KR20100080176A - Appratus for receiving and dispensing notes in an automated teller machine - Google Patents

Abstract

PURPOSE: A paper money paying-in and paying-out device of an automatic teller machine is provided to prevent the elevation at the rotation at a going up and coming down process of a push plate of a temporary storage unit or a rotation process by establishing a lock device. CONSTITUTION: A temporary storage unit comprises a push plate(22) for the paper money being loaded and ascending and descend, and an isolation stack unit for the separation of the paper money or a stack and a case(25). A supplement fetching unit comprises the push plate ascending and descend the paper money. The push plate of the temporary storage unit is pushed in the separation of the paper money through the supplement fetching unit or the stack process. The push plate of the supplement fetching unit rises to the isolation stack unit of the temporary storage unit in order to perform the stack operation or the separation of the paper money. The elevating movement and rotational motion of the push plate operate with one motor and the gear mechanism connected to the motor.

Description

Banknote teller machine {Appratus for receiving and dispensing notes in an automated teller machine}

The present invention relates to a banknote deposit and withdrawal device of the automatic teller machine. More specifically, the present invention relates to a paper money deposit and withdrawal device of the automated teller machine, which can reduce the cost by using a separate stack unit in the temporary storage unit and the supplemental collection unit of the paper money deposit and withdrawal device usually located up and down.

In general, an automated teller machine (ATM) includes an input unit for inputting information, a financial service menu, and a screen unit on which a transaction status is displayed. Is provided, the customer is to carry out cash withdrawal through the banknote withdrawal device.

1 is a view showing a schematic configuration of a banknote deposit and withdrawal device 1 of a general automatic teller machine.

Banknote deposit and withdrawal device 1 is a control unit (not shown) for controlling the entire device, including the deposit and withdrawal of banknotes, the deposit and withdrawal unit (2) for the customer to put or receive banknotes for withdrawal and withdrawal, the banknotes withdrawal and withdrawal through the withdrawal and withdrawal transfer Is provided on the conveying path (5), the conveying path (5) to discriminate whether there is an abnormality of the bill (6), a plurality of bill storage box for loading the bills, and to take out the bills when there is a withdrawal request (7; 7a, 7b, 7c, 7d) are provided.

In addition, the banknote entry and withdrawal device 1 is a temporary storage unit 20 for temporarily storing the banknotes, supplementary recovery unit 10 for replenishing the bills with or retrieving the banknotes from the banknote storage box, or more It further includes a reject box 8 in which bills and the like are stored.

In a deposit transaction, when a customer puts a banknote into the deposit space a, the separation part 3 separates a banknote one by one and transfers it to the conveyance path 5. The banknotes carried out to the conveyance path 5 go through the discriminating part 6, and the presence or absence of abnormality of a banknote is determined. After passing through the discriminating unit 6, the banknotes (hereinafter referred to as "normal banknotes") determined as normal tickets by the discriminating unit are stored in the temporary storage unit 20, and the banknotes (hereinafter referred to as "reject banknotes") identified as abnormal tickets are withdrawn spaces. After stacking and sorting in (b), the customer can deposit again.

Banknotes determined as normal banknotes in the discriminating unit 6 are stored in the temporary storage unit 20, and are stored in the banknote storage box 7 by passing through the conveying path 5 at the request of a customer's deposit.

In the withdrawal transaction, when a customer requests withdrawal, the banknotes stored in the banknote storage box 7 are sent to the conveying path 5 to pass through the discriminating unit 6. The normal banknotes are stacked and aligned by the stack section 4 into the withdrawal space b, and then withdrawn by the customer. At this time, the banknotes determined as reject banknotes in the discriminating unit 6 are stored in the temporary storage unit 20 and then sent to the reject box 8.

The plurality of bill storage boxes 7a, 7b, 7c, and 7d are loaded with different kinds of bills or banknotes of the same kind, and the bills of the corresponding kind requested by the customer by a signal from the control unit are stored in the bill storage box (7 Banknotes withdrawn from the customer or put through the deposit and withdrawal unit 2 are deposited and loaded into the banknote storage box 7.

Since the ratio of banknotes to be withdrawn and withdrawn through the automated teller machine on average is about 7: 3, withdrawal is large, and if the above-mentioned withdrawal and withdrawal process is repeated, the banknotes loaded on the banknote storage box 7 may be insufficient. In this case, a supplementary collection unit 10 is additionally installed in case the banknote storage box 7 is insufficient, and the supplementary collection unit is not used for the withdrawal and withdrawal of banknotes, and supplements the banknotes required for the banknote storage box 7. Or, it is used only for the purpose of collecting the bill stored in the bill storage box.

