KR200302436Y1 - Stack box for paper money - Google Patents

Abstract

The present invention relates to a banknote storage box mounted on an ATM, etc. used in an automated corner of a bank, etc. The present invention is a banknote storage box formed with an upper storage space and a lower storage space, the upper door and the lower door separately Provided, but the upper door is opened and closed at the top of the bill storage box, the lower door is opened and closed at the bottom of the bill storage box and can be easily opened and closed by a separate lever operation, bills It is possible to provide a bill storage box that can easily check the operation of taking out the bill stored in the storage box and the operation of the upper door and the lower door as well as whether or not the bill is stored in the bill storage box.

Description

Banknote Storage Box {STACK BOX FOR PAPER MONEY}

The present invention relates to a banknote storage box mounted on an ATM, etc. used in an automated corner of a bank, etc. In detail, the banknote storage box is formed by separating the upper storage space and the lower storage space in one banknote storage box. It is about.

Where the present invention is particularly suitable to be used is a place where banknotes are stacked in the range of several to several dozens rather than a large number of banknotes are stacked. That is, it is generally most suitable for use where the banknotes are stacked by the need for separate processing intermittently rather than where hundreds of banknotes are stacked.

For example, a reject box and a retract box may be representative of an ATM.

A reject box is a place where two (two) banknotes are withdrawn from a cash dispenser or withdrawn in case of withdrawal.

The retract box is a place for storing a banknote when a customer does not visit the banknote withdrawn.

In other words, when a banknote flows into a reject box and a retract box, it occurs intermittently, and it is convenient to divide and store spaces in one storage box rather than having two storage boxes for processing them. This is because it is possible to reduce the space occupied by the bill storage box in the ATM, as well as the handler of the bill storage box can easily check whether there are bills that are a problem by removing the storage box once.

However, the above-mentioned retract box and reject box are just one example where the present invention is used, and if the upper space and the lower space are placed in one storage box so that bills can be stored, this field can be applied to the present invention. to be.

The conventional banknote storage box is provided with a sliding door or a sliding door on the side of the banknote storage box to take out the banknotes stored in the banknote storage box.

However, according to the prior art, the height of the upper storage space or the lower storage space is very narrow, it was very difficult to pull out the paper money by putting a hand in the paper money storage box.

Usually, the amount of banknotes stored in these banknote storage boxes is very small and the banknotes storage boxes tend to be miniaturized due to the necessity of miniaturization of ATMs, etc. As a result of this trend, the storage space in the banknote storage boxes is as narrow as possible. Among them, the height of the storage space is made very low. Therefore, if you put your hand in such a narrow space may be protruded in the bill storage box or the hand may be damaged by sharp accessories it was very inconvenient in handling.

In addition, according to the prior art, when a bill is stored in a bill storage box about one sheet, the operator often checks it from the side, and sometimes it is not properly confirmed.

Therefore, the present invention provides a bill storage box formed with an upper storage space and a lower storage space, the upper door and the lower door is provided separately, the upper door is opened and closed in a sliding manner from the top of the bill storage box, the lower door The opening and closing of the banknotes storage box in the opening and closing mode to be easily opened and closed by a separate lever operation, take out the bills stored in the banknotes storage box and the operation of the upper and lower doors as well as easy operation Another object of the present invention is to provide a banknote storage box which can reliably check whether banknotes are stored in a storage box.

1 is a schematic state diagram before mounting the cash dispenser of an embodiment according to the present invention.

FIG. 2 is a schematic diagram of the embodiment of FIG. 1 after mounting in an ATM. FIG.

