KR102443368B1 - Operation system of passbook issuing machine - Google Patents

Abstract

The present invention relates to an operating system of a passbook issuing machine, comprising: a passbook cassette unit in which a plurality of passbooks are stored, and at least one passbook is installed in a lateral direction in an automated financial machine; a withdrawal unit provided adjacent to the passbook cassette unit and configured to have a single passage and withdraw the passbook stored in the passbook cassette unit selected from among the plurality of passbook cassette units; a page turning part provided adjacent to the withdrawing part and turning the front page of the passbook withdrawn through the withdrawing part; and a sensing unit provided in the passbook cassette unit to detect whether the passbook stored in the passbook cassette unit is stored, the number of stored copies, and whether a malfunction occurs. As a technical feature of being made including there is an effect

Description

The operating system of the passbook issuing machine {OPERATION SYSTEM OF PASSBOOK ISSUING MACHINE}

The present invention relates to an operating system of a passbook issuing machine, and more particularly, since a plurality of passbooks stored in a passbook cassette are selectively withdrawn through a single passage, the overall size is miniaturized so that it can be installed in a narrow space, etc. It relates to an operating system of a passbook issuing machine that can be installed without restrictions.

In general, various types of unmanned automated devices, such as automatic deposit and withdrawal devices and bankbook organizers, are installed and operated in various commercial banks, thereby improving work efficiency and providing user convenience.

As the functions of the bank become diversified, the business of the bank is not performed only within the bank, but various transactions are made through various routes, and accordingly, the number of transactions recorded in the passbook is also increasing.

Among automatic financial machines such as ATM (automated teller machine), a device that handles passbooks only has a function to print the transaction data of passbooks. After organizing and automatically issuing new bankbooks, old and new bankbooks could not be provided to customers.

In particular, when printing is carried out on a book-shaped object such as a passbook, the front cover cannot be printed and carried over only with the conventional technology of printing and carrying forward only the inside, and also the destroyed old passbook and the newly issued new passbook. In order to provide the same to customers, a return path for the old passbook and a return path for the new passbook are required. If the conveyance path for the old passbook and the return path for the new passbook are installed separately, it not only leads to an enlargement of the financial automation equipment but also limits the installation location. There is a problem with receiving .

As related prior art, Korean Patent Publication No. 10-1337873 (title of invention: passbook issuance device and method, registration date: December 02, 2013) and Korean Patent Publication No. 10-2014-0052581 (title of the invention: There is a passbook issuing device and its control method, publication date: May 07, 2014).

The present invention has been devised to solve the problems of the prior art as described above, and since a plurality of passbooks stored in a passbook cassette are selectively drawn out through one passage, the overall size is miniaturized and installed in a narrow space, etc. It aims to be an operating system for a passbook issuing machine that can be installed without any restrictions on location.

Other objects of the present invention can be understood through the features of the present invention, can be seen more clearly through the embodiments of the present invention, and can be realized by means and combinations indicated in the claims.

In order to achieve the problems to be solved by the present invention as described above, the present invention has the following technical features.

The operating system of the passbook issuer according to the present invention includes: a passbook cassette unit in which a plurality of passbooks are stored, and at least one or more passbooks are installed laterally in the automatic financial machine and the kiosk; a withdrawal unit provided adjacent to the passbook cassette unit and configured to have a single passage and withdraw the passbook stored in the passbook cassette unit selected from among the plurality of passbook cassette units; a page turning part provided adjacent to the withdrawing part and turning the front page of the passbook withdrawn through the withdrawing part; and a sensing unit provided in the passbook cassette unit to detect whether the passbook stored in the passbook cassette unit is stored, the number of stored copies, and whether a malfunction occurs. is made including

In the operating system of the passbook issuing machine according to the present invention, when the bankbook withdrawal signal is transmitted from the control unit of the automatic financial machine to the two or more passbook cassette units installed inside the automated financial machine, in the corresponding passbook cassette unit The passbook is withdrawn through the withdrawal unit.

In the operating system of the passbook issuing machine according to the present invention, the passbook cassette unit includes a passbook loading box in which a plurality of passbooks are stored and a discharge hole for discharging a single passbook from among the plurality of passbooks is formed; A mill plate provided inside to press the plurality of passbooks, and a plurality of passbooks rotatably installed in the lower inner portion of the passbook loading box and stored in the passbook loading box, the single passbook among the plurality of passbooks is discharged using the discharge hole. It consists of a discharge roller for discharging to the outside, and a cover that is operably provided on the front side of the passbook loading box.

