KR100618273B1 - Recyclebox which is avoided stack guide and stack roller - Google Patents

Abstract

The present invention relates to a recycle box in which a stack guide and a stack roller are avoided when a stack guide and a stack roller are withdrawn in a recycle box where all deposits and withdrawals are implemented to avoid a stable deposit and withdrawal operation.

The present invention for realizing this is coupled to the stacking roller for stack-aligning the bills to be deposited in contact with the lower outer edge of the feed roller injecting the bills to be deposited and the rotary shaft of the feed rollers when the deposit is turned down and withdrawn In the recycle box comprising a stack guide which is pivoted upward, the stack roller pivot shaft on which the stack roller is eccentrically installed is formed with a guide protrusion on one surface thereof and is rotated forward and backward by receiving rotation driving force from the driving motor. And one end is coupled with the stack roller pivot and the other end is inserted into the slide hole formed in the longitudinal direction, and the guide protrusion is avoided by the slide bar which is slid by the rotation of the rotary gear. Avoided by a plurality of link bars installed between the slide bars The invention provides a recycle box in which the stack guide and the stack roller are avoided, and the withdrawal operation including the deposit operation is stably implemented.

Recycle Box, Stack Guide, Stack Roller, Swivel Gear, Slide Bar

Description

Recyclebox which is avoided stack guide and stack roller}

1 is a perspective view of a recycle box in which a stack guide and a stack roller are avoided according to an embodiment of the present invention;

Figure 2a is a schematic state diagram for explaining the deposit operation of the recycle box avoiding the stack guide and the stack roller according to an embodiment of the present invention,

Figure 2b is a schematic state diagram for explaining the withdrawal operation of the recycle box in which the stack guide and the stack roller is avoided according to an embodiment of the present invention,

3 is a perspective view of a state in which the housing is removed from a recycle box in which the stack guide and the stack roller of FIG. 1 are avoided;

4 is a perspective view showing the main components of the deposit and withdrawal unit in the recycle box avoiding the stack guide and the stack roller of FIG.

5 is a perspective view showing a component to avoid the stack guide and the stack roller in a recycle box in which the stack guide and the stack roller is avoided according to an embodiment of the present invention,

Figure 6 is a schematic state diagram for explaining the avoiding operation of the stack guide and the stack roller in the recycle box in which the stack guide and the stack roller is avoided according to an embodiment of the present invention.

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

10: stack roller 10a: wing piece

11: stack roller pivot 20: stack guide

21: Stack Guide Jam 30: Rotating Gear

31: guide protrusion 40: drive motor

41: drive gear 50: slide bar

51: slide slot 60: link connection

61: first link bar 62: second link bar

63: third link bar 64: first link bar pivot

70: horizontal bar 110: push plate

310: pickup roller 320: feed roller

321: feed roller rotation axis 330: guide roller

331: Guide Roller Bracket

The present invention relates to a recycle box in which a stack guide and a stack roller are avoided during a withdrawal operation, and more particularly, a stack guide entering a bill transfer path in a recycle box where all deposits and withdrawals are implemented. And when the stack roller withdrawal relates to a recycle box avoiding the stack guide and the stack roller to be avoided on the bill transfer path to implement a stable deposit and withdrawal operation.

A recycling box is a reflux type storage box for storing banknotes to be withdrawn or loaded into the ATM, and is installed in an ATM automatic teller machine that implements all deposits and withdrawals. will be.

For example, a recycle box includes a push plate on which a bill is loaded and lowered on an upper surface thereof, a plurality of withdrawal rollers that are installed on the push plate and withdraw the banknotes loaded on an upper surface of the push plate, and the bills to be deposited. It comprises a plurality of deposit rollers to be loaded into the box upper surface.

In addition, the recycle box is a stack guide which is turned downward to guide the transfer path of the banknotes to be deposited while the banknotes are not in contact with the withdrawal roller when the deposit operation is carried out, It further comprises a stacking roller for aligning and stack-assisted banknotes hit by hitting the rear end of the banknotes introduced along the stack guide is made to perform a stable deposit operation.

Specifically, in the recycle box, when the push plate is lowered and the space for depositing the banknotes is secured when the banknotes deposit operation is performed, the banknotes to be deposited are introduced into the space secured by the deposit roller and loaded on the upper surface of the pushplate. On the other hand, the loading guide is assisted by the stack guide and the stack roller, and when the banknote withdrawal operation is performed, the push plate is raised so that the banknotes on the upper surface are pressed at the lower end of the withdrawal roller. And withdrawal.

On the other hand, the stack guide is turned upwards when the withdrawal operation is performed, the push plate should be in pressure contact with the withdrawal roller, the banknotes of the upper surface of the push plate is in contact with the lower end of the withdrawal roller to separate the bills and Withdrawal operation must be performed.