Figure 3 is a schematic state diagram after opening the upper door and the lower door in one embodiment of Figure 1;

<Description of Symbols for Major Parts of Drawings>

1: body

10: upper storage space 11: upper opening

20: lower storage space 21: lower entrance

30: upper door 31: the second fixture

40: lower door 41: first fixing ball

42: horizontal movement part

50: lever 51: 1st fixed part

60: upper slider 61: second fixed

62: vertical movement portion 63: inclined surface

64: release part

70: lower slider 71: 3rd government

72: horizontal movement part

80: key control unit 90: release bar insertion groove

In order to achieve the above object, the present invention has a generally rectangular parallelepiped body, an upper storage space formed so as to be able to store banknotes inside the body, and a banknote formed in the body so as to be introduced into the upper storage space. A bill storage box including an upper inlet, a lower storage space formed in the lower portion of the upper storage space in the body, and a lower inlet formed in the body so that bills are introduced into the lower storage space; The upper inlet is formed at an upper portion of the body; The lower inlet is formed at the side of the body; A lower portion of the body is formed to be opened; An upper door provided to be slidable on an upper portion of the body to open and close the upper entrance by sliding; A lower door having one end rotatably fixed around the front part of the body to open and close the lower part of the body in a swinging manner, and a first fixing tool provided at the other end; A lever having one end rotatably fixed to an outer side of the body and the other end having a first fixing part for blocking vertical movement of the first fixture; Characterized in that comprises a.

In the above, the opening type and sliding type means a case in which the sliding and one side is fixed by a hinge, such as a hinge.

In the above, the upper portion and the lower portion refer to portions formed on the upper and lower surfaces of the body, respectively.

In the above, the side portion refers to a portion that forms a pillar of a rectangular parallelepiped, and is also the same below.

For the purpose of explanation, in the above and below, when the user tries to mount the banknote storage box, the side facing the user is called the rear side, and the side facing the cash machine and the like is called the front side, The part excluded is called a side.

In the above: a second fixing sphere provided on the front portion of the upper door; An upper slider provided with a second fixing part formed to block a horizontal movement of the second fixing tool of the upper door and slidable in a vertical direction within a predetermined section of the body; One end is provided with a direction converting means for converting the vertical movement of the upper slider into a horizontal movement, the other end is a third to block the vertical movement of the first fixture in the lower portion of the first fixture of the lower door A lower slider formed with a fixed part and slidably provided in a horizontal direction within a predetermined section within the upper part and the body of the lower door; And a key operating unit for sliding the upper slider in the vertical direction by an external key operation. It is preferable to comprise a.

In the above, the vertical movement of the upper slider can move upward or downward. If the second fixation is in a way to wrap it at the top of the second fixture, the upper slider will move to the top to be unlocked, and if the second fixation is in a way to wrap it at the bottom of the second fixture, the upper slider Will move downward to become unlocked. That is, whether the upper direction or the lower direction of the vertical direction of the upper slider may vary depending on the change in the fastening method. In the embodiment described later, since the second fixing part wraps the second fixing ball at the bottom to block the horizontal movement of the second fixing ball, the upper slider must move downward to become an unlocked state.

In addition, similar to the vertical movement of the upper slider, the horizontal movement of the lower slider may be changed to the left direction or the right direction, if necessary.

With the above structure, the upper slider slides in the downward direction by operating the key control part by the key operation, and the upper door in which the horizontal movement is blocked by the second fixing part can be slid in conjunction with the sliding of the upper slider. In addition, the lower door is moved in the horizontal direction in conjunction with the sliding of the upper slider, the lower door that the vertical movement is blocked by the third fixing portion can be opened and closed only by the operation of the lever. That is, it is possible to open both the upper door and the lower door by one key operation, thereby improving the convenience of use.

In the above, the direction converting means is provided in the lower portion of the upper slider having a vertical movement portion having an inclined surface and provided in one end of the lower slider so as to move horizontally along the inclined surface in conjunction with the vertical movement of the vertical movement portion. It is preferably made by the horizontal movement portion made.

As the direction converting means, a variety of known techniques are known, but the above structure is understood that the structure of the bill storage box can be greatly simplified, so that the production and maintenance are simplified and the above structure is most preferable.

In the above, the release release bar insertion groove is formed in the outer side of the release bar is inserted into the front side of the body, the upper slider in the vertical movement in conjunction with the release bar by the horizontal direction insertion of the release bar. An unlocking part is provided on the upper slider so that the upper slider is configured to receive an elastic force so that the second fixing part blocks the second fixture, and the lower slider has an elastic force so that the third fixing part blocks the first fixing part. It is preferable to be made to receive.

