KR200374272Y1 - Device for drawing bills from auto teller machine - Google Patents

Abstract

The present invention receives a banknote discharged from the inside of the automated teller machine, the lift unit for transporting to the shutter, the guide unit including the guide path so that the lift unit is slidingly guided to the lower portion of the shutter and the lift unit to move up and down in the guide unit By including the driving means, the banknote protrudes to the upper part of the shutter and is easy to receive, and the banknotes which are not received can be obtained by the lift part to be loaded into the collecting part.

Description

DEVICE FOR DRAWING BILLS FROM AUTO TELLER MACHINE}

The present invention relates to a withdrawal device for withdrawing money from the automated teller machine. More particularly, when withdrawing money, such as cash and checks, the money is moved to the shutter by the lift unit, and the money is not received. If it relates to a withdrawal device of the automated teller machine that the lift moves to the bottom and the pedestal is rotated to collect the bill.

Regarding financial services, the automatic teller machine is a device that is designed to provide basic services except for counseling services quickly and conveniently regardless of time, and there are automatic teller machines such as ATMs and ATMs. .

That is, the automatic teller machine has been developed and used since the initial stage for the computerization of financial business, and is a device that can automatically withdraw cash only, and the automatic teller machine is equipped with a deposit function in addition to the automatic cash dispenser function. to be.

The system of the automatic banknote automatic teller machine consists of a plurality of keys, which converts the user's input information into an electrical signal and outputs the information, which is stored in the IC chip depending on the information stored in the magnetic strip of the passbook or credit card, or the communication unit. The bank account / card recognition unit can be used to check the identity, record the deposit and withdrawal, and return the card or bankbook by sending it to the central computer of the store. It includes a security device that is connected to a professional security service company by a surveillance camera or a surveillance button, which enables 24 hours of surveillance.

In addition, the automatic banknote dispenser receives a program for controlling the operation of the system and the deposit and withdrawal information, the output signal of the key input unit and the passbook / card recognition unit receives the main signal through the communication unit according to the key input information Main board having a central processing unit for controlling the financial transaction function by exchanging information with a central computer of the communication unit, a communication unit for performing information exchange with the central computer of the main store, information input through the key input unit and the central processing unit And a display unit for displaying the processed information for the user to recognize, a printing unit for printing the transaction details on the bankbook, and printing and outputting the transaction details table.

In addition, the automatic banknote dispenser, the user puts the bills and the banknotes are continuously sent one by one, and the deposit and withdrawal unit for storing the bills to be discharged to the user, the banknote discrimination unit for judging the government of the bills, the banknote discrimination A bill conveyance path for conveying the banknotes passed through the part, a temporary depository for storing the deposit bill once passed through the bill conveyance path, a bill deposit box for storing the deposit bill from the temporary deposit box, and a bill compartment for storing the withdrawal bill; .

In addition, the automatic teller and withdrawal machine is a cashier for dispensing banknotes continuously one by one, a banknote recycling for storing the banknotes used for both withdrawal and withdrawal continuously, and the banknotes and the withdrawals that are not stored in the banknote and recycling Banknote reject that stores banknotes that have not been withdrawn among the banknotes continuously sent out one by one, and banknote storage that stores banknotes to be replenished for the recycling bin one by one, and stores the banknotes recovered from the recycling bin. A cassette.

However, the withdrawal device of the conventional banknote automatic teller machine including the configuration as described above was inconvenient for the user to pick up the bill by hand so that the bill is placed in the transverse direction inside the deposit and withdrawal portion disposed under the shutter. In the meantime, the user's hand touched the withdrawal device disposed under the shutter, or foreign matters in the hand flowed into the deposit and withdrawal part, thereby damaging various instruments and sensors included therein.

In addition, the banknotes received in the withdrawal device of the conventional banknote automatic teller machine are moved along the conveying path by the frictional force to the roll and are recovered to the reject bin (collecting part). As it remains in the lower portion and the automatic banknote automatic teller machine recognizes the remaining bills, the automatic banknote teller machine has a problem causing malfunction to try to recover only the uncollected banknotes.

In addition, the banknotes not received in the conventional banknote automatic teller machine is transported along the conveying path and loaded into the collecting unit without sorting, and thus there is an inconvenience in that the bills are neatly used when taken out from the collecting unit and used again.

