KR101678983B1 - Teller cash recycler - Google Patents

Abstract

A banking automation machine is disclosed. The automated teller machine according to one embodiment includes a depositing portion, a withdrawal portion, a conveying portion, a handling portion including a lower frame that forms at least a part of a lower surface and can be projected in a first direction, And a safe for providing space for storing banknotes, wherein one end of the lower frame on the first direction side is selectively fastened to the handling part, and a second direction side of the lower frame opposite to the first direction And the other end may be rotatably coupled to the handling portion.

Description

{TELLER CASH RECYCLER}

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an automated teller machine.

Financial automation equipment is a device that can provide financial services such as deposits or withdrawals without regard to time and place and without the help of bank employees.

In recent years, in order to improve the efficiency of financial institutions such as customer service, as well as financial automation devices for customers using financial institutions, financial automation devices for tellers Is also being introduced.

For example, as shown in FIG. 1, the automatic teller machine 1 may be disposed under the desk 2 of the manager, and may include a storage unit for storing banknotes therein. The banknotes can be deposited or withdrawn by the operation of the banknote processing unit, and the banknotes can be counted in real time. In general, one KFM (1) can be shared by two members. In other words, as shown in Fig. 1, Kuyuan 1 and Kuyuan 2 can respond to customer 1 and customer 2, respectively, by putting the automatic teller machine 1 in the center. KEYWON 1 and KEYWON 2 can use KEPCO automation equipment (1) when necessary during customer service.

FIG. 2 is a schematic side view of a general automatic teller machine 1; FIG. As shown in the figure, the automatic teller machine 1 may include a handling unit 10 for depositing and withdrawing banknotes by manipulation of a member of the bank, and a safe 20 for storing and protecting banknotes. The handling unit may include a deposit unit 11, a withdrawal unit 19, a conveyance unit 15, a bill discrimination apparatus 16, and the like. The safe 20 is disposed under the handling unit 10 and a plurality of cassettes (not shown) in which the banknotes are stored may be provided in the safe 20. [ A door 25 for selectively opening and closing the safe 20 may be provided at one side of the safe 20. The banknotes can be conveyed bidirectionally between the handling section 10 and the safe 20 through the interface 30.

On the other hand, as described above, a jam phenomenon may occur in the handling part 10 during the conveying process of the bank bill containing the depositing part 11, the withdrawal part 19, the conveying part 15 and the like. In addition, maintenance and repair of parts included in the handling section 10 may be required. It is necessary to separate the handling unit 10 from the automatic teller machine for the purpose of jam removal or maintenance of the parts, but since the handling unit 10 can not be separated each time, the handling unit 10 To the safeguard 20 so as to protrude the handling portion 10. [0064] As shown in Fig. The operator can perform the operation on the handling portion 10 in a state in which the handling portion 10 is protruded.

In order to be able to work on the handling part 10, the staff member must be able to approach the inside of the handling part 10. [ Particularly, jamming is generated on the lower side of the conveying path 15 adjacent to the safes 20, so that it is advantageous to approach the inside of the handling part 10 through the lower part of the handling part 10 .

To this end, the prior art can open the lower frame 13, which forms at least a part of the lower surface of the handling portion 10, as shown in Fig. In the state where the handling part 10 protrudes forward, the cabin can rotate the lower frame 13 downward, so that the cabin approaches the inside of the handling part 10 to remove jams, The work can be carried out.

According to the conventional technique, the lower frame 13 is rotatably coupled to the handling portion 10 at one side portion (the right side portion in FIG. 4) in the width direction (Z direction) 4) is selectively fastened to the handling portion 13. [0050] As shown in Fig. Therefore, when the lower frame 13 is opened, the lower frame 13 is rotated with respect to one side in the width direction, as shown in Fig.

The above-described conventional techniques have the following problems.