2 is a diagram illustrating a schematic configuration of the temporary storage unit 20 and the supplemental recovery unit 10.

Although different depending on the automatic teller machine, the temporary storage unit 20 and the supplemental collection unit 10 are often located up and down in the banknote device 1 and 2 as shown.

The replenishment recovery unit 10 and the temporary storage unit 20 has separate stack portions 11 and 21, each consisting of a pick-up roller, a feed roller, and a guide roller. Push plates) 12 and 22 are pulled up and down to the separating stack portions 11 and 21 to separate banknotes.

However, since the separation stacks 11 and 21 consisting of three rollers are relatively expensive devices, only one separation stack is installed in the temporary storage unit 20 and the supplemental recovery unit 10 located up and down, and If it can be used publicly, it will help a lot in reducing the cost of the automated teller machine.

Therefore, the present invention has been invented in view of the above circumstances, and it is possible to use a separate stack part of a temporary storage part and a supplementary recovery part which are normally located up and down in a banknote deposit and withdrawal device of the automatic teller machine. The purpose is to provide a device.

Banknote withdrawal device of the automated teller machine of the present invention, a plurality of banknote storage box for storing the banknotes or banknotes for withdrawal; Temporary storage for temporarily storing the bill during the deposit or withdrawal process of the bill; Located at the bottom of the temporary storage unit has a replenishment recovery unit 10 for replenishing the bills in the bill storage box or recover the bills from the bill storage box, the temporary storage unit 20 is pushed for loading and lifting bills A plate 22, a separation stack 21 for separating or stacking banknotes, and a case 25, wherein the replenishing and collecting section includes a push plate 12 for lifting and lifting banknotes. When separating or stacking banknotes through the replenisher, the push plate 22 of the temporary storage unit is rotated and evacuated, and the push plate 12 of the replenisher collection unit is lifted toward the separation stack 21 of the temporary storage unit. It is characterized by separating or stacking banknotes.

In addition, the lifting and rotating movement of the push plate 22 is characterized in that made by one motor 51, a gear device connected to the motor.

In addition, the gear device includes a drive gear 52 connected to the motor 51 and a main gear 53 meshing with the drive gear 52, and the rotational force of the motor 51 is the main gear 53. ), The main gear 53 rotates about the main axis of the shaft, and the lifting motion of the push plate 22 occurs, and the rotational force of the motor 51 is transmitted to the main gear 53, As the main gear 53 rotates about the drive gear shaft 52a, a rotational movement of the push plate 22 occurs.

Further, in the lowermost position of the push plate 22, if the motor 51 further rotates in the direction of lowering the push plate 22, the push plate 22 is centered on the drive gear shaft 52a. It is characterized by being rotated.

In addition, it characterized in that it comprises a lock device for preventing the lifting and rotating movement of the push plate 22 to occur together.

In addition, the gear device includes a drive gear 52 connected to the motor 51, a main gear 53 for meshing with the drive gear 52, a plurality of gears for meshing with the main gear 53, A belt that rotates between any one of the plurality of gears and the sub-gear, and a lifting unit 60 fixed to the belt and the push plate 22, wherein the rotational force of the motor 51 is the drive gear 52. ), The main gear 53, the plurality of gears, the belt and the lifting unit 60 in turn is characterized in that the push plate 22 to elevate.

In addition, the temporary storage unit further includes a side plate 30 that is vertically erected on both sides of the push plate 22, the vertical bore 61 is connected to the lifting unit 60, the vertical bore 61 ) Is inserted into the vertical column 62 is connected to the upper end and the lower end of the side plate 30 extending therebetween, the lifting movement of the lifting unit 60 is guided by the vertical column 62 It features.

In addition, the gear device further includes a main gear pin 53a fixed to the main gear 53, and the main gear pin 53a is the side plate 30 while the push plate 22 is lifted. Is inserted into the round groove 31 formed in the characterized in that to move along the trajectory of the round groove (31).

In addition, in the lowermost position of the push plate 22, the main gear pin 53a is blocked by the end of the round groove 31 of the side plate 30, the motor 51 is the push plate ( 22, further rotating in the downward direction, the force transmitted to the main gear pin 53a rotates the side plate 30 and the push plate 22 about the drive gear shaft 52a. It is done.

