KR102715277B1 - Storaging apparatus of medium for automatic teller machine - Google Patents

Abstract

A paper media storage device for a financial automation machine is disclosed.
According to one embodiment of the present invention, a paper media storage device for a financial automation device may be provided, including: a main body that is detachably installed in a slot of a financial automation device and is provided with at least one; a storage section provided inside the main body for storing paper media; and an internal return path provided on one side inside the main body and connected to the storage section so as to enable bidirectional transport by introducing paper media supplied from the outside through one side of the main body into the storage section or by withdrawing paper media stored in the storage section to the outside of the main body; a main connector provided in the slot; and a power supply section provided in the main body and connected to the main connector when the main body is seated in the slot to supply power to the internal return path and distribute remaining power to the outside.

Description

STORAGING APPARATUS OF MEDIUM FOR AUTOMATIC TELLER MACHINE

The present invention relates to a paper media receiving device for a financial automation machine.

In general, an automated teller machine (ATM) is an automated device that provides financial services such as deposits and withdrawals of cash and checks without bank staff using a card or passbook, regardless of time and place.

Recently, the use of automated teller machines is expanding not only in financial institutions such as banks, but also in convenience stores, department stores, and public places. Depending on whether deposits or withdrawals are made, automated teller machines can be classified into withdrawal machines, deposit machines, and deposit/withdrawal machines.

Financial automation devices are used for a variety of purposes, including cash deposits and withdrawals, check deposits and withdrawals, account book management, giro fee payments, and ticket issuance.

To briefly explain the configuration of such a financial automation device, the financial automation device includes a media storage unit in which paper media such as cash is stored, a media transport unit for transporting paper media supplied from the media storage unit, a media transport unit for transporting paper media received from the media transport unit to a withdrawal unit, and a recovery media storage unit for recovering paper media rejected due to an abnormality detected during the transport process in the media transport unit or paper media supplied to the withdrawal unit but retracted because not received.

Meanwhile, recently, a paper media storage device for a financial automation device equipped with an independent media storage section for each type of paper has been proposed to cope with multiple types of paper money.

However, the paper media storage devices of these financial automation devices have a power supply unit installed in a parallel circuit format to supply power to the internal return path required for returning each paper media, so there is a problem that the circuit layout of the power supply unit is complex and takes up a lot of space.

Korean Patent No. 10-1665609 (registered on October 6, 2016)

An embodiment of the present invention provides a paper media storage device for a financial automation device, in which a plurality of cassettes for storing paper media are provided, each cassette having a stacked structure and connected to power in a series circuit manner.

In addition, an embodiment of the present invention provides a paper media storage device for a financial automation device capable of preventing damage to the power connection connector when the cassette is pulled out by allowing the power connection connector to be inserted inside when the cassette is pulled out.

According to one embodiment of the present invention, there is provided a first body detachably installed in a slot of a financial automation device; a first receiving portion provided inside the first body for receiving a paper medium; a first internal return path provided on one side of the inside of the first body and connected to the first receiving portion to enable bidirectional transport by introducing a paper medium supplied from the outside through one side of the first body into the first receiving portion or by withdrawing a paper medium received in the first receiving portion to the outside of the first body; a second body provided so as to be stackable on the first body; a second receiving portion provided inside the second body for receiving a paper medium; a second internal return path provided on one side of the inside of the second body and connected to the second receiving portion to enable bidirectional transport by introducing a paper medium supplied from the outside through one side of the second body into the second receiving portion or by withdrawing a paper medium received in the second receiving portion to the outside of the second body; a main connector provided in the slot; A paper media storage device for a financial automation device may be provided, including: a first power supply unit provided to the first main body and connected to the main connector when the first main body is seated in the slot to supply power to the first internal return path and to distribute residual power to the outside; and a second power supply unit provided to the second main body and connected to the first power supply unit when the second main body is stacked on the first main body to supply power to the second internal return path.

In addition, the first power supply unit may include a first lower connector provided on the lower portion of the first main body so as to be connectable with the main connector; a first upper connector provided on the upper portion of the first main body so as to be protrusive upward, electrically connected to the first lower connector, and provided so as to be connectable with the second power supply unit; and a first connecting rod connecting the first lower connector and the first upper connector to each other so as to protrude the first upper connector upward from the first main body when the first lower connector is connected to the main connector.