First, there is a direction of remuneration. More specifically, referring to FIG. 1, when a jam occurs during the use of the automatic teller machine 1, the jogger 1, which is not the jogun 2, touches the other side of the lower frame 13 and the handling part The lower frame 13 should be opened. When the lower frame 13 is closed, the thread 1, which is not the thread 2, is required to fasten the other side of the lower frame 13 and the handling part 10. [ In other words, a member of the family member 1 who is not using the automated teller machine (1) is put into the maintenance work, and therefore the member 1 is forced to stop the service to the customer 1. If you do not want to interfere with member 1, member 2 must move to member 1 and open and close the lower frame 13, which is also very cumbersome and results in delayed response time for customer 2.

Secondly, even if a jam occurs in a portion shifted forward (X direction) of the conveying path 15, the lower frame 13 must be completely opened to approach the portion.

Thirdly, in a state in which the lower frame 13 is opened, the crew member instantly forgets this and pushes the handling part 10 to bring the handling part 10 back in place. At this time, the lower frame 13 and the safe Damage to the lower frame 13 and the safes 20 may be caused by the collision of the upper and lower frames 20.

Published Patent Publication No. 10-2009-0093698

An embodiment of the present invention is to provide a banking automatic teller machine which can be easily accessed into a handling section.

The automated teller machine according to one embodiment includes a depositing portion, a withdrawal portion, a conveying portion, a handling portion including a lower frame that forms at least a part of a lower surface and can be projected in a first direction, And a safe for providing space for storing banknotes, wherein one end of the lower frame on the first direction side is selectively fastened to the handling part, and a second direction side of the lower frame opposite to the first direction And the other end may be rotatably coupled to the handling portion.

When the fastening of the handling part to the first direction side of the lower frame and the handling part is released in a state where the handling part is projected in the first direction, So that the inside of the handling portion can be exposed to the outside.

The apparatus may further include a first elastic member connecting the handle and the lower frame and providing an upward elastic force to the lower frame when the one end of the lower frame is disconnected from the first direction, .

An interface provided on a lower surface of the lower frame and providing a path for banknotes to be conveyed between the handling part and the safe, and an interface positioned adjacent to the interface, the interface further projecting in the second direction than the interface, And a first bearing further projecting downward.

The apparatus may further include a second bearing provided on a lower surface of one end of the lower frame in the first direction and elastically supported on the lower frame.

In addition, at least two of the second bearings may be provided, and a part of the at least two second bearings and the remainder may be provided at both sides in the width direction of the lower frame, respectively.

A first bearing provided on a lower surface of the lower frame and a lower surface provided on a lower surface of the lower frame and positioned at the first direction side end portion of the lower frame to be more deviated in the first direction than the first bearing, The second bearing is elastically supported on the frame. The distance from the lower frame to the lower end of the second bearing may be greater than the distance from the lower frame to the lower end of the first bearing.

The apparatus may further include a hook rotatably provided at one end of the lower frame in the first direction and a pin member provided in the handling unit and fastened to the hook as the lower frame is lifted.

Further, the hook is formed on one side of the hook in the first direction side, and is formed on the inclined surface having a downward gradient toward the first direction and below the inclined surface on one side of the first direction side of the hook, And a second elastic member that includes an engagement portion contacting at least two points of the member and provides the hook with the elastic force in the first direction.

Also, as the lower frame is raised, when the pin member is positioned on the slope, the hook is pushed in the second direction by the pin member so that the second elastic member is compressed, and the lower frame is continuously As the pin member is positioned on the engaging portion, the second elastic member can be in a compressed state compared with the initial length while the pin member is located on the inclined surface.

Further, it may further comprise an operation lever and a link member, and the link member may transmit the turning force of the operation lever to the hook to pivot the hook.

The operating lever and the hook are pivotally coupled to the link member, respectively. The link member is formed with a first long hole and a second long hole in the horizontal direction, and the operation lever is inserted into the first long hole The hook may further include a second insertion member inserted into the second slot and a third elastic member provided to the operation lever to provide an elastic force in the first direction.