This bank note storage box will be used in a cash dispenser, etc., and if the bank bill storage box is used in a cash dispenser or the like, it is often installed with the key control unit locked to lock the bank note storage box. Also in this case, the upper door should be mounted open. Therefore, the locking bar can move the upper slider vertically to open the upper door even when the key control unit is locked.

In addition, both the upper slider and the lower slider receive an elastic force in the direction of locking the upper door and the lower door, so that the locked state is always maintained unless a special external force is applied. Therefore, when the banknote storage box is detached from the ATM, the release bar is released and at the same time the banknote storage box is locked.

Hereinafter, the configuration and operation of the present invention in detail according to an embodiment of the present invention.

Figure 1 is a schematic state diagram before mounting the cash dispenser according to an embodiment of the present invention, Figure 2 is a schematic state diagram after mounting the embodiment of Figure 1 to the ATM, Figure 3 is an upper door according to an embodiment of Figure 1 And a schematic state diagram after opening the lower door.

For the bill storage box is provided a body 1 generally in the form of a cuboid. Since the body 1 stores banknotes such as banknotes and checks, the body 1 generally has a rectangular parallelepiped shape.

The inside of the body 1 is formed with an upper storage space 10 and the lower storage space 20 for storing the bills.

The upper input opening 11 is formed in the upper portion of the body 1 to insert the bills into the upper storage space (10).

The lower opening 21 is formed at the side of the body 1 to insert the bills into the lower storage space 20.

The upper input hole 11 is formed so that the banknotes fall directly from the upper side, while the lower input hole 21 has a conveying roller portion 22 so that the banknotes are smoothly injected from the side.

The lower part of the body 1 is open.

Therefore, the input into the lower storage space 20 is made by the lower input hole 21 formed in the side, but the operator can use the open lower surface when taking out the bills stored in the lower storage space (20).

The upper door 30 is provided at the upper portion of the body 1 to be slidable.

Since the upper door 30 is provided to be slidable, the upper door opening 11 is opened and closed in a sliding manner.

That is, the handle 32 is provided at one end of the upper door 30, and the handle is pulled or pushed by the handle 32, the upper door 30 is opened or closed.

The second fixing tool 31 in the form of a pin is provided on the front portion of the upper door 30.

The second fixture 31 slides along the guide groove 32 formed in the body, and the upper door 30 has a generally "?" Shape, and when the upper door 30 is completely opened, the second fixture ( 31, the upper door 30 is engaged with the side of the body 1 as shown in FIG.

However, the sliding method of the present invention is not limited to the above embodiments, and the sliding method itself is widely known in various ways, and the present invention may be adjusted and changed to various sliding methods as necessary.

The second fixing tool 31 of the upper door 30 is blocked so that the horizontal movement is blocked by the second fixing part 61 formed in the upper slider 60, that is, it is not opened.

The second fixing part 61 is formed in a "b" shape, the upper door 30 can be opened when the second fixing part 61 moves downward, and the second fixing part 61 moves upward. When the second fixing tool 31 is fastened to the b "form, the upper door 30 is locked.

Although not shown separately, the second fixing part 61 may be formed in the form of "ㅠ". In this case, when the second fixing part 61 moves upward, the upper door 30 may be opened, and the second fixing part ( When 61 is moved to the lower side and the second fixture 31 is fastened to the "?" Form, the upper door 30 is locked. That is, the shape of the second fixing part 61 may be variously changed as necessary.

The upper slider 60 is provided to be slidable vertically. To this end, guide pins 3a, 3b, 3c, and 3d are provided in the body 1, and pin guide grooves 65a and 65b into which the guide pins 3a, 3b, 3c, and 3d are inserted into the upper slider 60. , 65c, 65d) are formed. Therefore, the upper slider 60 can slide only in the vertical direction within a predetermined section.