Thus, the present invention is devised to solve the above problems, the withdrawal device of the automated teller machine according to the present invention protrudes to the upper portion of the shutter by the lift portion to facilitate the receipt of the bill in the withdrawal section And, the bill is not received is characterized in that the stack is moved to the lower portion by the lift portion while being loaded into the recovery portion.

1 is a perspective view showing a withdrawal device of a financial automation device according to an embodiment of the present invention.

2 is a partially exploded perspective view showing a withdrawal device of a financial automation device according to an embodiment of the present invention.

3 is a partially exploded perspective view of FIG. 1.

4 is an exploded perspective view of FIG. 3.

5 is an exploded perspective view illustrating a lift part in a guide part according to an embodiment of the present invention.

6 is another exploded perspective view illustrating a lift part from the guide part according to an embodiment of the present invention.

7 is an exploded perspective view of a lift according to an embodiment of the present invention.

8 is an operation of the automatic teller machine according to an embodiment of the present invention.

* Description of the symbols for the main parts of the drawings *

100: automatic teller machine 110: lift unit

120: slider 122: pin

125, 135: sliding bearing 126, 136: retaining ring

130: lift pin 130a: protrusion

140: unevenness 150: lift

152: pedestal 152a: play space

155: locking member 160: guide portion

162: guideway 165: pressure member

170: guide frame 172: first guide

175: second guide 175a: bent portion

178: withdrawal path 180: feed roller

190: driving means 192: lift guide

192a: straight groove 196: rotating shaft

198: drive motor 200: recovery unit

The withdrawal device for a financial automation device according to the present invention for achieving the above object, in the financial automated device including a shutter that is out of the bill, the banknote is discharged from the inside of the automatic teller machine receives the upper portion of the shutter And a lift unit configured to protrude from the lift unit for easy transportation by the user, a guide unit including a guide path such that the lift unit is slidably guided to the lower part of the shutter, and driving means for moving the lift unit up and down in the guide unit. do.

In this case, the guide path provides a kinematic constraint condition such that the lift part, such as a linear groove or a straight line made through the guide part, is constrained and proceeds in a predetermined direction. In addition, a banknote includes not only a banknote but also all the value of the banknote shape which has a predetermined value, such as a check and a gift certificate.

The lift unit includes a slider slidably coupled to the guide path of the guide part so as to move to the shutter along the guide path of the guide part, and a pedestal on which the upper part is axially coupled to the slider so as to rotate on the slider, and a lower part of which is placed a bill. And, the lower part of the lift unit is disposed a recovery unit for recovering the bills received from the pedestal of the lift by the rotation of the lift.

The recovery unit includes a rotating plate axially coupled to the lower portion of the withdrawal movement path mounted on the automatic teller machine and a fixed plate coupled to the rotating plate at a predetermined interval from the rotating plate so that the banknotes discharged from the withdrawal movement path are introduced and aligned. It includes, the recovery portion is rotated to the lower portion of the lift portion so that the banknote discharged from the lower portion of the lift portion.

At this time, in order to discharge the bill from the withdrawal movement path of the automatic teller machine, the withdrawal movement path includes a blocking plate to block the movement of the bill into the withdrawal movement path to flow into the recovery unit.

Here, the blocking plate is mounted so as to be rotated in the withdrawal movement path, so that the bill is guided to the recovery unit along the circumference of the plate with a triangular plate blocking the withdrawal movement path.

In addition, the banknotes discharged from the withdrawal movement path of the automated teller machine is a double-sheet bill detected by the double-sheet detection unit of the bill, checks withdrawal date is unrecorded, checks with errors in the check information, counterfeit bills, Withdrawal of money from the automated teller machine, such as badly damaged bills, is a bill that should be blocked in advance.

The double sheet detecting unit includes a transfer roller which is mounted on a withdrawal movement path in which banknotes are moved, and a reverse roller which rotates in a reverse direction of the transfer roller. When the bill is moved and slip occurs, the bill is detected.

In addition, the pedestal has a shape such as a fork disposed in the plane to include a clearance space so as to fit into the concavities and convexities of the slider to be described later, the bill is placed, the upper portion of the lift is bent upward from the pedestal to the rear of the slider It is arranged and axially coupled at both side portions which are bent to the rear of the slider.

In this case, the lower surface of the slider is provided with irregularities, and the pedestal of the lift is inserted into the irregularities so as to prevent the lift from shaking in the slider when the slider moves or stops along the guide path.

And, the side of the slider is provided with a pin to pass through the guide path of the guide portion to restrain the slider along the guide path, the pin is coupled to the sliding bearing to contact the guide path, the sliding bearing An outer side includes a fixing ring fixed to the pin to allow the sliding bearing to be constrained to the pin.