When the operating lever is rotated in the second direction, the link member is moved by the first insertion member in the second direction and downward, and the second insertion member is moved by the movement of the link member, And the hook can also be rotated in the second direction.

According to the embodiments of the present invention, it is possible to provide an automatic teller machine for financial institutions that can easily access the inside of the handling section.

1 is a plan view showing a bank window viewed from above.
2 is a side view schematically showing a conventional automated teller machine.
3 is a side view showing a state in which the handling portion is protruded from the banking automation equipment of FIG. 2;
Fig. 4 is a front view showing a state in which the lower frame is opened in the state of Fig. 3; Fig.
FIG. 5 is a side view schematically showing a lower frame opened in a banking automatic teller machine according to an embodiment. FIG.
FIG. 6 is a front view showing a front view of the automatic teller machine of FIG. 5; FIG.
FIG. 7 is a view showing a state in which the handling part is retracted in a state in which the lower frame is opened in the automatic teller machine of FIG. 5;
8 is a view for explaining a process in which a lower frame is fastened to a handling part in the automated teller machine of FIG. 5;
FIG. 9 and FIG. 10 are views for explaining the process of releasing the engagement between the lower frame and the handling part in the automatic teller machine of FIG. 5;

Hereinafter, specific embodiments for implementing the present invention will be described in detail with reference to the accompanying drawings. In the following description, well-known functions or constructions are not described in detail since they would obscure the subject matter of the present invention.

For reference, in the drawing, the X direction may mean forward and the first direction, and the -X direction may mean the rear direction and the second direction. The Y and -Y directions may mean upward and downward, respectively, and the Z and -Z directions may mean the width direction.

5 is a side view schematically illustrating a state in which a lower frame 210 is opened in a banking automatic teller machine 100 according to an embodiment FIG. 3 is a front view showing a state in which the display unit 100 is viewed from the front.

The internal structure of the handling unit 200 and the safes 300 may be the same as in the prior art, and a description thereof will be omitted. It is also possible to provide the door 350 on one side of the safe 300 as in the prior art. Also, the handling part 200 of the automatic teller machine 1 according to the present embodiment may be protruded in the first direction as in the prior art. For example, a guide rail may be provided at one side of the automated teller machine 1, and a roller may be provided at the handling portion 10 to roll along the guide rail. When the user pulls the handling section 10 forward, the handling section 10 can slide forward and protrude with respect to the safe 20 by the rolling motion of the rollers on the guide rails. In this state, the user can perform maintenance and / or jam removal operations on the handling unit 10. [

As described above, the lower frame 210 may form at least a part of the lower surface of the handling portion 200. In order to allow the user to approach the inside of the handling unit 200, the lower frame 210 may be opened downward with the handling unit 200 protruding in the first direction.

One end of the lower frame 210 on the first direction side can be selectively fastened to the handling part 200. The lower frame 210 may be closed by fastening the hook 250 provided at one end of the lower frame 210 on the first direction side and the pin member 270 provided on the handling portion 200. [

And the other end of the lower frame 210 on the second direction side can be rotatably coupled to the handling part 200. In the present embodiment, the other end of the lower frame 210 in the second direction is illustrated as being hinged 205 to the handling part 200.

When the handle 200 is projected in the first direction and the fastening of the first end of the lower frame 210 to the handle 200 is released, So that the inside of the handling part 200 can be exposed to the outside.

According to the above-described automated teller machine 100 according to the present embodiment, the problems of the related art can be solved. Specifically, first, since the lower frame 210 rotates downward while maintaining the state of extending in the first direction and the second direction, two persons in the right and left sides (Z direction and -Z direction) of the automatic teller machine 1 There may be no direction of maintenance from the viewpoint of users. Second, when jam occurs on the front side of the handling part 200, the user does not need to completely open the lower frame 210, but may open the lower frame 210 only to the extent that the user can enter the hand. Thirdly, when the user pushes the handling unit 200 in the second direction while the lower frame 210 is opened, the lower surface of the lower frame 210 may collide with the edge of the safe 300, Accordingly, the lower frame 210 can be automatically closed by turning upward with respect to the other end in the second direction. This will be described later.