In addition, it characterized in that it comprises a lock device for preventing the lifting and rotating movement of the push plate 22 to occur together.

In addition, the lock device is characterized in that it comprises a front lock device for preventing the push plate 22 from moving forward during the lifting movement of the push plate (22).

In addition, the front lock device includes a V-groove blocking portion 70 formed in the case 25, the end of the side plate 30 is blocked the V-groove during the lifting movement of the push plate 22. Is inserted into the V-groove of the portion 70 is characterized in that the front plate 30 and the push plate 22 of the front movement is prevented.

In addition, the lock device is characterized in that it comprises a rear lock device for preventing the push plate 22 is moved to the rear during the lifting movement of the push plate (22).

In addition, the rear lock device includes a first magnet 86 attached to an end of the side plate 30, and a second magnet 87 opposite to the first magnet, the push plate 22 of the During the lifting movement, the first and second magnets 87 are in contact with each other, so that the rear plate of the side plate 30 and the push plate 22 is prevented.

In addition, the rear lock device includes a hook 80 connected to the side plate 30, and a protruding pin 26 connected to the case, the hook 80 during the lifting movement of the push plate 22 ) Is caught by the protruding pin to prevent the rear movement of the side plate 30, and during the rotational movement of the push plate 22 is characterized in that the hook 80 is released from the protruding pin 26.

In addition, the rear lock device further comprises a horizontal extension portion 82 formed integrally with the hook 80, and a spring 81 for pressing the hook 80 downward, the push plate 22 is The lower end of the push plate 22 presses the horizontal extension portion 82 immediately before switching from the lifting movement to the rotational movement, so that the hook 80 is spaced upwardly from the protruding pin 26 to release the lock. It is characterized by.

In addition, the rear lock device has a rear projection pin 65 connected to the push plate 22, and a vertical jaw 91 formed vertically along the lifting path of the push plate 22 to face the rear projection pin. It includes, the rear movement during the lifting movement of the push plate 22 is characterized in that it is blocked by the contact of the rear protrusion pin 65 and the vertical jaw (91).

In addition, the lock device is characterized in that it comprises a lift lock device for preventing the push plate 22 to rise during the rotational movement of the push plate (22).

In addition, the lift lock device includes a round jaw 92 formed along the rotational trajectory of the push plate 22, the rising during the rotational movement of the push plate 22 is the end of the push plate and the round jaw ( 92) is blocked by the contact.

According to the present invention, it is possible to use a separate stack of the temporary storage unit and the supplementary collection unit which is usually located up and down in the banknote device of the automatic teller machine can reduce the cost.

Hereinafter, the configuration and operation of the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings. Here, in adding reference numerals to the elements of each drawing, it should be noted that the same elements are denoted by the same reference numerals as much as possible even if they are shown in different drawings.

3 is a view schematically showing the push plates 12 and 22 of the temporary storage unit 20 and the supplemental recovery unit 10 and the separation stack 21 of the temporary storage unit 20 according to the present invention. 4 is a view showing a state in which the push plate 22 of the temporary storage unit 20 is retracted and the push plate 12 of the refill recovery unit 10 is raised. Here, the state in which the push plate 22 of the temporary storage unit 20 is retracted refers to a state in which the push plate 22 is rotated so as not to interfere with the rise of the push plate 12 of the replenishment recovery unit 10, and the returned state of the push plate 22 is The state of returning before retreat.

In the present invention, the separate stack portion of the temporary storage portion 20 and the supplementary recovery portion 10 are not provided, but the bills of the supplementary recovery portion 10 are used by using the separate stack portion 21 of the temporary storage portion 20. It provides a configuration that allows to separate or stack.

The temporary storage unit 20 serves to temporarily store the banknotes when the customer deposits or withdraws the banknotes, so that the banknotes do not remain in the temporary storage unit 20 after the deposit or withdrawal operation is completed. Therefore, when separating or stacking banknotes using the supplemental collection section 10, the push plate 22 of the temporary storage section 20 is in a state where no banknote is present.

When the banknotes of the supplementary collection unit 10 are separated or the banknotes are stacked in the supplementary collection unit 10, the push plate 22 of the temporary storage unit 20 is evacuated (see FIG. 4), and the supplementary collection unit 10 is stored. ) Push plate 12 is lifted toward the separation stack 21 of the temporary storage unit 20 to separate or stack the bills.