In addition, the side of the slider includes a protrusion formed to protrude through the guide path, when the protrusion is pressed by the drive means is provided with a lift pin to move along the guide path, the lift pin is provided in the guide path A sliding bearing is coupled to move while in contact with the sliding bearing, and an outer side of the sliding bearing may include a fixing ring for fixing the sliding bearing to the pin.

At this time, since the lift pin is disposed on the slider with a clearance between the pin, the slider is prevented from rotating in the guide path about one axis of the pin or the lift pin, and the pedestal of the lift on the slider is The bill may be moved to the lower portion of the shutter without being rotated on the guide path, and the banknotes discharged from the inside of the automated teller machine may be transferred while maintaining the loaded state.

The lift part may include a locking member configured to press the lift part to rotate relative to the slider when the lift part moves downward along the guide path, and the guide part may include a guide part of the guide part. Accordingly, a pressing member is provided to press the locking member when moved downward.

At this time, the locking member of the lift is an inclined plate provided to make an inclination downward from the rear of the lift, the pressing member is a round bar that is fixed horizontally to the lower portion of the guide portion to press the lower surface of the inclined plate.

The guide part may be coupled to an inside of the guide frame and the guide frame including the guide path so that the slider of the lift part moves to a lower portion of the shutter, and a plurality of gaps spaced apart from each other such that the pedestal of the lift part is shifted. And a first guide member having a plate.

At this time, the guide frame is formed in pairs and arranged to face each other at intervals, and the upper portion of the first guide member is coupled to the plurality of plates of the first guide member to be inclined downward between the guide frame.

In addition, the second guide member is coupled to the guide frame spaced apart from the first guide member, the second guide member has a plurality of plates spaced apart from each other such that the pedestal is inserted and moved like the first guide member, It provides a withdrawal path to prevent the banknotes loaded on the pedestal to be separated from the front of the pedestal while moving, and to be aligned with the first guide member so that the upper portion is narrower than the bottom. And, the second guide member is mounted to the automated teller machine includes a portion bent to the upper side of the conveying roller for sending bills, the bent portion is a passage for transmitting the bills to the pedestal while the conveying roller is rotated To provide.

On the other hand, the driving means is a linear groove is formed in a predetermined section, the lift guide in which a part of the lift portion is placed in the linear groove, the rotary shaft coupled to the end of the lift guide is rotated and the gear is coupled to the rotating shaft to transmit the rotational force It may include a drive motor.

In addition, the driving means includes a cylinder for allowing the rod to be coupled to both sides of the slider to move the slider up and down, or screw screw rod coupled to the slider and the screw screw and the screw round rod It may be made of a combination of the motor to rotate the slider to move.

In addition, the driving means may be achieved by controlling the vertical position of the slider including a linear motor and a linear encoder, to arrange the belt to be conveyed by the motor along the guide path of the guide frame and to couple the slider to the belt And a predetermined mechanical element and a power source to cause the slider to move linearly along the guideway.

Hereinafter, a preferred embodiment of the present invention will be described with reference to the accompanying drawings.

In addition, the present embodiment is not intended to limit the scope of the present invention, but is presented by way of example only, and there may be various embodiments implemented through the technical idea.

1 is a perspective view showing a withdrawal device of a financial automation device according to an embodiment of the present invention, Figure 2 is a partially exploded perspective view showing a withdrawal device of a financial automation device according to an embodiment of the present invention, Figure 3 1 is an exploded perspective view of part 1, FIG. 4 is an exploded perspective view of FIG. 3, FIG. 5 is an exploded perspective view illustrating a lift part from a guide part according to an embodiment of the present invention, and FIG. 6 is according to an embodiment of the present invention. Another exploded perspective view of the lift unit disassembled from the guide, Figure 7 is an exploded perspective view of the lift according to an embodiment of the present invention, Figure 8 is an operation of the automatic teller machine according to an embodiment of the present invention.

As shown, the withdrawal device of a financial automation device according to an embodiment of the present invention for achieving the above object, in the financial automated device 100 including a shutter 105 to enter and exit the bill, the financial The lift unit 110 receives banknotes discharged from the inside of the automation device 100 and transfers them to the shutter 105, and the lift unit 110 is slidably coupled to guide the lower portion of the shutter 105. The guide unit 160 including the 162 and the lift unit 110 is mounted to the shutter frame 103 including a driving means 190 to move up and down in the guide unit 160.