However, the recycle box according to the related art is a structure in which a separate solenoid is coupled to only the stack guide, and when the deposit is made, the stack guide is pivoted downward by the linear movement of the solenoid and when the withdrawal is restored, the stack guide is restored and turned upward. Since the roller is fixedly installed, if the push plate is raised during withdrawal, there is a disadvantage that the wing piece interferes with the banknotes loaded on the push plate.

As such, when the banknotes to be withdrawn interfere with the wing of the stack roller, an unexpected error occurs when the banknotes are separated and withdrawn by the withdrawal roller.

That is, since the blade piece of the stack roller enters the banknote conveyance path even when the withdrawal is made, since the blade piece is made of a soft material, the blade roller with respect to the withdrawal bill is adjusted by adjusting the position of the stack roller based on the rule of thumb. In order to avoid the interference as much as possible, the positioning of such a stack roller is not only a very difficult task, but also the bills which are withdrawn due to the bad condition of the bills, the wear of the blade pieces, or various unpredictable variables in the recycle box. There is a problem that can not be stably withdrawn due to interference.

Accordingly, the present invention is a recycle box in which a stack guide and a stack roller are avoided so that the stack guide and the stack roller are avoided on the banknote conveying path during the withdrawal operation in the recycle box so that a stable deposit and withdrawal operation is performed in the recycle box. The purpose is to provide.

The present invention for achieving the above object is a stacking roller in contact with the lower outer edge portion of the feed roller injecting the bills to be deposited, the plurality of wing pieces hit the rear end of the bills stack stacked sorting the bills, the In a recycle box including a stack guide coupled to the rotary shaft of the feed roller when the deposit is turned down, and when the withdrawal is turned up, the guide roller in contact with the lower outer edge of the feed roller is rotated on the guide roller bracket The stack roller pivot, which is installed through the stack roller and is eccentrically installed, has a guide protrusion formed on one surface thereof, and a rotating gear that is rotated forward and backward by receiving a rotational driving force from a driving motor, and one end of which is coupled to the stack roller pivot shaft. The guide projection is inserted into the slide hole formed in the longitudinal direction to rotate the rotating gear The slide bar is swiveled according to the slide bar, the horizontal bar is rolled up to the rear of the stack guide is assembled and installed with the stack guide, a plurality of link bars installed between the horizontal bar and the slide bar The horizontal bar according to the sliding pivot of the guide bar It has a structure including a link connecting portion for turning.

Hereinafter, the configuration and the effect according to the preferred embodiment of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view of a recycle box in which a stack guide and a stack roller are avoided according to an embodiment of the present invention, and FIG. 2A illustrates a deposit operation of a recycle box in which the stack guide and stack roller are avoided according to an embodiment of the present invention. 2B is a schematic state diagram for explaining a withdrawal operation of a recycle box in which a stack guide and a stack roller are avoided according to an embodiment of the present invention.

A recycle box in which a stack guide and a stack roller are avoided according to an embodiment of the present invention includes, for example, a stack body part 100 in which a push plate 110 is stacked and raised on an upper surface thereof, and the stack body is installed therein. It is installed to the upper side of the part 100 and the upper surface to separate the banknotes on the upper surface of the withdrawal opening 301 withdrawal of the banknotes to be withdrawn and the depositing opening 302 and the push plate 110 into which the banknotes are deposited The feed roller 320 and the feed roller 320 for feeding out or transferring the bills separated from the pick-up roller 310 and the pick-up roller 310 to the upper surface of the push plate 110. It is provided with a deposit and withdrawal part 300 made of a guide roller 330 that is rotated and supported by the guide roller bracket 331 is installed on the lower side of the feed roller 320 and the outer edge thereof is in contact with the lower outer edge of the feed roller 320 On the other hand, the stack body portion 100 and The deposit and withdrawal unit 300 is assembled and installed in the housing 200 of the recycle box opened and closed by the door 210.

For example, the deposit and withdrawal unit 300 is a conveyance roller 360 and a withdrawal port 301 of the conveyance roller 360 for assisting the smooth deposit and withdrawal transfer of bills during the withdrawal operation as shown in FIGS. 2A and 2B. On the side, the withdrawal part pinch roller 361 for contacting the outer edge of the conveying roller 360 to pressurize the withdrawal paper waste to the conveying roller 360 side, and on the inlet 302 side of the conveying roller 360 of the conveying roller 360 It is preferable that a depositing portion pinch roller 362 for contacting the outer edge portion to press the deposit paper waste to the conveying roller 360 side is further provided.

By such a configuration, the recycle box is implemented by depositing or withdrawing by the forward and reverse rotation of the feed roller 320 and the conveying roller 360.