Additionally, the second power supply unit may include a second lower connector provided at the lower portion of the second main body so as to be connectable to the first upper connector.

Additionally, the power capacity of the main connector can be set to be greater than the power capacities of the first lower connector and the second lower connector.

Meanwhile, according to another embodiment of the present invention, a paper media storage device for a financial automation device may be provided, including: a main body that is detachably installed in a slot of a financial automation device and is provided with at least one; a storage section provided inside the main body for storing paper media; and an internal return path provided on one side inside the main body and connected to the storage section so as to enable bidirectional transport by introducing paper media supplied from the outside through one side of the main body into the storage section or by withdrawing paper media stored in the storage section to the outside of the main body; a main connector provided in the slot; and a power supply section provided on the main body and connected to the main connector when the main body is seated in the slot to supply power to the internal return path and distribute residual power to the outside.

In addition, the power supply unit may include a lower connector provided on the lower portion of the main body so as to be connectable to the main connector; an upper connector provided on the upper portion of the main body so as to be protrusive upward and electrically connected to the lower connector; and a connecting rod connecting the lower connector and the upper connector to each other so as to protrude the upper connector upward from the main body when the lower connector is connected to the main connector.

Additionally, the power capacity of the main connector may be set to be greater than the power capacity of at least one of the lower connectors.

According to an embodiment of the present invention, a plurality of cassettes for storing paper media are provided, each cassette having a stacked structure and power being connected in a series circuit manner, so that the circuit layout of the power supply section is simple and takes up little space, which is advantageous.

In addition, the embodiment of the present invention has an advantage in that the power connection connector can be inserted internally when the cassette is pulled out, thereby preventing damage to the power connection connector.

FIG. 1 is a schematic diagram illustrating a paper media storage device for a financial automation device according to one embodiment of the present invention.
Figure 2 is an exploded view showing the exploded state of Figure 1.
FIG. 3 is a schematic diagram illustrating a paper media storage device for a financial automation device according to another embodiment of the present invention.
Figure 4 is an exploded view showing the exploded state of Figure 3.

Hereinafter, the configuration and operation according to an embodiment of the present invention will be described in detail with reference to the attached drawings. The following description is one of several aspects of the present invention that may be claimed as a patent, and the following description may form a part of the detailed description of the present invention.

However, when explaining the present invention, specific descriptions of known configurations or functions may be omitted to clarify the present invention.

The present invention may have various modifications and may include various embodiments, and specific embodiments are illustrated in the drawings and described in detail in the description. However, this is not intended to limit the present invention to specific embodiments, but should be understood to include all modifications, equivalents, or substitutes included in the spirit and technical scope of the present invention.

Terms that include ordinal numbers, such as first, second, etc., may be used to describe various components, but the components are not limited by such terms. These terms are used only to distinguish one component from another.

When it is said that a component is 'connected' or 'connected' to another component, it should be understood that it may be directly connected or connected to that other component, but there may also be other components in between.

The terminology used in this application is only used to describe specific embodiments and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly indicates otherwise.

Hereinafter, embodiments of the present invention will be described in detail with reference to the attached drawings.

Referring to FIGS. 1 and 2, a paper media storage device (10) for a financial automation device according to one embodiment of the present invention may include a first main body (100), a first storage unit (200), a first internal return path (300), a second main body (400), a second storage unit (500), a second internal return path (600), a main connector (700), a first power supply unit (800), and a second power supply unit (900).

The fact that one embodiment of the present invention includes the configurations listed above does not mean that it consists only of these configurations, but rather that it basically includes these configurations, and that it may include other configurations (e.g., publicly known technologies widely used in financial automation devices), but a detailed description of the publicly known technologies will be omitted as they may obscure the gist of the present invention.

The first main body (100) is provided to be capable of accommodating paper media, and may be a cassette of a financial automation device. The first main body (100) may have a predetermined accommodating space formed therein, and the accommodating space may be divided into a plurality of sections as needed. The first main body (100) may be detachably installed in a slot (1) of the financial automation device.