In addition, the slider 110 is slidably coupled to the guide path 162 of the guide part 160 to move to the shutter 105 along the guide path 162 of the guide part 160. And a lift 150 composed of a pedestal 152 on which an upper portion is coupled to the slider 120 by a shaft 142 so as to rotate on the slider 120 and a bill is placed thereon.

In this case, when the lift 150 moves to the shutter 105 at the bottom of the lift unit 110 and the bill is not received from the pedestal 152, the lift 105 follows the guide unit 160. The recovery unit 200 is disposed to move downward and recover the bills from the pedestal 152 when the lift 105 is rotated.

At this time, the recovery unit 200 is coupled to the rotary plate 202 at a predetermined interval from the rotary plate 202 and the rotary plate 202 coupled to the lower portion of the withdrawal movement path 102 mounted on the automatic teller machine; It includes a fixed plate 203 for the bank notes discharged from the withdrawal movement path 102 is introduced and aligned, the recovery unit 200 is the lift unit so that the bank notes discharged from the lower portion of the lift unit 110 is introduced Rotated to the bottom of 110.

In addition, the withdrawal movement path 102 includes a blocking plate 212 that blocks the withdrawal movement path 102 so that the banknote passing through the withdrawal movement path 102 is discharged to the recovery part 200. .

At this time, the blocking plate 212 is mounted so as to rotate in the withdrawal movement path 102 is a triangular plate to block the withdrawal movement path 102 guides the bill to the recovery unit 200 along the circumference of the plate Be sure to

Here, the banknote discharged from the recovery unit 200 in the withdrawal movement path 102 of the automated teller machine is a bill of the double sheet detected by the double sheet detecting unit 210 of the banknote, the unwritten check, the information of the check Checks, counterfeit bills, badly damaged banknotes, etc., withdrawal from the automated teller machine to the user is a bill that should be blocked in advance.

The pedestal 152 includes a clearance space 152a to be fitted into the concave-convex 140 of the slider 120 to be described later, and has a fork-like shape that is disposed in a plane such that the banknote is placed, and the lift 150. The upper portion of the upper portion is bent upward from the pedestal 152 and disposed behind the slider 120, and the upper portion of the lift 150 is axially coupled to both side portions bent rearward of the slider 120.

In this case, the bottom surface of the slider 120 is provided with an unevenness 140, and the pedestal 152 of the lift 150 is alternately fitted to the unevenness 140, so that the slider 120 is guided ( When moving along or stopping along 162, the lift 150 is prevented from shaking on the slider 120.

In addition, a pin 122 is provided at a side surface of the slider 120 to allow the slider 120 to be constrained along the guide path 162 by passing through the guide path 162 of the guide part 160. A sliding bearing 125 is coupled to the pin 122 so as to contact the guide path 162, and the sliding bearing 125 is fixed to the pin 122 at an outer side of the sliding bearing 125. A retaining ring 126 is included to constrain the 122.

In addition, the side of the slider 120 includes a protrusion 130a formed to protrude through the guide path 162, and when the protrusion 130a is pressed by the driving means 190, the guide path 162 Lift pin 130 is provided to move along, the lift pin 130 is coupled to the sliding bearing 135 to move in contact with the guide path 162, the outer side of the sliding bearing 135 Fixing ring 136 to fix the sliding bearing 135 to the pin 122 may be included.

In this case, since the lift pin 130 is disposed on the slider 120 while having a clearance from the pin 122, the slider 120 may move either the pin 122 or one axis of the lift pin 130. It is prevented from rotating in the guide path 162 to the center, and the pedestal 152 of the lift 150 in the slider 120 moves to the lower portion of the shutter 105 without rotating on the guide path 162. The bills discharged from the inside of the automated teller machine 100 in the pedestal 152 may be transported while maintaining the loaded state.

In addition, when the lift unit 110 moves downward along the guide path 162 to the lift 150 of the lift unit 110, the lift 150 is pressed to rotate with respect to the slider 120. The locking member 155 is included, and the guide part 160 includes the locking member 155 when the lift part 110 is moved downwardly along the guide path 162 of the guide part 160. A pressing member 165 is provided to pressurize.

At this time, the engaging member 155 of the lift 150 is an inclined plate provided to be inclined downward from the rear of the lift 150, the pressing member 165 is fixed horizontally to the lower portion of the guide portion 160. And pressurizes the lower surface of the inclined plate.