5 is a perspective view showing a schematic configuration of the temporary storage unit 20 of the present invention, Figure 6 is a perspective view showing a state in which the push plate 22 is rotated to the retracted position, Figure 7 is a temporary storage unit 20 It is a figure which shows the structure of the gear unit and the motor 51 of this.

The temporary storage unit 20 includes a push plate 22, a side plate 30, a gear device, a motor 51, and the like. The push plate 22 is lifted up and down when separating or stacking banknotes of the temporary storage unit 20 itself. On the other hand, when separating or stacking the bills of the refill recovery unit 10, the push plate 22 is rotated so as not to interfere with the movement of the push plate 12 of the replenishment recovery unit 10 to be retracted (State shown in FIG. 6).

Hereinafter, the configuration for the vertical movement of the push plate 22 will be described.

The motor 51 is connected to the drive gear 52 to rotate the drive gear. The drive gear 52 is connected to the main gear 53, the main gear 53 is connected to the first, second and third gears 54, 55, 56 to drive the driving force from the motor 51 To pass. The timing belt 58 is connected between the third gear 56 and the auxiliary gear 57. The elevating unit 60 connected to the push plate 22 is fixed to the timing belt 58. The vertical bore 61 is integrally connected to the elevating part 60, and the vertical bore 61 is inserted into the vertical bore 61 and is connected to the upper end and the lower end of the side plate 30 and extends therebetween. As a result, the lifting movement of the lifting unit 60 is guided by the vertical column 62.

When the drive gear 52 is rotated by the rotation of the motor 51, the rotational force of the drive gear 52 is in turn the main gear 53, the first, second, third gears 54, 55, 56 and timing Delivered to the belt 58. As the timing belt 58 rotates between the third gear 56 and the auxiliary gear 57, the push plate 22 connected to the lifting unit 60 moves up and down.

The main gear pin 53a is integrally connected to the main gear 53, and the main gear pin 53a is inserted into the round groove 31 formed in the side plate 30. When the motor 51 is driven and the main gear 53 rotates, the main gear pin 53a also rotates along the round groove 31. When the main gear pin 53a is located at the lowermost side of the round groove 31, the push plate 22 is also at the lowest position, and the main gear pin 53a is positioned at the uppermost side of the round groove 31. Push plate 22 is also at the highest position. In the figure, when the main gear 53 rotates counterclockwise, the push plate 22 rises, and when rotated clockwise, the push plate 22 descends.

Hereinafter, the configuration for the rotational motion at the time of evacuation of the push plate 22 will be described.

In the lowermost position of the push plate 22 (lowest position of the main gear pin 53a), even if the main gear 53 further rotates clockwise, the main gear pin (which is integrally connected with the main gear 53) 53a) is blocked in the round groove 31 and can no longer be moved. Therefore, the main gear 53 does not rotate about the main gear axis, but rotates about the drive gear shaft 52a along the outer surface of the teeth of the drive gear 52. At this time, the rotation force of the main gear 53 is transmitted to the main gear pin 53a, and the main gear pin 53a lifts up the side plate 30 to rotate about the drive gear shaft 52a. At this time, the side plate 30 also lifts the lifting unit 60 and the push plate 22 together, so that the push plate 22 also rotates about the drive gear shaft 52a. Since the main gear 53 is not rotated about the main gear axis but rotates about the drive gear shaft 52a, the remaining gears (first, second and third gears 54, 55, 56) are also separated from each other. Instead of rotating about the axis, the main gear 53 and the body rotate about the drive gear shaft 52a.

After the push plate 22 is completely retracted, the push plate 12 of the replenishment recovery unit 10 may be elevated. When the push plate 22 returns, the main gear 53 rotates counterclockwise about the drive gear shaft 52a. When the driving force of the motor 51 is continuously transmitted to the main gear 53 in the state in which the main gear pin 53a is in the lowest position (shown in FIG. 5), the main gear pin 53a returns to the side plate. It is possible to move along the round groove 31 of (30), from which the main gear 53 is rotated about the main gear axis, the push plate 22 starts the lifting movement again.

