KR101120899B1 - Cash transaction machine and method of initializing a cash transaction machine - Google Patents

Abstract

The automated teller machine includes a storage unit for storing paper media, a withdrawal unit for providing paper media withdrawn from the storage unit to the outside, a transfer unit and a circular transfer path for providing a circulation transfer path through the outlet of the storage unit and the inlet of the withdrawal unit. And a recovery section for recovering the specified paper medium located thereon. Since the paper medium is circulated through the storage unit, the collection unit and the withdrawal unit by the transfer unit, there is no need to back the transfer unit for the collection of cash. In particular, when the automated teller machine is initialized due to the start-up or power failure of the system, the remaining paper media can be circulated along the circulation transfer path, and the paper media can be easily stored by recovering the remaining paper media.

Automatic teller machine, recovery, power failure, reset

Description

CASH TRANSACTION MACHINE AND METHOD OF INITIALIZING A CASH TRANSACTION MACHINE}

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 perspective view of an automatic teller machine according to an embodiment of the present invention.

4 is an internal configuration diagram of the automatic teller machine of FIG.

5 is an internal configuration diagram for explaining the automatic teller machine according to an embodiment of the present invention.

6 is an internal configuration diagram for explaining the automatic teller machine according to an embodiment of the present invention.

FIG. 7 is an internal configuration diagram illustrating a closed state of the automatic teller machine of FIG. 6.

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

100: automatic teller machine 110: housing

120: Cash storage part 130: Withdrawal part

140: transfer part 150: withdrawal blocking part

160: Collection part

The present invention relates to a Cash Transaction Machine. More particularly, the present invention relates to a method for easily recovering a paper medium remaining on a transport path in the process of initializing the automated teller machine, and a financial teller machine using the method.

The automated teller machine is an automated device that can assist basic financial services such as deposit or withdrawal regardless of place and time in relation to financial services without a bank employee. The automated teller machine can be divided into cash dispenser and cash dispenser according to the withdrawal and withdrawal of money. Recently, it has been used for cash withdrawal, check deposit, withdrawal, bank account fee payment, 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 use of financial automation equipment 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 automatic 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 cash exposed through the withdrawal unit 30. If the customer does not receive the cash, after a predetermined time elapses the transfer unit 50 may operate in reverse to recover the cash, and the collected cash is stored in the recovery unit 70 by the recovery piece 72 or the like. There is a number.

However, when a situation in which a cash or cash stack is inevitably stopped while moving along the transfer unit 50 such as a power failure occurs, the cash may be isolated on the transfer path of the transfer unit 50. In this case, when the power is turned on again, the cash remaining on the transfer unit 50 must be recovered again. In the conventional automated teller machine, the process of forwarding or backing the transfer unit 50 must be repeated, and a separate recovery device must be used. There is a hassle to do.

In general, a large financial teller can secure enough space to install a collection box, so a separate collection device can be used freely, but in a small automated teller machine, it is better to keep the number of collection devices to a minimum. Of course, to this end, the remaining cash can be recovered by returning the transfer unit to the existing collection box, but there is a disadvantage in that the motor must be used in both directions, and there is a problem that a jam occurs in the reverse direction.

SUMMARY OF THE INVENTION The present invention has been made to solve the above-mentioned problems, and an object of the present invention is an initialization method and a finance method using the method which can easily recover the paper medium remaining on the transfer path in a cash transaction machine. To provide an automated device.

Another object of the present invention is to provide an initialization method and a financial automation device that can easily maintain the drive device by making the transfer unit circulate in one direction, can be made compact, and can reduce manufacturing costs.

According to the present invention for achieving the above object of the present invention, the withdrawal device of the automated teller machine includes a storage unit, withdrawal unit, transfer unit and recovery unit. The conveying part provides a circulating conveying path, and the purified conveying path is via the outlet of the storage part and the inlet of the withdrawal part. In addition, a recovery unit is provided on the circulation transfer path to recover the paper medium withdrawn from the storage unit, and the paper medium remaining in the circulation transfer path may be recovered due to a power failure or the like.

When double sheet detection, media damage, forgery of the medium, etc. are detected from the paper medium drawn out from the storage unit, the recovery unit can recover the abnormal paper medium using a recovery piece that blocks the transfer path. Also, even if normal processing is possible, at least one cycle is circulated along the circulation transport path to recover the paper medium not discharged out due to the power failure, and all the paper media moving along the circulation transport path is recovered to the recovery unit. It can be recovered.