In addition, a part of the upper slider 60 is connected by the guide pins 3c and 3d and the springs 66c and 66d. When the upper slider 60 moves downward, the upper slider 60 moves upward by the restoring force of the springs 66c and 66d. Forced to move, which is the direction in which the second fixing portion 61 of the upper slider 60 blocks the second fixing hole 31.

The lower door 40 is provided below the body 1.

A hinge pin 42 is provided at one end of the lower door 40 so that the lower door 40 is rotatably fixed to the body 1 about the hinge pin 42.

The other end of the lower door 40 is provided with a pin-shaped first fastener 41.

A first fixing portion 51 of the lever 50 is engaged with the first fixing tool 41 to prevent the lower door 40 from falling vertically and rotating counterclockwise.

One end of the lever 50 is rotatably fixed to the body 1 by the rotation shaft 53, and the other end (ie, the first fixing part) is free.

Therefore, when the lever 50 is rotated counterclockwise, the lock of the lower door 40 is released.

A handle 52 is formed on the lever 50 to easily operate the lever 50.

The first fasteners 41 of the lower door 41 are not only locked by the lever 50 but also locked by the third fixing part 71 of the lower slider 70, and as a result, are double locked. It becomes a state.

The third fixing part 71 formed at one end of the lower slider 70 is configured to support the first fixing tool 41 from below, so that the third fixing part 71 is provided with the first fixing tool 41. If it is below the first fixture 41 is in a locked state, as a result the lower door 70 is locked, and if the third fixing portion 71 is out of the bottom of the first fixture 41, the first fixture 41 is in the unlocked state, and as a result, the lower door 70 is in the unlocked state.

The lower slider 70 is positioned above the lower door 40 and is horizontally slidable in a predetermined section in the body 1. In order to slide the lower slider 70, guide pins 4a and 4b are provided on the body 1, and the guide pins 4a and 4b are formed in the guide pin grooves 73a and 73b formed in the lower slider 70. Is inserted.

Therefore, the lower slider 70 can slide only in the horizontal direction within a predetermined section. However, the sliding method itself is known a variety of ways, the present invention is not limited to this embodiment.

In addition, a part of the lower slider 70 is connected by the guide pin 4b and the spring 74b, and when the lower slider 60 moves to the right, it is forced to move to the left side by the restoring force of the spring 74b. This is a direction in which the third fixing part 71 of the lower slider 70 blocks the first fixing tool 41.

The other end of the lower slider 70 is provided with a horizontal movement portion 72 in the form of a circular bar.

The horizontal movement unit 72 forms a direction change unit together with the vertical movement unit 62 of the upper slider 60.

That is, the vertical movement portion 62 has an inclined surface 63, and the horizontal movement portion 72, which comes into close contact with the inclined surface 63, moves the inclined surface 63 as the vertical movement portion 62 descends. To the right. In addition, when the vertical movement portion 62 is raised upward, the horizontal movement portion is moved to the left side by the restoring force of the spring 74b.

The upper slider 60 is interlocked with the key operation unit 80 to be slid in the vertical direction by an external key operation. The interlocked form is not shown, and sliding the upper slider 60 downward by a key operation is the same way as moving the latch back and forth in a conventional locking device, and this method is known in a wide variety of ways.

A side release front of the body 1 is provided with a release bar insertion groove 90, the release bar 100 provided in the cash dispenser, etc. can be inserted into the release bar insertion groove (90). The release bar 100 is inserted in the horizontal direction to meet the release portion 64 provided in the upper slider (60).

Since the unlocking portion 64 has a cross-sectional shape of “b”, and the unlocking bar 100 has an inclined surface, the unlocking portion 64 is inserted by the horizontal insertion of the unlocking bar 100. The downward movement along the inclined surface of the release bar 100, which is the lower movement of the upper slider (60).

In addition, a blocking bar 5 is provided in a path into which the release bar 100 of the body 1 is inserted, and the release bar 100 is formed such that the release bar 100 forms a cross section that is substantially close to the wave shape. First, the blocking bar 5 meets and exceeds the blocking bar 5, and then the fastening release part 64 is released, that is, the upper slider 60 is moved downward.