In addition, the first storage unit (200) may be provided to be receptive within the first main body (100) for storing paper media. The first storage unit (200) may be provided with configurations necessary for storing paper media, and since the storage unit corresponds to a general configuration, a detailed description thereof will be omitted.

A first internal return path (300) may be provided on one side of the inside of the first main body (100) for transporting paper media. The first internal return path (300) may be provided to introduce paper media supplied from the outside through one side of the first main body (100) into the first receiving section (200) or to withdraw paper media stored in the first receiving section (200) to the outside of the first main body (100).

In this way, the first internal return path (300) is provided so that both the input and output of paper media can be performed on a single transfer path, thereby enabling bidirectional transfer. The first internal return path (300) is connected to the first receiving section (200) built into the first main body (100) and can perform bidirectional transfer of paper media.

The first internal return path (300) can be operated by receiving a control signal from a control unit (not shown), and the transport direction can be changed by the control signal from the control unit. The first internal return path (300) can include a plurality of rollers so that the paper medium can be moved along a preset transport path.

In addition, the second body (400) may be provided so as to be stackable on top of the first body (100) as shown in FIGS. 1 and 2. The second body (400) may be a cassette of a financial automation device capable of accommodating paper media, and may be configured similarly to the first body (100).

A second storage unit (500) may be provided inside the second main body (400) to store paper media. Since the second storage unit (500) is configured in the same manner as the first storage unit (200), further description is omitted.

A second internal return path (600) may be provided on one side of the inside of the second main body (400). The second internal return path (600) may allow paper media supplied from the outside of the second main body (400) through one side of the second main body (400) to be introduced into the second receiving section (500) or paper media stored in the second receiving section (500) to be taken out of the second main body (400) to enable bidirectional transport of the paper media. An internal return path gate (610) may be provided at a return switching point of the second internal return path (600) to return the paper media to the second receiving section (500) or to the first main body (100).

The second internal return path (600) is connected to the second receiving section (500) built into the second main body (400) to perform bidirectional transport of paper media, and is connected to the external return path (2) provided on the outside of the second main body (400) to perform return of paper media.

Meanwhile, one embodiment of the present invention may further include a main connector (700), a first power supply unit (800), and a second power supply unit (900) to supply power required for financial transactions of the first main body (100) and the second main body (400) in a series circuit manner.

Accordingly, when the first main body (100) is installed in the slot (1) of the financial automation device and the second main body (400) is stacked on top of the first main body (100), the power supply circuit is connected in series to supply power to each main body. The power supplied to each main body can be used, for example, for the operation of the first internal return path (300) and the second internal return path (600).

The main connector (700) may be provided on one side of the slot (1) of the financial automation device as shown in FIGS. 1 and 2. The main connector (700) may be installed so as to protrude upward on one side of the mounting surface of the slot (1) on which the first main body (100) is mounted.

In addition, the first power supply unit (800) may be provided to supply power to the first main body (100). The first power supply unit (800) may be connected to the main connector (700) when the first main body (100) is seated in the slot (1) to supply power to the first main body (100). In addition, the first power supply unit (800) may be provided to distribute the remaining power used in the first main body (100) to the outside of the first main body (100).

Specifically, the first power supply unit (800) may include a first lower connector (810), a first upper connector (820), and a first connecting rod (830).

The first lower connector (810) may be provided so as to be connected to the main connector (700) at the lower portion of the first body (100). Referring to FIG. 2, the first lower connector (810) may be formed in a structure that is recessed inward so as to accommodate the main connector (700) that protrudes upwardly on the upper surface of the slot (1).

Accordingly, when the first main body (100) is seated in the slot (1), the main connector (700) protruding upward is inserted into the first lower connector (810), and thus, the connection between the main connector (700) and the first lower connector (810) is made, and accordingly, power of the main connector (700) can be supplied to the first lower connector (810).

The first upper connector (820) may be provided so as to protrude upwardly from the upper portion of the first main body (100). The first upper connector (820) may be electrically connected to the first lower connector (810) and may receive a portion of power from the first lower connector (810).

The first upper connector (820) may be provided so as to be connected to the second power supply unit (900) when the second body (400) is stacked on top of the first body (100). The first upper connector (820) may be configured to protrude upward as needed or to be inserted into the interior of the first body (100) so as not to be exposed to the outside.