As such, the push plate 22 of the temporary storage unit 20 may perform both the lifting and rotating movements, but the lifting and rotating movements should not occur together. For example, the rotational motion should not occur during the lifting motion of the push plate 22, and the lifting motion should not occur during the rotational motion. Accordingly, in the present invention, a lock device is provided for allowing the lifting and rotating movements of the push plate 22 to occur separately.

8 shows a front lock structure for preventing the side plate 30 from moving forward during the lifting motion of the push plate 22.

The case 25 of the temporary storage unit 20 is integrally formed with the V-groove blocking unit 70, and the end of the side plate 30 is the V-groove blocking unit during the lifting motion of the push plate 22. It is inserted into the V-groove of the 70 to prevent the side plate 30 and the push plate 22 to move forward. In addition, the V-groove blocking portion 70 also prevents the side plate 30 from swinging from side to side.

9 shows a rear lock structure that prevents the side plate 30 from moving backwards (down in FIG. 8) during the lifting motion of the pushplate 22.

A hook 80 is connected to the lower side of the side plate 30. Spring 81 is connected to the hook 80, the hook 80 is always pressed down. While the push plate 22 is being raised and lowered, the hook 80 is caught by the protruding pin 26 formed on the case 25 by a spring force, thereby preventing the side plate 30 from moving backward (Fig. 9). See (a) of].

The opposite end of the hook 80 is composed of a horizontal extension 82. When the lower end of the push plate 22 presses the horizontal extension portion 82 from above, the hook 80 rotates up about the shaft 84 so that the hook 80 is released from the protruding pin 26. In this state, the side plate 30 can move to the rear (downward in Fig. 8) (see Fig. 9 (b)).

Even when the push plate 22 is lowered and the main gear pin 53a is at the lowermost position of the round groove 31 of the side plate 30 (state shown in FIG. 5), the main gear pin 53a is provided. Silver is not completely in contact with the round groove 31, so that the main gear 53 can be rotated slightly further about the main gear axis (about 5 to 10 degrees). Thus, the push plate 22 may be a slight downward movement, and the lower end of the push plate 22 presses the horizontal extension portion 82 from above, the hook 80 is the protruding pin 26 Is released. When the driving force of the motor 51 is applied in this state, the main gear 53 is rotated about the drive gear shaft 52a, and the push plate 22 is evacuated.

FIG. 10 shows another rear lock structure that prevents the side plate 30 from moving backwards (down in FIG. 8) during the lifting motion of the pushplate 22.

The first magnet 86 is attached to the side surface of the side plate 30, and the second magnet 87 is attached to the surface of the case 25 opposite to the side plate. During the lifting movement of the push plate 22, the two magnets 86 and 87 are contacted to prevent the side plate 30 from moving backward. When the motor 51 is driven to rotate the push plate 22, the driving force of the motor 51 exceeds the magnetic force of the magnet so that the two magnets 86 and 87 may be separated and the push plate 22 may rotate. .

FIG. 11 shows another rear lock structure (rear block 90) which prevents the side plate 30 from moving rearward during the lifting motion of the push plate 22. A vertical jaw 91 is formed at the rear blocking portion 90. The rear protrusion pin 65 is connected to the push plate 22 through the lifting unit 60, and as the push plate 22 moves up, the rear protrusion pin 65 is also lifted. The vertical jaw 91 is vertically spaced slightly from the vertical movement path of the rear protrusion pin (65). Therefore, when the push plate 22 is rotated during the lifting, the rear protrusion pin 65 is in contact with the vertical jaw 91 to prevent the further rotation of the push plate 22. On the other hand, the rear blocking portion 90 is provided with a round tuck 92. When the push plate 22 rises during the rotation of the push plate 22, the upper surface of the push plate 22 is blocked by the round tuck 92 to prevent the push plate from rising.

If the rear blocking portion 90 is formed slightly lower than the position shown in FIG. 11 (a position where the vertical jaw 91 directly faces the rear protruding pin 65), the push plate 22 is the lowermost side. Even when in the rear protrusion pin 65 is blocked by the vertical jaw 91, the rotation of the push plate 22 is prevented. Instead, when the pushplate 22 rotates, the pushplate should be lowered slightly down and then rotated.