Since the conveying part has a structure circulating, it is not necessary to rotate the conveying belt or the conveying roller in the reverse direction, and it can be sent to the desired position by rotating in one direction. Therefore, the unidirectional motor can be used to reduce the production cost, it is possible to easily maintain the structure of the transport portion is very advantageous to miniaturize the financial automation equipment.

Herein, the automatic teller machine includes a withdrawal function, and may include a withdrawal module or a withdrawal module. 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 perspective view of the automated teller machine according to an embodiment of the present invention, Figure 4 is an internal configuration of the automated teller machine of FIG.

Referring to Figure 3, the automated teller machine 100 is a small automatic teller machine for the purpose of withdrawal, the inside of the housing 110, the card reading module, bankbook arrangement module and withdrawal module is installed, the housing ( The key button 112 and the display 114 are exposed to the outside of the 110. Accordingly, the customer may request the withdrawal of cash using the key button 112 or the display 114, and the central control unit may pay the requested cash through card reading, password confirmation, balance check, and the like. .

The illustrated automated teller machine is based on a tray method, and the requested cash is sequentially transferred from the cash storage unit and stacked one by one by the withdrawal module. Since the internal structure of the automated teller machine using the tray can be easily maintained, the cost of the automated teller machine can be reduced, and it is possible to manufacture the automated teller machine in a small size.

Referring to FIG. 4, the withdrawal module is illustrated in the automated teller machine 100. The automated teller machine 100 includes a cash storage unit 120 and a withdrawal unit 130, and the transfer unit 140 passes adjacent to the exit of the cash storage unit 120 and the inlet of the withdrawal unit 130. Here, the exit of the cash storage unit 120 does not mean only a thin hole through which cash is withdrawn from the cash storage unit 120 but includes an area around the hole of the cash storage unit 120. In addition, the entrance of the withdrawal unit 130 may also be understood as a similar concept, in addition to the narrow entrance of the withdrawal unit 130 can be said to extend to the area around the.

The cash storage unit 120 may be mounted or separated from the automated teller machine 100 as one independent cassette, and the cash storage unit 120 may be functionally connected to the external power unit in the state of being mounted to the automated teller machine 100. Connected, you can receive the power to withdraw cash. The pickup roller 122 and the transfer roller 124 inside the cash storage unit 120 may rotate by using the power transmitted to the outside, and the cash stored in the cash storage unit 120 may be transferred to the pickup roller 122. The sheet may be picked up in sheets and may be transferred out of the cash storage unit 120 by the transfer roller 124. Cash withdrawn from the cash storage unit 120 enters the transfer unit 140 by sheet unit (ⓐ), it can be moved along the circular transfer path (I) by the transfer unit 140.

The transfer unit 140 passes through the exit of the cash storage unit 120 and the inlet of the withdrawal unit 130 and circulates along a predetermined path. In addition, the recovery unit 160 is installed between the cash storage unit 120 and the withdrawal unit 130 on the circulation transfer path I, and the recovery unit 160 withdraws the unit 130 from the cash storage unit 120. You can recover the specific cash in question.

The recovery unit 160 includes a recovery box 162 and a recovery piece 164. The recovery box 162 includes an inlet formed adjacent to the circulation transfer path I, and a recovery piece 164 is rotatably mounted around the inlet of the recovery box 162. The recovery piece 164 may open or block the circulation transfer path I by the recovery drive unit (not shown). When the circulation transfer path I is blocked by the recovery piece 164, the cash storage unit 120 may be used. The cash transferred from) may be stored in the collecting box 162 along the collecting piece 164 (ⓑ).

The circulation transfer path I may be led to the withdrawal unit 130 after passing through the recovery unit 160, and then may be circulated while passing through the cash storage unit 120 again. The withdrawal blocking unit 150 is provided adjacent to the entrance of the withdrawal unit 130.