Accordingly, when the first main body (100) is removed from the slot (1), the first upper connector (820) is inserted into the interior of the first main body (100) and is not exposed to the outside, so that the first upper connector (820) can be prevented from being damaged by external impact.

In addition, when the second main body (400) is laminated, it can protrude toward the second main body (400) to supply power to the second main body (400). A first connecting rod (830) can be provided to enable selective protrusion and insertion of the first upper connector (820).

The first connecting rod (830) mechanically interconnects the first lower connector (810) and the first upper connector (820) so that the first upper connector (820) can protrude upward from the first main body (100) when the first lower connector (810) is connected to the main connector (700).

The first connecting rod (830) may be configured in the form of a rod or beam extending in the height direction inside the first main body (100), and the lower end of the first connecting rod (830) may be in contact with the first lower connector (810) and the upper end of the first connecting rod (830) may be in contact with the first upper connector (820).

Accordingly, when an upward external force is applied to the first connecting rod (830), the first connecting rod (830) is pushed upward by the external force, thereby raising the first upper connector (820) so that the first upper connector (820) protrudes toward the upper surface of the first main body (100). At this time, the external force applied to the first connecting rod (830) may be provided from the main connector (700) when the first main body (100) is seated in the slot (1).

In addition, when the external force applied to the first connecting rod (830) is removed, the first connecting rod (830) can move downward as shown in FIG. 2 by its own load and the weight of the first upper connector (820).

The first power supply unit (800) may further include an elastic spring (840). The first connecting rod (830) may be connected to the elastic spring (840) so as to be easily returned to its original position when an external force is removed. The elastic spring may apply a restoring force to the first upper connector (820) in a direction in which the first upper connector (820) returns to its original position when the first lower connector (810) is disconnected from the main connector (700). For example, the elastic spring (840) may apply an elastic force to the first upper connector (820) so that the first upper connector (820) moves downward.

The second power supply unit (900) may be provided to supply power to the second main body (400). The second power supply unit (900) may be connected to the first upper connector (820) of the first power supply unit (800) when the second main body (400) is stacked on the first main body (100) to supply power to the second main body (400). As described above, the power supplied to each main body (100, 400) may be used as a driving source for a separation and integration device, a push plate, a sensor, etc., including an internal return path.

The second power supply unit (900) may include a second lower connector (910) provided at the lower portion of the second main body (400) and connected to the first upper connector (820).

The second lower connector (910) may be formed to have a structure that is sunken into the interior of the second body (400) so as to be connected to the first upper connector (820) that protrudes from the upper surface of the first body (100). In addition, the second lower connector (910) may be configured so as to be electrically directly connected to the first upper connector (820) without going through another medium.

When the second main body (400) is laminated on the upper surface of the first main body (100), the first upper connector (820) protruding upward is inserted into the second lower connector (910), thereby connecting the first upper connector (820) and the second lower connector (910), and thus power from the first power supply unit (800) can be supplied to the second power supply unit (900). The second main body (400) can also be laminated on the first main body (100) by being supported by directly contacting the upper surface of the first main body (100) without any other medium.

In addition, since the power supply method according to one embodiment of the present invention is a series circuit method in which the power of the main connector (700) is supplied to the second power supply unit (900) through the first power supply unit (800) as described above, the power capacity of the main connector (700) may be set to be greater than the power capacities of the first lower connector (810) and the second lower connector (910). For example, it is preferable that the power capacity of the main connector (700) be set to be equal to or slightly greater than the sum of the power capacities of the first power supply unit (800) and the second power supply unit (900).

In addition, the first body (100) and the second body (400) are formed so that their heights are different from each other, and the height of the slot (1) can be formed so that it is equal to the sum of the heights of the first body (100) and the second body (400). Accordingly, volumes of paper media that are frequently handled can be assigned to a body with a large height, and volumes that are rarely handled can be assigned to a body with a small height, thereby providing the advantage of being able to flexibly operate the paper media.

Meanwhile, another embodiment of the present invention will be described with reference to FIGS. 3 and 4. A paper media storage device (10') of a financial automation device according to another embodiment of the present invention may include at least one main body (100'), a storage section (200'), an internal return path (300'), a main connector (400'), and a power supply section (500').