In addition, the guide unit 160 includes a guide frame 170 and the guide frame including the guide path 162 to move the slider 120 of the lift unit 110 to the lower portion of the shutter 105. It includes a first guide member 172 coupled to the inside of the 170 having a plurality of plates spaced apart from each other so that the pedestal 152 of the lift unit 110 is staggered to move.

In addition, the second guide member 175 is spaced apart from the first guide member 172 is coupled to the guide frame 170, the second guide member 175 is the same as the first guide member 172 The pedestal 152 has a plurality of plates spaced apart from each other so as to be inserted and moved, to prevent the bills loaded on the pedestal 152 to move out of the front of the pedestal 152 while moving, and the first guide member ( 172 is provided with a withdrawal path 178 to allow the banknotes to be aligned and withdrawn at the top.

And, the lower end of the second guide member 175 is mounted to the automated teller machine 100 includes a portion bent to the upper side of the transfer roller 180 for transmitting the bill, the bent portion (175a) is The feed roller 180 is rotated to provide a passage through which bills are sent to the pedestal 152.

In this case, the guide frame 170 is formed in pairs and disposed to face each other at intervals, and the first guide so that a plurality of plates of the first guide member 172 are inclined downward between the guide frames 170. The upper portion of the member 172 is coupled.

On the other hand, the driving means 190 is a linear guide 192a of a predetermined section is formed, a lift guide 192, a part of the lift unit 110 is placed in the linear groove 192a, the lift guide 192 Rotation shaft 196 is coupled to the end of the rotation) and a drive motor 198 geared to the rotation shaft 196 to transmit a rotational force. In this case, an end of the lift pin 130 protruding from the linear guide groove 192a of the lift guide 192 is mounted on the slider 120 of the lift unit 110.

Hereinafter, the operation process of the automatic teller machine 100 according to an embodiment of the present invention.

By operating the withdrawal device of the automated teller machine configured as described above, if the withdrawal of the bill 250, the transfer of the bill 250 moved along the withdrawal movement path 102 mounted on the automated teller machine 100 is mounted therein The roller 180 is loaded into the pedestal 152 of the lift 150, and the driving motor 198 is operated to raise the slider 120 along the guide path 162.

In this case, the lift guide 192 geared to the drive motor 198 is rotated upwardly around the rotating shaft 196 geared to the drive motor 198, the linear groove of the lift guide 192 The slider 120 of the lift part 110 in which the lift pin 130 is fitted to 192a moves upward.

The pedestal 152 coupled to the slider 120 of the lift unit 110 by the shaft 142 is loaded with a bill 250 and transferred to the shutter 105, and the bill 250 is a user. Protrudes to the top of the shutter 105 so that it can be easily taken out, and the user can take the withdrawn banknote 250 which is placed on the pedestal 152.

In addition, while the pedestal 152 of the lift 150 moves upward, the pedestal 152 is fitted into the first guide member 172 and moved, and the first guide member 172 moves forward. The withdrawal path 178 through which the banknote 250 passes along with the second guide member 175 is disposed, and an upper portion provided between the first guide member 172 and the second guide member 175 is narrower than the lower portion. The banknotes placed on the pedestal 152 while passing through the withdrawal passage 178 are aligned.

If the bill 250 moved to protrude to the top of the shutter 105 as described above is not received due to a user's fault or error, the lift 150 guides the guide path 162 of the guide frame 170. As a result, the driving motor 198 is moved downward by the reverse rotation operation, and the banknote 250 loaded on the pedestal 152 should be separated and put into the recovery unit 200 of the automatic teller machine 100.

At this time, looking at the operation process that the bill 250 is put into the recovery unit 200 in the pedestal 152, by the reverse rotation of the drive motor 198 with the slider 120 and the lift unit ( 110 is moved downwardly along the guide path 162 of the guide frame 170, the lower surface of the locking member 155 of the lift 150 is axially coupled to the rear of the slider 120 is The pressing member 165 is fixed to the guide frame 170 in the lateral direction.

In addition, the lift 150 is rotated and tilted by the slider 120 due to the pressing of the locking member 155, and the banknote 250 loaded on the pedestal 152 of the lift 150 is detached from the lifter 150. It is put into the recovery part 200.