As described above, the temporary storage unit 20 according to the present invention is configured to enable both the lifting motion and the rotational motion of the push plate 22. The push plate 22 of the temporary storage unit 20 is rotated and retracted to separate or stack the banknotes of the supplemental recovery unit 10, and the push plate 12 of the supplemental recovery unit 10 is temporarily stored ( 20 is lifted toward the separation stack portion 21 to separate or stack banknotes. Therefore, it is possible to separate or stack the banknotes of the replenishment recovery unit 10 by using the separation stack 21 of the temporary storage unit 20. In this way, the separate stack 21, which is a relatively expensive device, does not need to be installed in both the temporary storage unit 20 and the supplemental recovery unit 10, but only in the temporary storage unit 20. Can reduce the cost.

In addition, a lock device for preventing the push plate 22 of the temporary storage unit 20 from being rotated or lifted during the rotation is provided, so that each movement can be made stable.

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit and scope of the invention will be.

1 is a view showing a schematic configuration of a banknote withdrawal device of a general automatic teller machine.

2 is a view showing a schematic configuration of a temporary storage unit and a supplemental recovery unit according to the prior art.

3 is a view showing a schematic configuration of a temporary storage unit and a supplemental recovery unit according to the present invention.

4 is a view showing a push plate of the temporary storage unit is evacuated and the push plate of the separation stack according to the present invention is raised.

Figure 5 is a perspective view showing a schematic configuration of the temporary storage of the present invention.

Figure 6 is a perspective view showing a state in which the push plate of the present invention is rotated to the retracted position.

Figure 7 is a perspective view showing the configuration of the gear unit and the motor of the temporary storage unit of the present invention.

8 is a view showing a front lock structure for preventing the side plate from moving forward during the lifting motion of the push plate.

9 is a view showing a rear lock structure to prevent the side plate from moving backward during the lifting movement of the push plate.

10 shows another rear lock structure to prevent side plates from moving backward during the lifting motion of the pushplates.

FIG. 11 shows another rear lock structure preventing the side plates from moving backward during the lifting motion of the pushplate. FIG.

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

10: supplementary recovery unit 20: temporary storage unit

21: separation stack 22: push plate

25 case 30 side plate

31: round groove 51: motor

52: drive gear 52a: drive gear shaft

53: main gear 53a: main gear pin

57: auxiliary gear 58: timing belt

60: lifting portion 61: vertical bore

62: vertical pillar 70: V groove blocking portion

80: hook 86, 87: magnet

90: rear blocking part

Claims (19)