The main body (100') is provided with at least one body capable of accommodating paper media, and can be a cassette of a financial automation device. In this case, the main body (100') is the same as the first main body (100) described above, except that two or more bodies can be provided, so a detailed description of the main body (100') is omitted.

The storage unit (200') can be provided so as to be receptive to the interior of the main body (100') for storing paper media. The storage unit (200') is also the same as the first storage unit (200) described above, so further description is omitted.

An internal return path (300') may be provided on one side of the inside of the main body (100') so that paper media may be transported within the main body (100'). The internal return path (300') may be provided to introduce paper media supplied from the outside through one side of the main body (100') into the receiving section (200'), or to withdraw paper media stored in the receiving section (200') to the outside of the main body (100'). In addition, an internal return path gate (310') may be provided at a return switching point of the internal return path (300') to switch the return path so that the paper media can be returned to another main body (100').

The internal return path (300') is provided to enable bidirectional transport so that both input and output of paper media can be performed on a single transport path. The internal return path (300') is connected to a storage unit (200') built into the main body (100') so that bidirectional transport of paper media can be performed.

The internal return path (300') can be operated by receiving a control signal from a control unit (not shown), and the transport direction can be changed by the control signal from the control unit. The internal return path (300') can include a plurality of rollers so that the paper medium can be moved along a preset transport path.

In this way, one or more main bodies (100') having a storage section (200') and an internal return path (300') built in may be provided as needed. When two or more main bodies (100') having a storage section (200') and an internal return path (300') provided inside are provided, the main bodies (100') may be stacked in the height direction as shown in Fig. 3. At this time, the main bodies (100') may be stacked regardless of the top and bottom order, and since the structures are the same, the internal return paths (300') may be connected to each other when stacked.

When two or more main bodies (100') are stacked in the height direction, the internal return paths (300') provided inside each of the main bodies (100') can be connected to each other to perform a return operation. Accordingly, the paper medium transported from the external return path (2) can be introduced into or withdrawn from the receiving section (200') of the upper main body (100') or introduced into or withdrawn from the receiving section (200') of the lower main body (100') according to a control signal from the control unit.

Meanwhile, another embodiment of the present invention illustrated in FIGS. 3 and 4 may further include a main connector (400') and a power supply unit (500') to supply power required for financial transactions to at least one main body (100') in a serial circuit manner.

Accordingly, as shown in Fig. 3, when one main body (100') is installed in the slot (1) of the financial automation device and another main body (100') is stacked on top of it, the power supply circuit is connected in series to supply power to each main body (100'). The power supplied to each main body (100') can be used for the operation of the corresponding internal return path (300').

The main connector (400') may be provided on one side of the slot (1) of the financial automation device as shown in FIGS. 3 and 4. The main connector (400') may be installed so as to protrude upward on one side of the mounting surface of the slot (1) on which the main body (100') is mounted.

In addition, a power supply unit (500') may be provided to supply power to the main body (100'). The power supply unit (500') may be connected to the main connector (400') when the main body (100') is seated in the slot (1) to supply power to the internal return path (300'). In addition, the power supply unit (500') may be provided to distribute the remaining power used in the main body (100') to the outside of the main body (100').

Specifically, the power supply unit (500') may include a lower connector (510'), an upper connector (520'), and a connecting rod (530').

The lower connector (510') may be provided so as to be connected to the main connector (400') at the lower portion of the main body (100'). Referring to FIG. 4, the lower connector (510') may be formed in a structure that is recessed inward so as to accommodate the main connector (400') that protrudes upward on the upper surface of the slot (1).

Accordingly, when the main body (100') is seated in the slot (1), the main connector (400') protruding upward is inserted into the lower connector (510'), and thus, the connection between the main connector (400') and the lower connector (510') is made, and accordingly, power of the main connector (400') can be supplied to the lower connector (510') of the lower main body (100').

The upper connector (520') may be provided so as to protrude upwardly from the upper portion of the main body (100'). The upper connector (520') may be electrically connected to the lower connector (510') and may receive a portion of power from the lower connector (510').