Meanwhile, a first elastic member 260 may be provided, the both ends of which are connected to the handling part 200 and the lower frame 210, respectively. The first elastic member 260 may provide an upward elastic force to the lower frame 210 so that the one end of the lower frame 210 on the first direction side and the handle 200 are disengaged, When the lower frame 210 rotates downward, the lower frame 210 can smoothly descend. The first elastic member 260 may extend up and down as shown, for example, may have an initial length when the lower frame 210 is closed, and when the lower frame 210 is lowered and opened And may provide an upward elastic force to the lower frame 210. Here, the initial length may mean the length in the unmodified state because no load is applied. As shown in FIG. 6, the first elastic members 260 and 261 may be provided on both side portions of the lower frame 210, respectively.

The hook 250 provided at one end of the lower frame 210 on the first direction side can be fastened to the pin member 270 provided on the handling part 200. [ When the hook 250 and the pin member 270 are disengaged, the lower frame 210 can be rotated downward as shown in FIGS. The hooks 250 and 251 and the pin members 270 and 271 may be provided on both sides of the lower frame 210 and the handling unit 200, respectively.

7 is a view showing a state in which the handling unit 200 is returned to the original position when the lower frame 210 is opened. Referring to FIG. 7 together with FIGS. 5 and 6, the first bearing 230 will be described.

A plurality of interfaces 220 may be provided on the lower surface of the lower frame 210. The interface 220 may provide a passage 221 through which the banknote is transported between the handling unit 200 and the safe 300 in a state where the lower frame 210 is closed.

However, if the user does not know that the lower frame 210 is opened and the handling unit 200 is returned, the interface 220 may be damaged due to a collision with the safes 300. To prevent this, a first bearing 230 may be provided. The first bearing 230 may be located adjacent to the interface 220. In this embodiment, the first bearing 230 is illustrated as being provided at the second direction side end portion of the interface 230 as shown in FIG. The first bearing 230 may protrude further in the second direction than the interface 220 and further protrude downward. 5, the second direction side end portion of the first bearing 230 is located in the second direction side more than the second direction side end portion of the interface 220, and the lower end of the first bearing 230 is connected to the interface May be located lower than the lower end of the second housing 220. 7, the interface 220 does not collide with the safe 300 when the handle 200 is moved in the second direction with the lower frame 210 opened, (230) may collide with the safe (300). In addition, the first bearing 230 can guide the lower frame 210, which can be opened on the surface of the safe 300, to pivot upward to close. Particularly, when the first bearing 230 is positioned at the corner portion of the safe 300, the first bearing 230 can ride over the edge portion of the safe 300.

8 is a view for explaining the process of fastening the lower frame 210 to the handling part 200 when it is opened.

First, the hook 250 may include a slope 250a having a downward slope toward the first direction on one side of the first direction. A locking part 250b may be formed below the inclined surface 250a. The engaging portion 250b can contact at least two points of the pin member 270 when the pin member 270 is engaged. The second elastic member 255 applies an elastic force in the first direction to the hook 250 when the hook 250 and the pin member 270 are engaged with each other, The state can be maintained. Both ends of the second elastic member 255 may be connected to one side of the hook 250 and the lower frame 210, respectively.