In the operating system of the passbook issuing machine according to the present invention, a link connecting the passbook loading box and the push plate is further configured.

In the operating system of the passbook issuing machine according to the present invention, the discharge prevention plate is provided in the discharge hole of the passbook loading box and prevents the discharge of the plurality of passbooks stored in the passbook cassette unit through the discharge hole of the passbook loading box. .

In the operating system of the passbook issuing machine according to the present invention, the push plate has a protrusion formed at one end to prevent it from being provided oppositely in the passbook loading box.

In the operating system of the passbook issuing machine according to the present invention, an alignment guide piece and an alignment guide protrusion are respectively provided inside the cover, and the alignment guide piece aligns the plurality of charged passbooks, the alignment guide protrusion Aligning the passbook by pushing the passbook at the bottom of the passbook box that the alignment guide piece cannot align, and an alignment guide groove is formed adjacent to the discharge roller on the bottom plate provided at the bottom of the passbook box. A space is secured at the engaging portion of the alignment guide protrusion.

In the operating system of the passbook issuing machine according to the present invention, a discharge unit is provided adjacent to the withdrawal unit to discharge the passbook drawn out through the withdrawal unit in a different direction.

In the operating system of the passbook issuing machine according to the present invention, among a plurality of movement blockers provided adjacent to the passbook cassette unit, the movement blocker provided near the discharge unit when the passbook of the sheet drawn out to the withdrawal unit moves in the reverse direction guide in the direction of the discharge part.

In the operating system of the passbook issuing machine according to the present invention, when the passbook cassette is provided with a movement blocking unit adjacent to the passbook cassette and the passbook discharged from the passbook cassette is moved in the reverse direction while moving in the direction of the withdrawing unit, the passbook cassette It prevents the passbook from being moved back into the bank and prevents damage to the passbook due to a collision with the next issued passbook.

In the operating system of the passbook issuing machine according to the present invention, the discharge roller rotatably installed in the lower inner portion of the passbook loading box is rotatably installed on the bottom plate of the passbook loading box, and is spaced apart from the center of the bottom plate It is installed in the passbook to incline in the direction of the discharge hole.

According to the present invention, since a plurality of passbooks stored in the passbook cassette are selectively drawn out through one passage through the means for solving the above problems, the overall size is miniaturized, so that it can be installed without restrictions in the installation location such as a narrow space. there is an effect

Other effects of the present invention can be understood through the characteristics of the present invention, can be seen more clearly through the embodiments of the present invention, and can be exhibited by means and combinations shown in the claims.

1 is a view of an embodiment of an operating system of a passbook issuing machine according to the present invention;
Figure 2 is a perspective view showing an open state of the cover, which is a component of the passbook issuing machine according to Figure 1;
3 is a view showing a state in which a plurality of passbook loading boxes and a drawer according to FIG. 1 are provided;
4 is a perspective view showing a bottom state of the mill plate according to FIG. 1;
5 is a view showing a state in which the discharge prevention plate is provided in the discharge hole of the passbook loading box according to FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS The detailed description of the invention that follows refers to the accompanying drawings, which show by way of illustration specific embodiments in which the invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that various embodiments of the present invention are different but need not be mutually exclusive. For example, specific shapes, structures, and characteristics described herein may be implemented in other embodiments without departing from the spirit and scope of the present invention in relation to one embodiment. In addition, it should be understood that the position or arrangement of individual components in each disclosed embodiment may be changed without departing from the spirit and scope of the present invention. Accordingly, the following detailed description is not intended to be taken in a limiting sense, and the scope of the present invention is limited only by the appended claims, along with all equivalents as claimed by the claims. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

1 is a diagram of an embodiment of an operating system of a passbook issuing machine according to the present invention, FIG. 2 is a perspective view showing an open state of a cover, which is a component of the passbook issuing machine according to FIG. 1, and FIG. 3 is a plurality of It is a view showing the state in which the passbook loading box and the withdrawal unit are provided, FIG. 4 is a perspective view showing the bottom state of the mil plate according to FIG. 1, and FIG. 5 is a view showing a state in which the discharge prevention plate is provided in the discharge hole of the passbook loading box to be.

The operating system 100 of the passbook issuing machine according to the present invention, as shown in FIGS. 1 to 5 , the passbook cassette unit 110 , the withdrawing unit 120 , the turning page 130 , the sensing unit 140 . is made including

The passbook cassette unit 110 stores a plurality of passbooks (P/B), and at least one or more is installed in the lateral direction inside the automated financial machine.