The withdrawal blocking unit 150 may include a switch shutter 152 and a shutter driver (not shown), and may control whether cash is withdrawn by blocking or opening a passage leading to the withdrawal unit 130. The switch shutter 152 of the withdrawal blocking unit 150 is rotatably mounted at a position adjacent to the inlet of the withdrawal unit 130. Therefore, in the open state of the switch shutter 152 may proceed directly to the tray of the withdrawal unit 130 (ⓒ), the stack of the withdrawal unit 130 is stacked one by one in the order of cash discharge. On the contrary, in the state in which the switch shutter 152 is closed, the cash cannot be transferred to the tray of the withdrawal unit 130 and can be continuously transferred along the circular transfer path I (ⓓ). In general, the switch shutter 152 is preferably kept closed. This is because, when the switch shutter 152 is closed, it may prevent access from outside through the tray. Therefore, when the withdrawal is required, the shutter driving unit operates to switch the switch shutter 152 to the open state. After the withdrawal is completed, the switch shutter 152 returns to its original state and closes the circular transfer path I. You can keep it in a state. In particular, even if the power supply is interrupted due to a power failure, the transfer unit 140 may maintain a blocked state and thus may be safe from external access.

The transfer unit 140 circulates through the outlet of the cash storage unit 120, the inlet of the recovery unit 160, and the inlet of the withdrawal unit 130. The transfer unit 140 may maintain the transfer process in one cycle by having a structure in which the whole is circulated instead of a part, and the internal structure may be easily maintained because one drive motor may be used to interlock with each other. Specifically, the transfer unit 140 may use a belt transfer structure, but may alternatively use a transfer structure using a roller and a guide plate or a transfer structure using a belt and a guide plate.

In addition, although the withdrawal unit 130 also uses a tray structure, the withdrawal unit may also apply a shutter method, and a separate collection box may be installed at a lower portion of the withdrawal unit to recover cash received in the withdrawal unit.

5 is an internal configuration diagram for explaining the automatic teller machine according to an embodiment of the present invention. For reference, compared with the financial teller 100 of FIG. 4, although the installation position of the recovery unit 170 is different in the automated teller machine of FIG. 5, other components and functions are described in FIG. 4. It is substantially the same as the automation device (100). Therefore, the description of the automated teller machine 101 of FIG. 5 may refer to the description and the drawings of the previous embodiment, and the same reference numerals may be used for the same elements.

Referring to FIG. 5, the withdrawal module of the automated teller machine 101 is illustrated. The automated teller machine 101 includes a cash storage unit 120 and a withdrawal unit 130, and the transfer unit 140 passes adjacent to the exit of the cash storage unit 120 and the inlet of the withdrawal unit 130.

The cash storage unit 120 may be mounted or separated in the automated teller machine 100 as a single cassette, and the transfer unit 140 may pass through the outlet of the cash storage unit 120 and the inlet of the withdrawal unit 130. Circulate along a certain path.

However, on the circulation transfer path (I) of the automated teller machine 101 according to the present embodiment, the recovery unit 170 is installed on the path from the withdrawal unit 130 to the cash storage unit 120, Among the cash transferred from the cash storage unit 120, a specific cash having a problem may be recovered. Therefore, when the cash withdrawn from the cash storage unit 120 is detected as a double sheet or detected as damaged, the withdrawal blocking unit 150 may bypass the progress of the cash to move to the recovery unit 170.

The recovery unit 170 also includes a recovery box 172 and a recovery piece 174. The recovery box 172 includes an inlet formed adjacent to the circulation transfer path I, and the recovery piece 174 is rotatably mounted around the inlet of the recovery box 172. The recovery piece 174 may open or block the circulation transfer path I by a recovery drive unit (not shown). When the circulation transfer path I is blocked by the recovery piece 174, the cash storage unit 120 may be used. Cash transferred from) may be stored in the withdrawal box 172 along the recovery piece 174.

The withdrawal blocking unit 150 may include a switch shutter 152 and a shutter driver (not shown), and may control whether cash is withdrawn by blocking or opening a passage leading to the withdrawal unit 130. The switch shutter 152 of the withdrawal blocking unit 150 is rotatably mounted at a position adjacent to the inlet of the withdrawal unit 130. When the switch shutter 152 is closed, cash cannot be transferred to the tray of the withdrawal unit 130, and the cash can be bypassed by the switch shutter 152 and continuously transferred along the circular transfer path I ( Ⓓ). The switch shutter 152 is basically kept closed, and can be selectively opened to pass cash only when a normal transaction is possible.