8 (a), when the lower frame 210 is opened, the hook 250 may be inclined in the first direction from the vertical direction with respect to the lower frame 210. As shown in FIG. The second elastic member 255 described above may have an initial length in this state. When the lower frame 210 is lifted by a user's operation, the pin member 270 may be positioned on the inclined surface 250a of the hook 250, as shown in FIG. 8 (b). The pin member 270 can be relatively moved from the upper portion of the slope 250a to the lower portion by the continuous rise of the lower frame 210 and the hook 250. [ In this process, the hook 250 is pushed in the second direction by the pin member 270, and the second elastic member 255 is compressed as a result of being rotated in the second direction. When the lower frame 210 and the hook 250 are further lifted, the pin member 270 may be positioned at the lowermost end of the inclined surface 250a as shown in FIG. 8 (c). In this state, the hook 250 is most inclined in the second direction, and therefore, the second elastic member 255 can be most compressed. 8 (d), when the pin member 270 is positioned on the engaging portion 250b through the inclined surface 250a, the hook 250 moves the second elastic member 255 in the second direction elastic force In the first direction. At this time, the engaging portion 250b can contact two points of the pin member 270. [ 8 (d), since the second elastic member 255 is compressed relative to the initial length, it can still provide the hook 250 with an elastic force in the second direction, The closed state of the lower frame 210 can be maintained by tightly contacting the member 270 and maintaining the fastened state.

Here, the second bearing 240 will be described with reference to Figs. 5, 6 and 8. May be provided on the lower surface of one end of the lower frame 210 of the second bearing 240 on the first direction side. The second bearing 240 is basically capable of guiding the smooth upward rotation of the lower frame 210 when the handling part 200 is returned to its original position with the lower frame 210 being opened as in the case of the first bearing 230 have. Also, the second bearing 240 can prevent the lower surface of the lower frame 210 from being damaged by the safes 300.

Further, the second bearing 240 can be elastically supported on the lower frame 210. For example, an elastic body (not shown) such as a spring is interposed between the second bearing 240 and the lower frame 210 to compress the elastic body when an upward external force is applied to the second bearing 240, The bearing 240 can be raised.

The hook 250 and the pin member 270 may not be properly fastened because the user does not lift the lower frame 210 to the end when the user lifts the lower frame 210 and closes it. Even when the handle 200 is retracted when the lower frame 210 is opened, the hook 250 and the pin 270 may not be tightened even though the lower frame 210 is rotated upward.

According to the present embodiment, the second bearing 240 can solve the above problems. Even when the hook 250 and the pin member 270 are not properly engaged with each other, the second bearing 240 is positioned at the upper portion of the safeguard 300 at one end of the lower frame 210 in the first direction, (200) and safeguard (300), and according to such compression, the elastic body can be compressed to provide an elastic force upward and downward. Considering the rigidity of the safe 300 as well as the upward elasticity, the downward elasticity can also be used to raise the lower frame 210. The one end of the lower frame 210 on the first direction side can be further raised by the upward elastic force provided by the compressed elastic body provided on the second bearing 240. As a result, The fastening of the member 270 can be performed properly. For the above operation, the size of the second bearing 240 including the elastic body may be larger than that of the first bearing 230. For example, the distance from the lower frame 210 to the lower end of the second bearing 240 (d2 in FIG. 8) is a distance from the lower frame 210 to the lower end of the first bearing 230 d1). Although not shown in FIG. 8, since an elastic body that is compressed in a steady state (a state in which the hook 250 and the pin member 270 are properly engaged) can be interposed between the second bearing 240 and the lower frame 210 to be.

6, the plurality of second bearings 240 and 241 may be provided on both sides in the width direction of the lower frame 210, respectively. Normally, a user (for example, a clerk) handles work from the side of the automated teller machine 1, so that force is applied to the side or front edge of the lower frame 210 when operating the lower frame 210 . Therefore, the hook 250 and the pin member 270 located on the side where the force is applied can be tightly coupled, but the hook 251 and the pin member 271, which are not on the side where the force is applied, may not be fastened. As a result, the lower frame 210 may be twisted. Since the second bearings 240 and 241 are provided on both sides in the present embodiment, even if one of the hook-and-pin members 251 and 271 is not properly engaged, 300, the lower frame 210 is pushed up by the elastic force of the inner elastic body to induce the fastening of the hook-pin members 251, 271.