Looking at the deposit operation of the recycle box with reference to Figure 2a, according to the main transport path (not shown in the figure) of the automatic teller machine bills that are introduced through the deposit box 302 of the recycle box is transport roller 360 Pass through between the guide roller 330 which is rotated in contact with the outer edge of the feed roller 320 and the feed roller 320 is inserted into the recycle box and rotated clockwise by the counterclockwise rotation of It is injected into the upper surface of the push plate 110.

At this time, the push plate 110 should be lowered to the lower side to secure the deposit space in the recycle box, the stack guide 20 is to be turned downward to guide the banknotes deposited by entering the bill transfer path. The stack roller 10 must enter the banknote conveying path so as to align and stack the banknotes by hitting the rear end of the banknotes into which the wing piece 10a is inserted.

In addition, since the stack guide 20 is turned downward, the pickup roller 310 prevents the pick-up roller 310 from interfering with the bills deposited along the bill transfer path.

Referring to the withdrawal operation of the recycle box with reference to Figure 2b, the banknotes on the upper surface of the push plate 110 is in pressure contact with the bottom end of the pickup roller 310 to the periodic counterclockwise rotation of the pickup roller 310 Passed between the feed roller 320 and the guide roller 330 of the lower side is also separated by a counterclockwise rotation through the conveying roller 350 is rotated counterclockwise through the outlet 301 of the automatic teller machine It is withdrawn to the main transport route (not shown).

At this time, the stack guide 20 is pivoted upward to push the plate 110 to the exposed bottom end of the pick-up roller 310 to be in pressure contact, the stack roller 10 is the blade piece (10a) on the banknote conveyance path Should be avoided.

3 is a perspective view of a state in which a housing is removed from a recycle box in which a stack guide and a stack roller of FIG. 1 are avoided, and FIG. 4 is a perspective view of major components of a deposit and withdrawal unit in a recycle box in which the stack guide and stack roller of FIG. 3 are avoided. 5 is a perspective view showing a component that avoids the stack guide and the stack roller in the recycle box to avoid the stack guide and the stack roller according to an embodiment of the present invention.

Thus, in one embodiment of the present invention, the stack guides 20 and the stack rollers 10 assisting the depositing operation of the recycle box enter the banknote conveying path during the depositing operation, but the banknote conveying path during the withdrawal operation. It is avoided in order to ensure stable withdrawal operation.

2A and 2B, the stack roller 10 is eccentrically installed on the stack roller pivot 11 installed through the guide roller bracket 331, and the outer edge thereof is a feed roller ( In contact with the lower outer edge of the 320 is to be rotated together during the rotation of the feed roller 320.

The stack guide 20 is coupled to the feed roller rotation shaft 321, and is turned down when the deposit by the turning of the horizontal bar 70 is installed so as to be rearranged behind the assembly, and is turned upward when withdrawal.

For example, the stack guide 20 has a stack guide catching piece 21 bent in a 'b' shape on its rear surface, and a horizontal bar 70 is horizontally rolled on the stack guide catching piece 21 so that a horizontal bar 21 is formed. In accordance with the turning of the stack guide 20 is to be rotated together, the horizontal bar 70 is a first link bar pivot shaft to be described later that is rotated to the horizontal bar support bracket 69 formed on one side of the deposit and withdrawal unit 300 ( 64) is turned by the rotation.

On the other hand, the guide protrusion 31 is formed on one surface and the rotation gear 30 is rotated in the forward and reverse direction by receiving a rotation driving force from the drive motor 40 is installed on one surface of the stack body portion 100 as an example.

Although not shown, the drive motor 40 is preferably installed on the rear surface of the stack body part 100, but is preferably used only for forward and reverse rotation of the rotary gear 30. For example, the driving motor 40 is directly connected to the rotary gear 30. It is also possible to implement the deceleration by varying the gear ratio between the drive gear 41 and the rotation gear 30 by relaying and installing the drive gear 41 as shown, as well as being installed.

In addition, one end is coupled to the stack roller pivot 11 and the other end is formed with a slide long hole 51 formed in the longitudinal direction is inserted into the guide protrusion 31 of the rotation gear 30 to rotate the rotation gear 30. A slide bar 50 which is slid according to the slide is provided. Meanwhile, as shown in FIG. 5, one end of the slide bar 50 has a coupling protrusion 52 formed therein, and the coupling protrusion 52 has one end cut as shown in FIG. 4. Grooves (not shown) are formed in which the pivot shaft 11 is fitted.

In addition, the horizontal bar 70 is rolled up behind the stack guide 20 to be assembled with the stack guide 20.