By installing the recovery unit 170 after the withdrawal blocking unit 150, the transfer path of the cash transferred to the collection box 172 at the time of withdrawal increases, but on the contrary, the initialization is quickly performed in the process of recovering after turning on the power or power failure. You can proceed.

6 is an internal configuration diagram for explaining the automatic teller machine according to an embodiment of the present invention, Figure 7 is an internal configuration diagram for explaining the closed state of the automatic teller machine of FIG.

Referring to FIG. 6, the automated teller machine 200 includes a cash storage unit 220, a withdrawal unit 230, a transfer unit 240, a recovery unit 260, and the transfer unit 240 includes a cash storage unit 220. ) Pass through the outlet, the inlet of the recovery unit 260 and the inlet of the withdrawal unit 230 adjacently. In this case, the inlet or outlet may be a concept that extends to the area around the in addition to the narrow inlet / outlet of each element.

The cash storage unit 220 may be mounted or separated from the automated teller machine 200 as one independent cassette, and the cash storage unit 220 may be functionally connected to the external power unit in a state in which the automated teller machine 200 is mounted to the automated teller machine 200. Connected, you can receive the power to withdraw cash. The pickup roller 222 and the transfer roller 224 inside the cash storage unit 220 may rotate by using power transmitted to the outside, and the cash stored in the cash storage unit 220 may be transferred to the pickup roller 222. The sheet may be picked up in sheets and may be transferred out of the cash storage unit 220 by the transfer roller 224. Cash withdrawn from the cash storage unit 220 enters the transfer unit 240 in a single unit, and may be moved along the circular transfer path II by the transfer unit 240. However, in other small financial teller machines, the cash storage unit may be opened and mounted like a drawer without completely removing the cash storage unit, and thus, the present invention does not require the removal of the cash storage unit.

Referring again to FIG. 6, the transfer unit 240 provides a circulation transfer path II through the outlet of the cash storage unit 220, the inlet of the recovery unit 260, and the inlet of the withdrawal unit 230. The circulation transfer path II is defined by the inner circulation belt 242, the first outer circulation belt 244, the second outer circulation belt 246 and the third outer circulation belt 248. The inner circulation belt 242 defines an inner boundary of the circulation transfer path II, and the inner circulation belt 242 includes a cash storage unit 220-a collection unit 260-a withdrawal unit 230-a cash storage unit ( Circulate along the path leading to 220). In response to the inner circulation belt 242, the first to third outer circulation belts 244 to 248 move in close contact with each other, and define an outer boundary of the circulation transfer path II.

The first external circulation belt 244 moves along the outside of the circulation transfer path II between the exit of the cash storage unit 220 and the inlet of the recovery unit 260, and the second external circulation belt 246 is recovered. Between the inlet of the unit 260 and the inlet of the withdrawal unit 230 is moved along the outside of the circulation transfer path (II), the third outer circulation belt 248 is the inlet of the withdrawal unit 230 and the cash storage unit ( It moves along the outside of the circulation feed path II between the outlets of 220. Accordingly, the first to third external circulation belts 244 to 248 may transfer cash using friction together with the internal circulation belt 242.

A recovery unit 260 is installed between the first external circulation belt 244 and the second external circulation belt 246 in the circulation transfer path II, and the recovery unit 260 is withdrawn from the cash storage unit 220. It may function to recover the abnormal specific cash of the cash transferred up to (230). Of course, as will be described later, the recovery unit 260 may further include a function of recovering the cash remaining on the circular transfer path (II) in the initialization process.

The recovery unit 260 includes a recovery box 262, a recovery piece 264, and a recovery solenoid 266. The recovery box 262 includes an inlet formed adjacent to the circulation transfer path II, and a recovery piece 264 is rotatably mounted around the inlet of the recovery box 262. The recovery piece 264 includes a guide surface connecting the ends of the first outer circulation belt 244 and the second outer circulation belt 246, and in the normal case, the cash is transferred to the second outer circulation belt 246 along the guide surface. Can be transported. However, when the recovery piece 264 is rotated by the recovery solenoid 266 and its end is raised, the guide surface is removed from the circulation transfer path II, and the surface facing the recovery box 262 is the circulation transfer path ( As shown in II), the cash to be transferred can be directed to the collection box 262.