FIGS. 9 and 10 are views for explaining a process of releasing the engagement between the lower frame 210 and the handling unit 200. 9 shows a state in which the hook 250 and the pin member 270 are engaged, and FIG. 10 shows a state in which the hook 250 and the pin member 270 are disengaged.

An operation lever 290 and a link member 280 may be provided to release the engagement of the hook 250 and the pin member 270 according to the user's needs.

The operation lever 290 may include a main body 291, a handle 292, and a first insertion member 293. The operation lever 290 is hinged to the link member 280 and can be pivoted relative to the link member 280. In addition, a third elastic member 295 may be provided on the operation lever 290 to provide an elastic force in the first direction.

The first and second elongated holes 283 and 284 extending in the longitudinal direction of the link member 280 may be formed at both ends of the link member 280, have. The first insertion member 293 of the operation lever 290 can be inserted into the first long hole 283 and the second insertion member 253 of the hook 250 to be described later is inserted into the second long hole 284. [ .

The hook 250 can be hinged to the link member 280 and pivoted relative to the link member 280. [ And the second insertion member 253 of the hook 250 can be inserted into the second elongated hole 284 of the link member 280 as described above.

10, the user can pull the handle 292 of the operation lever 290 toward the second direction. Accordingly, the operation lever 290 can rotate in the second direction (counterclockwise in the drawing). The first insertion member 293 integral with the operation lever 290 can also be rotated in the second direction in accordance with the rotation of the operation lever 290. [ The link member 280 can be moved in the second direction and downward by the rotation of the first insertion member 293 in the second direction. A dotted line a in FIG. 10 may indicate the position of the link member 280 in FIG. The first insertion member 293 can be moved toward the first direction within the first elongated hole 283 by the movement of the link member 280 in the second direction.

The second insertion member 253 inserted into the second long hole 284 can also be rotated in the second direction (counterclockwise in the drawing) by moving the link member 280 in the second direction and downward. As a result, the hook 250 integral with the second insertion member 253 can also be rotated in the second direction, and the engagement of the hook 250 and the pin member 270 can be released.

When the user releases the handle 292, the operating lever 290 is rotated in the first direction by the elastic force provided by the third elastic member 295 in the first direction to return to the state shown in Fig. 9, 280 and the hook 250 may also return to the state shown in FIG.

It is to be understood that the embodiments described above are merely illustrative of some examples of the technical idea and the scope of the technical idea is not limited to the described embodiments, It will be understood that various changes, substitutions, and alterations may be made therein without departing from the spirit and scope of the invention.

100: Automatic teller machine 200: Handling part
210: lower frame 220: interface
230: first bearing 240: second bearing
250: hook 260: first elastic member
270: pin member 280: link member
290: Operation lever 300: Safe
350: Door

Claims (13)