A plurality of bill storage boxes for storing bills to be deposited or bills for withdrawal; Temporary storage for temporarily storing the bill during the deposit or withdrawal process of the bill; In the paper money deposit and withdrawal device of the automated teller machine, which is located at the lower part of the temporary storage part and has a supplementary recovery part 10 for replenishing the bill with the bill storage box or recovering the bill from the bill storage box, The temporary storage unit 20 includes a push plate 22 for loading and lifting bills, a separation stack 21 for separating or stacking bills, and a case 25. The replenishment recovery unit includes a push plate 12 for loading and lifting bills, When separating or stacking banknotes through the replenisher, the push plate 22 of the temporary storage unit is rotated and evacuated, and the push plate 12 of the replenisher collection unit is lifted toward the separation stack 21 of the temporary storage unit. Banknote automatic teller machine, characterized in that for separating or stacking the banknotes. 2. The banknote deposit and withdrawal device of the automated teller machine according to claim 1, wherein the lifting and rotating movements of the push plate are made by one motor and a gear device connected to the motor. According to claim 2, wherein the gear device includes a drive gear 52 connected to the motor 51, and the main gear 53 for engaging the drive gear 52, The rotational force of the motor 51 is transmitted to the main gear 53, and the main gear 53 rotates about the main gear axis, thereby raising and lowering the push plate 22, The rotational force of the motor 51 is transmitted to the main gear 53, so that the rotational movement of the push plate 22 occurs by rotating the main gear 53 about the drive gear shaft 52a. Banknote machine withdrawal device of the automatic teller machine. 4. The drive plate shaft 52a according to claim 3, wherein in the lowermost position of the push plate 22, if the motor 51 further rotates in the direction of lowering the push plate 22, the push plate 22 is driven gear shaft 52a. Banknote automatic teller machine, characterized in that rotated about). The banknote deposit and withdrawal device according to any one of claims 2 to 4, further comprising a lock device for preventing the lifting and rotating movements of the push plate 22 from occurring together. The method of claim 2, wherein the gear device, Any one of a drive gear 52 connected to the motor 51, a main gear 53 engaged with the drive gear 52, a plurality of gears engaged with the main gear 53, and a plurality of gears; And a belt rotating between the gear and the sub-gear, and a lifting unit 60 fixed to the belt and the push plate 22, The rotational force of the motor 51 is transmitted to the driving gear 52, the main gear 53, the plurality of gears, the belt and the lifting unit 60 in turn to raise and lower the push plate 22 Banknotes withdrawal device of automated machine. The method of claim 6, wherein the temporary storage portion further comprises a side plate (30) perpendicular to both sides of the push plate 22, The vertical bore 61 is connected to the lifting unit 60, The vertical bore 61 is inserted into the vertical column 62 which is connected to the upper end and the lower end of the side plate 30 and extends therebetween, and the elevating motion of the elevating unit 60 is the vertical column 62. Banknotes withdrawal device of the automated teller machine, characterized in that guided by. According to claim 7, wherein the gear device further comprises a main gear pin (53a) fixed to the main gear (53), While the push plate 22 is raised and lowered, the main gear pin 53a is inserted into the round groove 31 formed in the side plate 30 to move along the trajectory of the round groove 31. Banknote machine withdrawal device of the automatic teller machine. According to claim 8, wherein the main gear pin (53a) in the lowermost position of the push plate 22 is blocked by the end of the round groove 31 of the side plate 30, When the motor 51 further rotates in the direction of lowering the push plate 22, the force transmitted to the main gear pin 53a causes the side plate 30 and the push plate 22 to rotate on the drive gear shaft. Banknotes deposit and withdrawal device of the automatic teller machine, characterized in that the rotation about 52a. 10. The banknote deposit and withdrawal device according to any one of claims 7 to 9, comprising a lock device for preventing the lifting and rotating movements of the push plate 22 from occurring together. The banknote device according to claim 10, wherein the lock device includes a front lock device to prevent the push plate 22 from moving forward during the lifting motion of the push plate 22. Device. The method of claim 11, wherein the front lock device includes a V groove blocking portion 70 formed in the case 25, During the lifting motion of the push plate 22, the end of the side plate 30 is inserted into the V groove of the V groove blocking part 70 to prevent the front plate 30 from moving forward. Banknotes deposit and withdrawal device of the automatic teller machine characterized in that it becomes. 11. The method according to claim 10, wherein the lock device comprises a back lock device for preventing the push plate 22 from moving backward during the lifting movement of the push plate 22 Device. 14. The rear lock device according to claim 13, wherein the rear lock device includes a first magnet (86) attached to an end of the side plate (30), and a second magnet (87) opposite to the first magnet, During the lifting movement of the push plate 22, the first and second magnets 87 are in contact to prevent the rear plate movement of the side plate 30 and the push plate 22, characterized in that the banknote of the automated teller machine Teller machine. The method of claim 13, wherein the rear lock device includes a hook 80 connected to the side plate 30, and a protruding pin 26 connected to the case, During the lifting motion of the push plate 22, the hook 80 is caught by the protruding pin to prevent the rear movement of the side plate 30, and the hook 80 during the rotation of the push plate 22. Banknotes withdrawal device of the automated teller machine, characterized in that is released from the protruding pin (26). The method of claim 15, wherein the rear lock device further comprises a horizontal extension portion 82 formed integrally with the hook 80, and a spring 81 for pressing the hook 80 downward, The lower end of the push plate 22 presses the horizontal extension portion 82 immediately before the push plate 22 is switched from the lifting movement to the rotational movement, so that the hook 80 is removed from the protruding pin 26. Banknotes withdrawal device of the automated teller machine, characterized in that the lock is released spaced upward. The vertical locking device according to claim 13, wherein the rear lock device comprises a rear protrusion pin (65) connected to the push plate (22) and a vertical jaw formed vertically along a lifting path of the push plate (22) to face the rear protrusion pin (15). Including 91, The back and forth movement during the lifting movement of the push plate 22 is blocked by the contact of the rear protrusion pin (65) and the vertical jaw (91). 11. The banknote deposit and withdrawal device of an automatic teller machine according to claim 10, wherein the lock device comprises a lift lock device which prevents the push plate from rising during the rotational movement of the push plate. The method of claim 18, wherein the rising lock device comprises a round jaw 92 formed along the rotational trajectory of the push plate 22, The rising and lowering during the rotational movement of the push plate 22 is blocked by the contact of the end of the push plate and the round tuck 92, characterized in that the automatic teller machine withdrawal device.

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