the partially exposed second path by the stack driver. The method of claim 8, The temporary stack unit may include stack transfer belts formed corresponding to the second circular transfer belts, and when the temporary stack unit is positioned between the second circular transfer belts, the stack transfer belts may also form part of the second path. Automatic teller machine withdrawal apparatus characterized in that forming. The method of claim 8, And a first recovery member for storing the selected paper medium positioned in the first path, wherein the first recovery member is switched by a recovery guide for switching the transport path of the selected paper medium and the recovery guide. And a first retrieval unit for storing the selected paper medium. The method of claim 8, A second recovery member for removing the paper medium or paper media stack remaining in the second path, wherein the second recovery member includes an opening located in an exposed portion of the second path; And a moving cover moving along the second path in the exposed part of the recovery part and the second path, wherein the moving cover is exposed for the temporary stack part of the opening and the second path of the second recovery part. Withdrawal device of the automated teller machine, characterized in that selectively opening any one of the parts. The method of claim 8, The second transfer member further includes a withdrawal extension portion extending along the second path to the withdrawal portion, wherein the withdrawal extension portion is selectively at the front end or the rear end of the second path defined by the second circulation conveyance belt. Is equipped with, the withdrawal device of the automated teller machine, characterized in that interlocked with the second transfer belt.