A financial automation device is a device that processes the financial business desired by customers, and can automatically organize media when depositing and withdrawing media or automatically transferring media. Provides user convenience.

Automated financial devices are non-face-to-face, so there is no concern about infection with bacteria or viruses (COVID-19) under the current pandemic situation. You can enjoy banking business in the comfort of your own way.

The passbook cassette unit 110 is made of a size sufficient to store a plurality of passbooks (P/B), and a single or two or more passbook cassette units 110 installed in the automated financial machine are the same. It is made of the same size as the shape.

The passbook cassette unit 110 is made of a metal material and is manufactured to sufficiently withstand external force applied from the outside, thereby minimizing damage such as crushing of a plurality of passbooks (P/B) stored therein.

The cover 114 provided on the front of the passbook and cassette unit 110 has a locking structure that only an authorized operator can open or close, and a plurality of passbooks (P / B) is prevented from being separated from the passbook cassette unit (110).

Although three passbook and cassette units 110 are exemplified as being installed in the inside of the automatic financial machine in the horizontal direction based on the drawing, a single (one), two may be installed, or four , 5, etc., can be installed without restrictions.

The passbook cassette unit 110 includes a passbook loading box 111 , a push plate 112 , a discharge roller 113 , and a connecting ring 115 .

The passbook loading box 111 is made of a size sufficient to store a plurality of passbooks (P/B), and the area is preferably made slightly larger than the area of the passbook (P/B).

The passbook loading box 111 stores a plurality of passbooks (P/B), and a discharge hole 111a for discharging a single passbook (P/B) out of the plurality of passbooks (P/B) is formed .

The discharge hole 111a is inclined at the lower left side of the passbook loading box 111 based on the drawing, so that the single passbook (P/B) is easily discharged from the passbook loading box 111 through the inclination.

The passbook cassette unit 110 is further configured with a discharge prevention plate 116, the discharge prevention plate 116 is provided in the discharge hole 111a of the passbook loading box 111, and the discharge hole ( 111a) through the passbook cassette unit 110 to prevent discharge of the stored plurality of passbooks (P/B).

The discharge hole (111a) can be adjusted in height manually or automatically according to the thickness of the discharged passbook (P/B), which is adjustable in height due to the adjustment of the discharge prevention plate (116).

The mill plate 112 is provided inside the passbook loading box 111 to press the plurality of passbooks P/B to help the single passbook P/B to be smoothly discharged.

Specifically, the push plate 112 is made of a metal material having a weight enough to press a plurality of passbooks (P/B) in a wide plate shape.

The push plate 112 has a groove 112b formed on its lower surface corresponding to the discharge roller 113 to be described below, and is formed so as not to interfere with the rotation of the discharge roller 113 .

The push plate 112 has a protrusion 112a protruding at one end to block it from being provided oppositely in the passbook loading box 111 .

When the plurality of passbooks (P/B) stored in the passbook loading box 111 are all discharged and the push plate 112 is positioned at the bottom of the passbook loading box 111, the push plate 112 is rotated when the discharge roller 113 is rotated due to a malfunction. ) due to the groove (112a) formed on the lower surface of the discharge roller 113 is prevented from being damaged.

The discharge roller 113 is rotatably installed in the lower inner portion of the passbook loading box 111 to discharge a single passbook (P/B) out of a plurality of passbooks (P/B) stored in the passbook loading box 111. 111a) to discharge to the outside.

The discharge roller 113 is located far from the discharge hole 111a in the center of the inner lower part of the passbook loading box 111 based on the drawing, and three discharge rollers 113 are rotatably installed in the longitudinal direction to the discharge hole 111a direction. Rotate to eject a single passbook (P/B).

The discharge roller 113 rotatably installed in the lower inner portion of the passbook loading box 111 is rotatably installed on the bottom plate 117 of the bankbook loading box 111, and is spaced apart from the center of the bottom plate 117. It is installed to incline a plurality of passbooks ((P/B) in the direction of the discharge hole 111a.

The discharge roller 113 is made of an elastic material such as rubber, etc., and is made of a material having a large coefficient of friction, as a part in close contact with the outer paper of the passbook (P/B) discharged through the discharge hole (111a).

The cover 114 is provided so as to be able to open and close on the front of the passbook loading box 111 .