The withdrawal blocking unit 250 is installed between the second outer circulation belt 246 and the third outer circulation belt 248. The withdrawal blocking unit 250 includes a switch shutter 252, a shutter bracket 254, and a solenoid for a shutter 256, and controls whether cash is withdrawn by blocking or opening a passage leading to the withdrawal unit 230. have. The switch shutter 252 of the withdrawal blocking unit 250 is rotatably mounted at a position adjacent to the inlet of the withdrawal unit 230, and the other end of the switch shutter 252 is connected to the shutter bracket 254. Since the shutter bracket 254 is also rotatably mounted, the connection portion of the switch shutter 252 and the shutter bracket 254 may be fixed to be movable within a predetermined range. A spring 258 is connected to one side of the shutter bracket 254 opposite the switch shutter 252 to rotate the shutter bracket 254 in a counterclockwise direction, and the other side of the shutter bracket 254 opposite to the spring 258. The shutter solenoid 256 is connected to the side. Therefore, when the shutter solenoid 256 is not operated, only the spring 258 can pull the shutter bracket 254 to rotate the shutter bracket 254 counterclockwise, and the switch connected to the shutter bracket 254. The shutter 252 may rotate in a clockwise direction to block a passage toward the withdrawal unit 230.

In the automatic teller machine 200 shown in FIG. 6, the switch shutter 252 opens a passage toward the withdrawal unit 230. When the shutter solenoid 256 is operated to pull the shutter bracket 254 with a torque greater than the spring 258, the shutter bracket 254 rotates clockwise, so that the switch shutter 252 is counterclockwise. Rotate As the switch shutter 252 rotates in the counterclockwise direction, the circulation transfer path II is opened and the transferred cash may be transferred to the withdrawal unit 230.

When the withdrawal is completed, when the power supplied to the shutter solenoid 256 is cut off, the shutter bracket 254 returns to its original state, and the switch shutter 252 moves in the circular transfer path II according to the movement of the shutter bracket 254. You can block

In addition, although the withdrawal unit 230 also uses a tray structure, the withdrawal unit may also apply a shutter method, and a separate collection box may be installed at a lower portion of the withdrawal unit to recover cash received in the withdrawal unit.

Hereinafter, an initialization method of the automatic teller machine according to the present invention will be described.

Referring to FIG. 7, a cash storage unit 220, a withdrawal unit 230, a transfer unit 240, and a recovery unit 260 are provided. A recovery part 260 is installed between the first external circulation belt 244 and the second external circulation belt 246, and the recovery piece 264 of the recovery part 260 is transferred by the recovery solenoid 266. You can change the direction of the cash. In addition, a withdrawal blocking unit 250 is installed between the second external circulation belt 246 and the third external circulation belt 248. The withdrawal blocking unit 250 may open or close the circular transfer path II by using the switch shutter 252, and basically the switch shutter 252 may move from the circular transfer path II to the withdrawal unit 230. Block the path that leads to it.

If a power outage occurs while the automated teller machine 200 is operating, the cash stays stopped in the circular transfer path II. As the power is applied again, it is necessary to recover the remaining cash to a safe place as the automatic teller machine 200 is operated again. In this case, the automatic teller machine 200 recovers the remaining cash during the initialization. 262).

First, when a power switch or a reset switch is activated or power is supplied again after a power failure, the recovery solenoid 266 rotates the recovery piece 264 in a counterclockwise direction to block the circulation feed path II.

Thereafter, the inner circulation belt 242 and the first to third external circulation belts 244 to 248 may be rotated at once to rotate the cashed or empty transfer unit 240. At this time, since the switch shutter 252 of the withdrawal blocking unit 250 maintains the closed state, the cash passing through the inlet of the withdrawal unit 230 passes along the inner circulation belt 242 and the third outer circulation belt 248. The cash is transferred to the storage unit 220, and the transferred cash passes through the exit of the cash storage unit 220 to the recovery unit 260. Since the recovery piece 264 blocks the circulation transfer path II, the remaining cash is stored in the collection box 262 after the circulation transfer path II is circulated.

In the automated teller machine of the present invention, the transfer unit may circulate the cash through the cash storage unit, the recovery unit, and the withdrawal unit. Unlike the partially circulating structure, the conveying unit can maintain the conveying process in one cycle by having the circulating structure as a whole, and can easily maintain the internal configuration because one drive motor can be used to interlock with each other. .