Accordingly, a plurality of links are provided between the slide bar 50 and the horizontal bar 70 so that the stack roller 10 and the stack guide 20 enter or be avoided on the paper conveyance path according to the forward and reverse rotation of the rotation gear 30. Link connecting portion 60 is provided with bars (61, 62, 63) and the like.

The link connecting portion 60 is the first link bar 61 is coupled to one end of the horizontal bar 70, the first link bar is coupled to the other end of the first link bar and is rotated forward and reverse to rotate the first link bar 61 The pivot shaft 64, the first link bar pivot shaft 64 is coupled to one end of the second link bar 62, one end is hinged to the other end of the second link bar 62 and the other end is the slide bar 50 It comprises a third link bar 63 hinged to one side of the.

Figure 6 is a schematic state diagram for explaining the avoidance operation of the stack guide and the stack roller in the recycle box to avoid the stack guide and the stack roller according to an embodiment of the present invention, Figure 6 (a) is the deposit of the recycle box In the operation, the stack guide 20 and the stack roller 10 show the connection state of the rotary gear 30, the slide bar 50, and the link connecting portion 60 in the state of entering the bill transfer path. FIG. 6 (b) shows the rotary gear 30, the slide bar 50, and the link connecting portion in a state where the stack guide 20 and the stack roller 10 are avoided on the paper money conveying path during the withdrawal operation of the recycle box. Fig. 60 shows the connection status.

Looking at the entry and avoidance operation of the stack roller and the stack guide in the recycle box in which the stack guide and the stack roller is avoided with reference to the above Figure 2a to 2b,

6A shows that the stack guide 20 and the stack roller 10 are shown in FIG. 2A, that is, the stack guide 20 and the stack roller 10 enter the banknote conveyance path during the deposit operation. When there is a rotation gear 30, the slide bar 50 and the link connecting portion 60 is shown in the state, Figure 6 (b) is a stack guide 20 and the stack roller 10 shown in Figure 2b In other words, when the stack guide 20 and the stack roller 10 are avoided on the banknote conveying path during the withdrawal operation, the rotation gear 30 and the slide bar 50 and the link connecting portion 60 are shown.

That is, when the rotation gear 30 is rotated clockwise from the state (a) of FIG. 6 to the state (b) of FIG. 6, the stack roller pivot 11 that is coupled to the engaging protrusion 52 of the slide bar 50 is half. The first roller bar 61, which is pivoted clockwise and is eccentrically coupled to the stack roller pivot 11, is also pivoted downward to be avoided on the banknote conveying path, and is linked to the slide bar 50. ), The second link bar 62, the third link bar 63, and the first link bar pivot axis 64 also move relative to each other so that the horizontal bar 70 is rotated, so that the stack guide 20 also moves on the banknote conveyance path. It is to be avoided.

On the contrary, when the rotating gear 30 is rotated counterclockwise from the state (b) of FIG. 6 to the state (a), the stack roller 10 and the stack guide 20 enter the banknote conveying path in the reverse order. do.

As described above, the present invention, because the stack guide and the stack roller in the recycle box is completely avoided on the bill transfer path during withdrawal, not only to ensure the withdrawal operation including the deposit operation, but also by one drive motor The stack guide and stack roller are controlled together, which simplifies the control of the device.

Claims (3)

The stack roller which contacts the lower outer edge of the feed roller for feeding the bills to be deposited but stacks the bills to be deposited by hitting the rear end of the bills, and is coupled to the rotary shaft of the feed rollers downward when depositing Recycling box comprising a stack guide that is turned upside down when the withdrawal, The guide roller which is guided through the guide roller bracket is rotated and supported by the guide roller in contact with the lower outer edge of the feed roller, and the stack roller is pivotally installed, the guide protrusion is formed on one surface, and the driving force is transmitted from the driving motor. Received and rotated rotational gear, one end is coupled to the stack roller pivot shaft and the other end slides the guide protrusion is inserted into the slide hole formed in the longitudinal direction sliding the rotation of the rotation gear, the stack guide It comprises a link connecting portion for pivoting the horizontal bar in accordance with the sliding pivot of the guide bar consisting of a horizontal bar that is rolled up to the rear and assembled with the stack guide, the horizontal bar and the slide bar. Stack guide and stack roller Avoided recycle box. The method of claim 1, wherein the link connecting portion, The first link bar is coupled to one end of the horizontal bar, the first link bar is coupled to the other end of the first link bar and rotates forward and backward to pivot the first link bar, the first link bar pivot axis once The second link bar coupled to the stack, one end is hinged to the other end of the second link bar and the other end comprises a third link bar hinged to one side of the slide bar, the stack guide and the stack roller is avoided Recycling box. The recycle box of claim 1 or 2, wherein the stack roller pivot is coupled to the slide bar by cutting the end of the stack roller pivot.

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