An alignment guide piece 114a and an alignment guide protrusion 114b are provided inside the cover 114, respectively,

The alignment guide piece 114a aligns the plurality of charged passbooks (P/B), and the alignment guide projection 114b is the passbook ( P/B) is aligned by pushing it inward of the bankbook loading box 111, and an alignment guide groove 117a is formed on the bottom plate 117 provided at the bottom of the bankbook loading box 111, adjacent to the discharge roller 113, The cover 114 is smoothly covered by securing a space in the engaging portion of the alignment guide protrusion 114b.

The connecting ring 115 connects the passbook loading box 111 and the push plate 112 .

Specifically, the connecting ring 115 has a ring shape, and one end is fixed to the passbook loading box 111, and the other end is fixed to the center of the push plate 112 to minimize the risk of losing the push plate from the passbook loading box 111. .

The passbook cassette unit 110 is further configured with a discharge prevention plate 116, the discharge prevention plate 116 is provided in the discharge hole 111a of the passbook loading box 111, and the discharge hole ( 111a) through the passbook cassette unit 110 to prevent discharge of the stored plurality of passbooks (P/B).

The discharge prevention plate 116 is a thin plate, and is made of a film having excellent flexibility or restoring force, a SUS plate, a plastic plate, a metal plate, or the like.

The discharge prevention plate 116 prevents a failure or malfunction by preventing the discharge of other passbooks (P/B) while allowing only one sheet, that is, one of the plurality of passbooks (P/B) stored in the passbook cassette unit 110 to be discharged. do.

The draw-out unit 120 is provided adjacent to the passbook and cassette unit 110, and consists of a single passage, and a passbook (P/B) stored in the passbook cassette unit 110 selected from among the plurality of passbook cassette units 110 is provided. is withdrawn

Existing withdrawal units are respectively installed separately equal to the number of passbook and cassette units 110 in which a plurality of passbooks (P/B) are stored. will be subject to many restrictions.

Since the withdrawal unit 120 of the present invention consists of only one passage regardless of the number of passbook and cassette units 110 , the overall size of the automated financial machine including the withdrawal unit 120 is reduced in size and narrow. It can be installed at any desired place and location without restrictions on the installation location and installation location such as space.

The draw-out unit 120 is provided at the lower portion of the passbook cassette unit 110 based on two or more passbook cassette units 110 .

Referring to FIG. 3 , it has a structure in which the drawer 120 is provided at the lower part of the leftmost passbook cassette part among the three passbook cassette parts 110 , The passbook (P/B) moves in the direction of the withdrawal unit and is withdrawn through the withdrawal unit 120 .

The sensing unit 140 provided in the passbook cassette unit 110 detects that the passbooks P/B discharged from the three passbook cassette units 110 are entangled with each other in the process of being drawn out in the direction of the passbook and passbook. It detects the malfunction of the issuing machine to prevent damage to the passbook (P/B) or damage to the device.

A discharge unit 121 is provided adjacent to the withdrawal unit 120 to discharge the passbook P/B drawn out through the withdrawal unit 120 in a different direction.

The movement blocking unit 122 is provided adjacent to the passbook cassette unit 110, and is provided near the discharge hole 111a so that a single passbook (P/B) discharged from the passbook cassette unit 110 is directed toward the draw-out unit. When it is unexpectedly moved in the reverse direction in the process of being moved, it is prevented from being moved back into the passbook cassette unit 110 to prevent damage to the passbook P/B due to a collision with the next issued passbook (P/B).

Among the plurality of movement blocking units 122 provided adjacent to the passbook cassette unit 110 , the movement blocking unit 122a provided near the discharge unit 121 is a single passbook (P/ When B) moves in the reverse direction, it is guided in the direction of the discharge unit 121 .

The page turning unit 130 is provided adjacent to the draw-out unit 120 and turns the cover page of the passbook P/B withdrawn through the draw-out unit 120 .

Specifically, the page turning unit 130 is provided adjacent to the lower portion of the draw-out unit 120 and rotated by the rotational force of the driving motor to turn over the sheet of passbook (P/B).

The sensing unit 140 is provided in the passbook cassette unit 110 to detect whether the passbook (P/B) stored in the passbook cassette unit 110 is stored, the number of stored copies, and whether a malfunction occurs.