In addition, even if the entire cycle is rotated in only one direction, it is possible to safely store the cash remaining during the initialization and withdrawal and withdrawal functions. Thus, a relatively inexpensive unidirectional motor can be used, and the operation mechanism and operation structure can be kept simple.

As described above, although described with reference to a preferred embodiment of the present invention, those skilled in the art will be variously modified and changed without departing from the spirit and scope of the invention described in the claims below I can understand that you can.

Claims (9)

A storage unit for storing paper media; A withdrawal unit for providing the paper medium withdrawn from the storage unit to the outside; A transfer unit circulating paper media in one direction by providing a circulation transfer path circulating through the outlet of the storage unit and the inlet of the withdrawal unit; A recovery unit for recovering a specified paper medium located on the circulation transfer path; Financial automation equipment having a. The method of claim 1, The recovery part includes a recovery box including an inlet formed toward the circulation conveyance path, a recovery for mounting the adjoining inlet of the recovery container to switch the progress of the specified paper medium passing through the circulation transport path to the recovery part inlet. And a recovery drive for operating the piece and the recovery piece. The method of claim 1, The transfer unit includes a withdrawal blocking unit mounted at the inlet of the withdrawal unit to selectively open and close the withdrawal unit inlet, and the withdrawal blocking unit is rotatably mounted at the withdrawal unit inlet to selectively open the circulation transfer path. And a shutter driver for moving the shutter and the switch shutter. Storage unit; A recovery unit for recovering the specified cash mounted adjacent to the storage unit; A withdrawal unit for discharging the cash passing through the recovery unit among the cash withdrawn from the storage unit; And An inner circulation belt which circulates through the outlet of the storage unit, the inlet of the recovery unit, and the inlet of the withdrawal unit, and moves along an inside of the circulation transfer path, between the outlet of the storage unit and the inlet of the recovery unit; A first external circulation belt moving along the outside of the circulation transport path, a second external circulation belt moving along the outside of the circulation transport path between the inlet of the recovery part and the inlet of the withdrawal part, and an inlet of the withdrawal part; A transfer part including a third external circulation belt moving along the outside of the circulation transfer path between the outlets of the storage part; Financial automation equipment having a. 5. The method of claim 4, The recovery unit is rotatably mounted between the first and second external circulation belts, and a recovery piece for selectively switching the progress of the specified cash, a recovery piece for recovering the specified cash converted by the recovery piece. And a recovery drive unit for operating the recovery box and the recovery piece. 5. The method of claim 4, The transfer unit includes a withdrawal blocking unit mounted at the inlet of the withdrawal unit to selectively open the withdrawal unit inlet, and the withdrawal blocking unit is rotatably mounted at the withdrawal unit inlet to selectively open the circulation transfer path. And a shutter solenoid pivotally moved relative to the switch shutter and a shutter solenoid operatively connected to the shutter bracket to open the switch shutter in response to application of current. The method of claim 6, The withdrawal blocking unit further comprises a spring mounted to the shutter bracket, wherein the spring provides a restoring force in the direction in which the switch shutter is closed. In the method of initializing the automatic teller machine, A storage unit for storing the paper medium, a withdrawal unit for providing the paper medium to the outside, a transfer unit for circulating the paper medium in one direction and providing a circulation transfer path circulating through the outlet of the storage unit and the inlet of the withdrawal unit; Providing a recovery section located on the circulation conveyance path for recovering a specified paper medium; Switching the recovery unit to a recovery state in response to starting of the automatic teller machine; And Operating the conveying unit to circulate at least one cycle to convey the remaining paper medium on the circulating conveying path to the collecting unit; Initialization method of the automatic teller machine equipped with a. The method of claim 8, The recovery unit includes a recovery box including an inlet formed toward the circulation transport path and a recovery piece mounted adjacent to the inlet of the recovery box to selectively block the circulation transport path, In the step of converting the recovery part to a recovery state, the circulation transfer path is blocked by the recovery piece in response to the progress of the remaining paper medium; In the step of transporting the remaining paper medium to the recovery unit, using the recovery piece blocking the circulation transfer path, the progress of the paper medium circulated along the circulation transfer path to the recovery unit characterized in that the financial How to initialize an automated device.

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