The blocking bar 5 is for preventing the release portion 64 from being released by the rod when an external stick or the like is not inserted into the release bar 100.

Look at the operation of the above embodiment.

Figure 1 is a schematic state diagram before mounting the cash dispenser according to an embodiment of the present invention, the upper door 30 and the lower door 40 are all locked.

Figure 2 is a schematic state diagram after mounting the embodiment of Figure 1 to the ATM, the upper slider 60 is moved downward by the insertion of the release bar 100, the locked state of the upper door 30 was released. In addition, the upper door 30 is opened by pulling the handle 32 of the upper door 30. Looking at the lower door 40, although the lower slider 70 is unlocked by the upper slider 60, the lever 50 is locked and the lower door 40 is closed.

Figure 3 is a schematic state diagram after opening the upper door and the lower door of the embodiment of Figure 1, after removing from the ATM and unlock the upper slider 60 and the lower slider 70 by the key operation, The upper door 30 pulls open the handle 32, and the lower door 40 lifts the body 1 while pressing the lever 50.

Although the detailed configuration and operation of the present invention have been described above by the embodiment of the present invention, the scope of the present invention is not limited to the above embodiment, and those skilled in the art to which the present invention pertains have various forms. It is possible to change and use, and such changes are within the scope of the present invention.

The present invention, in the bill storage box formed with the upper storage space and the lower storage space, the upper door and the lower door is provided separately, the upper door is opened and closed in the sliding manner from the top of the bill storage box, the lower door The opening and closing of the banknotes storage box in the opening and closing mode to be easily opened and closed by a separate lever operation, take out the bills stored in the banknotes storage box and the operation of the upper and lower doors as well as easy operation It is possible to provide a bill storage box that can be sure whether the bill is stored in the storage box.

Claims (4)

A body having a generally rectangular parallelepiped shape, an upper storage space in which bills are stored in the interior of the body, an upper opening formed in the body so that bills are introduced into the upper storage space, and the upper storage in the body. In the bill storage box including a lower storage space formed in the lower portion of the space, and the lower opening is formed in the body so that bills are introduced into the lower storage space; The upper inlet is formed at an upper portion of the body; The lower inlet is formed at the side of the body; A lower portion of the body is formed to be opened; An upper door provided to be slidable on an upper portion of the body to open and close the upper entrance by sliding; A lower door having one end rotatably fixed around the front part of the body to open and close the lower part of the body in a swinging manner, and a first fixing tool provided at the other end; A lever having one end rotatably fixed to an outer side of the body and the other end having a first fixing part for blocking vertical movement of the first fixture; Banknotes storage box, characterized in that comprises a. According to claim 1, A second fixing sphere provided in the front portion of the upper door; An upper slider which is formed to block a horizontal movement of the second fixture of the upper door and is slidably provided in a vertical direction within a predetermined section of the body; One end is provided with a direction converting means for converting the vertical movement of the upper slider to the horizontal movement, the other end is a third to block the vertical movement of the first fixture in the lower portion of the first fixture of the lower door A lower slider formed with a fixed part and slidably provided in a horizontal direction within a predetermined section within the upper part and the body of the lower door; And a key operating unit for sliding the upper slider in the vertical direction by an external key operation. Banknotes storage box, characterized in that comprises a. According to claim 2, wherein the direction change means is provided in the lower portion of the upper slider and the vertical movement portion having an inclined surface and provided in one end of the lower slider in conjunction with the vertical movement of the vertical movement portion horizontally along the inclined surface Banknotes storage box, characterized in that made by a horizontal movement portion made to move. According to claim 2, The release bar is inserted into the outer release bar insertion groove is inserted into the front side of the body, the upper slider in the vertical direction in conjunction with the release bar by the horizontal direction insertion of the release bar. A release release part is provided on the upper slider to exercise, and the upper slider is configured to receive an elastic force so that the second fixing part blocks the second fixture, and the lower slider is configured to block the first fixing part by the third fixing part. Banknotes storage box, characterized in that made to receive an elastic force.