A handling part including a deposit part, a dispensing part, a carrying part, and a lower frame constituting at least a part of a lower surface, the part being capable of protruding in a first direction; And
A safeguard provided below the handling portion and providing a space for storage of bills,
One end portion of the lower frame on the first direction side is selectively fastened to the handling portion,
And the other end in the second direction opposite to the first direction of the lower frame is rotatably coupled to the handling part,
The lower frame is rotated downward with respect to the other end in the second direction when the fastening of the handling part to the first direction side of the lower frame and the handling part is released in a state where the handling part is projected in the first direction And the inside of the handling portion is exposed to the outside. delete A handling part including a deposit part, a dispensing part, a carrying part, and a lower frame constituting at least a part of a lower surface, the part being capable of protruding in a first direction;
A safeguard provided below the handling portion and providing a space for storage of bills; And
And a first elastic member which connects the handling part and the lower frame and provides an upward elastic force to the lower frame when the one end of the lower frame is disconnected from the first direction side and the handling part is released,
One end portion of the lower frame on the first direction side is selectively fastened to the handling portion,
And the other end in the second direction opposite to the first direction of the lower frame is rotatably coupled to the handling portion. A handling part including a deposit part, a dispensing part, a carrying part, and a lower frame constituting at least a part of a lower surface, the part being capable of protruding in a first direction;
A safeguard provided below the handling portion and providing a space for storage of bills;
An interface provided on a lower surface of the lower frame and providing a path for banknotes to be conveyed between the handling portion and the safe; And
And a first bearing projecting further than said interface in a second direction opposite said first direction of said lower frame and being further projected below said interface,
One end portion of the lower frame on the first direction side is selectively fastened to the handling portion,
And the other end in the second direction opposite to the first direction of the lower frame is rotatably coupled to the handling portion. A handling part including a deposit part, a dispensing part, a carrying part, and a lower frame constituting at least a part of a lower surface, the part being capable of protruding in a first direction;
A safeguard provided below the handling portion and providing a space for storage of bills; And
And a second bearing provided on a lower surface of one end portion of the lower frame in the first direction and elastically supported on the lower frame,
One end portion of the lower frame on the first direction side is selectively fastened to the handling portion,
And the other end in the second direction opposite to the first direction of the lower frame is rotatably coupled to the handling portion. 6. The method of claim 5,
Wherein the second bearing is at least two,
Wherein at least two of the at least two second bearings and the rest of the at least two second bearings are provided at both side portions in the width direction of the lower frame. A handling part including a deposit part, a dispensing part, a carrying part, and a lower frame constituting at least a part of a lower surface, the part being capable of protruding in a first direction;
A safeguard provided below the handling portion and providing a space for storage of bills;
A first bearing provided on a lower surface of the lower frame; And
And a second bearing which is provided on a lower surface of the lower frame and is positioned at the first direction side end portion of the lower frame to be more biased in the first direction than the first bearing and elastically supported to the lower frame,
One end portion of the lower frame on the first direction side is selectively fastened to the handling portion,
And the other end in the second direction opposite to the first direction of the lower frame is rotatably coupled to the handling part,
Wherein the distance from the lower frame to the lower end of the second bearing is greater than the distance from the lower frame to the lower end of the first bearing. A handling part including a deposit part, a dispensing part, a carrying part, and a lower frame constituting at least a part of a lower surface, the part being capable of protruding in a first direction;
A safeguard provided below the handling portion and providing a space for storage of bills;
A hook rotatably provided at one end of the lower frame in the first direction; And
And a pin member provided on the handling portion and fastened to the hook along the rising of the lower frame,
One end portion of the lower frame on the first direction side is selectively fastened to the handling portion,
And the other end in the second direction opposite to the first direction of the lower frame is rotatably coupled to the handling portion. 9. The method of claim 8,
The hook
A slope formed on one side of the hook in the first direction and having a downward slope in the first direction; And
And an engaging portion formed at one side of the hook in the first direction side and below the inclined surface and abutting at least two points of the pin member,
And a second elastic member for providing an elastic force in the first direction to the hook. 10. The method of claim 9,
As the lower frame is lifted, when the pin member is positioned on the slope, the hook is pressed in the second direction by the pin member, and the second elastic member is compressed,
As the lower frame is continuously lifted, when the pin member is positioned on the latching portion, the second elastic member is stretched more than when the pin member is positioned on the slope, Financial automation equipment. 9. The method of claim 8,
Operating lever; And
Further comprising a link member,
And the link member transmits the turning force of the operating lever to the hook to turn the hook. 12. The method of claim 11,
Each of the operation lever and the hook is pivotably coupled to the link member,
The link member is formed with a first long hole and a second long hole in a horizontal direction,
Wherein the operation lever includes a first insertion member inserted into the first slot,
The hook includes a second insertion member inserted into the second slot,
Further comprising a third elastic member for providing the operating lever with an elastic force in the first direction. 13. The method of claim 12,
Wherein when the operating lever is rotated in the second direction, the link member is moved in the second direction and downward by the first insertion member, and the second insertion member is moved in the second direction And the hook is also rotated in the second direction.

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