The upper connector (520') may be provided to be connected to the power supply unit (500') (specifically, the lower connector (510')) of the upper body (100') when another body (100') is stacked on top of the lower body (100'). The upper connector (520') may be configured to protrude upward or be inserted into the interior of the body (100') so as not to be exposed to the outside, as necessary.

Accordingly, when the main body (100') is removed from the slot (1), the upper connector (520') is inserted into the inside of the main body (100') and is not exposed to the outside, so that damage to the upper connector (520') from external impact can be prevented.

In addition, when the upper body (100') is stacked on top of the lower body (100'), the upper connector (520') can protrude toward the upper body (100') to supply power to the upper body (100'). A connecting rod (530') can be provided to enable selective protrusion and insertion of the upper connector (520').

The connecting rod (530') mechanically interconnects the lower connector (510') and the upper connector (520') so that the upper connector (520') can protrude upward from the main body (100') when the lower connector (510') is connected to the main connector (400') or the upper connector (520').

The connecting rod (530') may be configured in the form of a rod or beam extending in the height direction inside the main body (100'), and the lower end of the connecting rod (530') may be in contact with the lower connector (510') and the upper end of the connecting rod (530') may be in contact with the upper connector (520').

Accordingly, when an upward external force is applied to the connecting rod (530'), the connecting rod (530') is pushed upward by the external force, thereby raising the upper connector (520') so that the upper connector (520') protrudes toward the upper surface of the main body (100'). At this time, the external force applied to the connecting rod (530') may be provided from the main connector (400') when the main body (100') is seated in the slot (1), or may be provided from the upper connector (520') when the upper main body (100') is seated in the lower main body (100').

In addition, when the external force applied to the connecting rod (530') is removed, the connecting rod (530') can move downward as shown in FIG. 4 due to its own load and the weight of the upper connector (520').

The power supply unit (500') may further include an elastic spring (540'). The connecting rod (530') may be connected to the elastic spring (540') so that it can easily return to its original position when an external force is removed. The elastic spring (540') may apply a restoring force to the upper connector (520') in a direction in which the upper connector (520') returns to its original position when the lower connector (510') is disconnected from the main connector (400'). For example, the elastic spring may apply an elastic force to the upper connector (520') so that the upper connector (520') moves downward.

In addition, since the power supply method according to another embodiment of the present invention is a series circuit method in which the power of the main connector (400') is supplied to one or more main bodies (100') through each power supply unit (500') as described above, the power capacity of the main connector (400') may be set to be greater than the power capacity of at least one lower connector (510'). For example, it is preferable that the power capacity of the main connector (400') be set to be equal to or slightly greater than the sum of the power capacities of the power supply units (500') provided to each of the plurality of main bodies (100').

Meanwhile, as a modified embodiment from the above-described embodiment, it is also possible to implement a power supply unit (500') that can only supply power to the lower part of the main body (100').

In addition, in the above-described embodiment, it may be possible to implement a form in which only an internal return path and a switching gate for paper media transport are provided on the upper part of the main body (100').

Above, although the present invention has been described using preferred embodiments, the scope of the present invention is not limited to the specific embodiments described, and those skilled in the art may substitute or change any component within the scope of the present invention, and this also falls within the rights of the present invention.

1 : Slot
10: Paper media storage device
100 : 1st main body 200 : 1st storage section
300: 1st internal return path 400: 2nd main body
500: 2nd storage compartment 600: 2nd internal return path
700 : Main connector 800 : 1st power supply
810: First lower connector 820: First upper connector
830: 1st connecting rod 900: 2nd power supply
910: Second lower connector
10' : Paper media storage device
100' : Body 200' : Storage compartment
300' : Internal return path 400' : Main connector
500' : Power supply 510' : Bottom connector
520' : Upper connector 530' : Connecting rod

Claims (11)