The sensing unit 140 is connected to the control unit of the financial automation device by wire or wirelessly and transmits a detection signal for detecting whether the passbook (P/B) stored in the passbook cassette unit 110 is stored, the number of stored numbers, and whether a malfunction is detected in the financial automation device. sent to the control unit of

Whether the stored passbook (P/B) of the passbook/cassette unit 110 detected by the sensing unit 140 is stored, the number of stored numbers, and whether malfunction is based on a preset value.

The passbook issuing machine of the present invention can be separated and coupled to the passbook printer, so that the outer and inner sheets of the passbook (P/B) drawn from the passbook issuing machine are printed through the passbook printer.

In the above, the present invention has been described based on a preferred embodiment, but the technical spirit of the present invention is not limited thereto, and it is possible to carry out modifications or changes within the scope described in the claims. It will be apparent to the person concerned, and such modifications or changes shall fall within the scope of the appended claims.

100: operating system of passbook issuing machine
110: passbook and cassette part
111: bankbook loading box
111a: exhaust hole
112: mill plate
112a: protrusion
112b: home
113: discharge roller
114: cover
114a: Alignment Guide
114b: alignment guide projection
115: link
116: discharge prevention plate
117: bottom plate
117a: alignment guide groove
120: withdrawal unit
121: discharge part
122: movement blocking unit
130: Turning over
140: sensing unit
P/B: passbook

Claims (11)

a passbook cassette unit in which a plurality of passbooks are stored, and at least one passbook cassette is installed in the automatic financial machine and the kiosk in the lateral direction;
a withdrawal unit provided adjacent to the passbook cassette unit and configured to have a single passage and withdraw the passbook stored in the passbook cassette unit selected from among the plurality of passbook cassette units;
a page turning part provided adjacent to the withdrawing part and turning the front page of the passbook withdrawn through the withdrawing part; and
a sensing unit provided in the passbook cassette unit to detect whether or not the passbook stored in the passbook cassette unit is stored, the number of stored copies, and whether a malfunction occurs; is made, including
The passbook cassette unit,
A passbook loading box in which a plurality of passbooks are stored and a discharge hole for discharging a single passbook among the plurality of passbooks is formed;
a mill plate provided inside the passbook loading box to press the plurality of passbooks;
a discharge roller which is rotatably installed in the lower inner portion of the passbook loading box and discharges the single passbook out of the plurality of passbooks stored in the passbook loading box to the outside using the discharge hole;
Consists of a cover that is openably provided on the front of the passbook loading box,
A connecting ring connecting the passbook loading box and the mill plate is further configured,
The discharge roller, which is rotatably installed in the inner lower part of the passbook loading box, is rotatably installed on the bottom plate of the passbook loading box, is installed at a position spaced apart from the center of the bottom plate, and tilts the passbook in the direction of the discharge hole. let it go,
At least one passbook cassette unit installed inside the automated financial machine, when a withdrawal signal of a passbook is transmitted from the control unit of the automated financial machine, the passbook is withdrawn from the corresponding passbook cassette unit through the withdrawing unit,
A discharge prevention plate provided in the discharge hole of the passbook loading box and preventing the discharge of the plurality of passbooks stored in the passbook cassette unit through the discharge hole of the passbook loading box is further configured,
The mill plate has a protrusion formed at one end and is provided oppositely inside the passbook loading box,
An alignment guide piece and an alignment guide protrusion are respectively provided on the inside of the cover, the alignment guide piece aligns the plurality of charged passbooks, and the alignment guide protrusion is a lower portion of the passbook loading box that the alignment guide piece cannot align. Aligning the passbook by pushing the passbook into the passbook loading box, an alignment guide groove is formed on the bottom plate provided at the bottom of the passbook loading box adjacent to the discharge roller to secure a space at the engaging portion of the alignment guide projection, ,
A discharge unit is provided adjacent to the withdrawal unit to discharge the passbook drawn out through the withdrawal unit in a different direction,
Among a plurality of movement blocking units provided adjacent to the passbook cassette unit in which a plurality of passbooks are stored, the movement blocking unit provided near the discharge unit is directed toward the discharge unit when the passbook drawn out to the withdrawal unit moves in the reverse direction. induce,
The passbook cassette is provided with a movement blocking unit adjacent to the passbook cassette to prevent the passbook from being moved back into the passbook cassette when the single passbook discharged from the passbook cassette is moved in the reverse direction in the process of moving in the direction of the draw-out unit. An operating system for a passbook issuing machine, characterized in that it prevents damage to the passbook due to collision with the passbook. delete delete delete delete delete delete delete delete delete delete

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