Here, the recovery unit 200 is located at the lower portion of the double sheet detecting unit 210 mounted on the withdrawal movement path 102 in the initial state, the double sheet detected bill 250 by the blocking plate 212 When the banknote 250 is collected from the pedestal 152 of the lift 150, the banknote 250 is rotated to the lower part of the lift 150 so that the banknote 250 is received. In addition, the rotating plate 202 and the fixed plate 203 included in the recovery unit 200 are arranged at a predetermined interval and are loaded while aligning the bill 250.

Therefore, as described above, when using the withdrawal device of the financial automation device according to the present invention, the bill is protruded to the upper portion of the shutter by the lift unit to easily receive the bill, the unreceived bill is the lift Since the bill is moved to the lower part by the unit and is loaded into the collecting unit, there is no fear that the unacceptable banknotes remain in the lower part of the shutter and cause a malfunction of the automatic teller machine. The bank can be taken out of the collection unit and reused as it is, and the banknote to be withdrawn to the user can be obtained by the collection unit.

Claims (12)

In the automatic teller machine including a shutter through which bills go in and out, A lift unit which receives the banknotes discharged from the inside of the automatic teller machine and transfers them to the shutter; A guide part including a guide path such that the lift part is slidably guided to the lower part of the shutter; And Withdrawal device of a financial automation device, characterized in that it comprises a drive means for the lift unit to move up and down in the guide portion. According to claim 1, A slider sliding to the guide part of the guide part to move to the shutter along the guide part of the guide part; And The upper portion is pivotally coupled to the slider to rotate on the slider and the lower portion includes a lift consisting of a pedestal on which bills are placed; At the bottom of the lift unit is a withdrawal device for a financial automation device, characterized in that the recovery unit is arranged to recover the bills received from the pedestal of the lift by the rotation of the lift. The method of claim 2, The side of the slider is provided with a pin to pass through the guide path, the pin is coupled to the sliding bearing to contact the guide path, the outer side of the sliding bearing is fixed to the pin and the sliding bearing is the pin Withdrawal device of a financial automation device, characterized in that it comprises a fixing ring to be bound to. The method of claim 2, A side of the slider includes a protrusion formed to protrude through the guide path, the lift pin is provided to move along the guide path when the protrusion is pressed by the drive means, the lift pin is in contact with the guide path A sliding bearing is coupled to move while moving, the withdrawal device of the financial automation device, characterized in that the outer side of the sliding bearing includes a fixing ring for fixing the sliding bearing to the pin. The method of claim 2, The lower surface of the slider is provided with an unevenness so that the pedestal of the lift is inserted into the unevenness to the withdrawal device of a financial automation device. According to claim 1, The recovery unit includes a rotating plate axially coupled to the lower portion of the withdrawal movement path mounted on the automatic teller machine and a fixed plate that is coupled to the rotating plate at a predetermined interval from the rotating plate and discharged from the withdrawal movement path. And the recovery unit is rotated to the lower portion of the lift unit so that the banknote discharged from the lower portion of the lift unit flows in. The method of claim 6, The withdrawal movement path mounted on the automatic teller machine comprises a blocking plate which blocks the withdrawal movement way so that banknotes flow into the collection unit. The method according to claim 1 or 2, The lift part includes a locking member for pressing the lift to rotate with respect to the slider, and the guide part includes a pressing member for pressing the locking member when the lift part moves downward along the guide path of the guide part. Withdrawal device of a financial automation device, characterized in that provided. According to claim 1, The guide part includes a guide frame including the guide path such that the lift part moves to a lower portion of the shutter; And And a first guide member coupled to the inside of the guide frame and having a plurality of plates spaced apart from each other so that the lift portions are alternately inserted and moved. The method of claim 9, The guide frame is spaced apart from the first guide member and the second guide member is coupled, and the second guide member has a plurality of plates spaced apart from each other such that the pedestal is inserted and moved like the first guide member, 1 Withdrawal device of a financial automation device, characterized in that the upper portion is provided with a guide member with a narrower than the lower portion so that the banknotes are aligned while moving. According to claim 1, The driving means includes a lift guide having a linear groove formed in a predetermined section, and a part of the lift part placed in the linear groove; A rotating shaft coupled to the end of the lift guide to rotate; And Withdrawal device of a financial automation device comprising a drive motor for transmitting a rotational force to the rotating shaft. According to claim 1, The driving means may include a cylinder to allow rods to be coupled to both sides of the lift unit so as to move the lift unit up and down, or a screw round rod screwed to the female screw coupled to the lift unit and the screw round rod. Withdrawal device of a financial automation device comprising a motor to rotate to move the lift unit.