A first body removably installed in a slot of a financial automation device;
A first storage section provided inside the first main body for storing paper media;
A first internal return path provided on one side of the inside of the first main body and used to introduce paper media supplied from the outside through one side of the first main body into the first receiving section;
A second body provided so as to be stackable on the first body;
A second storage section provided inside the second main body for storing paper media;
A second internal return path provided on one side of the inside of the second main body and used to introduce paper media supplied from the outside through one side of the second main body into the second receiving section;
Main connector provided in the above slot;
A first power supply unit provided to the first main body and connected to the main connector when the first main body is seated in the slot to supply power to the first main body and distribute power to the outside; and
A second power supply unit provided to the second body and connected to the first power supply unit when the second body is stacked on the first body to supply power to the second body;
The above first power supply unit,
A first lower connector provided at the lower portion of the first main body so as to be connectable to the main connector;
A first upper connector provided on the upper portion of the first main body, electrically connected to the first lower connector, and selectively connected to the second power supply; and
A first connecting rod is included that connects the first lower connector and the first upper connector to each other so that the first upper connector can be connected to the second power supply unit when the first lower connector is connected to the main connector, thereby protruding the first upper connector from the first main body.
Paper media storage device for financial automation equipment. delete In the first paragraph,
The first upper connector is driven to be connected to the second power supply when the first lower connector is in contact with the main connector by interlocking with the first lower connector.
Paper media storage device for financial automation equipment. delete In the first paragraph,
The above second power supply unit,
A second lower connector provided on the lower part of the second main body so as to be connectable to the first upper connector;
Paper media storage device for financial automation equipment. A first body removably installed in a slot of a financial automation device;
A first storage section provided inside the first main body for storing paper media;
A first internal return path provided on one side of the inside of the first main body and used to introduce paper media supplied from the outside through one side of the first main body into the first receiving section;
A second body provided so as to be stackable on the first body;
A second storage section provided inside the second main body for storing paper media;
A second internal return path provided on one side of the inside of the second main body and used to introduce paper media supplied from the outside through one side of the second main body into the second receiving section;
Main connector provided in the above slot;
A first power supply unit provided to the first main body and connected to the main connector when the first main body is seated in the slot to supply power to the first main body and distribute power to the outside; and
A second power supply unit provided to the second body and connected to the first power supply unit when the second body is stacked on the first body to supply power to the second body;
The above second power supply unit,
A second lower connector provided to be connectable to the first upper connector on the lower part of the second main body;
The power capacity of the above main connector is greater than the power capacity of the first lower connector and the second lower connector.
Paper media storage device for financial automation equipment. In the first paragraph,
The first internal return path can be transported in both directions so that the paper media stored in the first storage section can be pulled out of the first main body.
The second internal return path is capable of bidirectional transport so that the paper media stored in the second storage section can be pulled out of the second main body.
Paper media storage device for financial automation equipment. In the first paragraph,
The first body and the second body are formed so that their heights are different from each other,
The height of the above slot is formed to be equal to the sum of the respective heights of the first body and the second body.
Paper media storage device for financial automation machines. A main body provided with at least one removably installed in the slot of a financial automation device;
A storage compartment provided inside the main body for storing paper media;
An internal return path provided on one side of the inside of the main body and connected to the storage unit to enable bidirectional transport by introducing paper media supplied from the outside through one side of the main body into the storage unit or by withdrawing paper media stored in the storage unit to the outside of the main body;
A main connector provided in the above slot; and
A power supply unit provided to the main body and connected to the main connector when the main body is seated in the slot to supply power to the main body and distribute power to the outside;
The above power supply unit,
A lower connector provided at the lower portion of the above body so as to be connected to the above main connector;
An upper connector provided to protrude upwardly on the upper portion of the above body and electrically connected to the lower connector; and
A connecting rod for connecting the lower connector and the upper connector to each other and causing the upper connector to protrude upward from the main body when the lower connector is connected to the main connector;
Paper media storage device for financial automation equipment. delete A main body provided with at least one removably installed in the slot of a financial automation device;
A storage compartment provided inside the main body for storing paper media;
An internal return path provided on one side of the inside of the main body and connected to the storage unit to enable bidirectional transport by introducing paper media supplied from the outside through one side of the main body into the storage unit or by withdrawing paper media stored in the storage unit to the outside of the main body;
A main connector provided in the above slot; and
A power supply unit provided to the main body and connected to the main connector when the main body is seated in the slot to supply power to the main body and distribute power to the outside;
The power capacity of the above main connector is set to be greater than the power capacity of at least one lower connector.
Paper media storage device for financial automation equipment.

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