KR101436043B1 - Giro paper treating apparatus and giro paper temporary staking method using the same - Google Patents

Abstract

According to an aspect of the present invention, there is provided a temporary storage method for a sheet of paper, comprising the steps of: A step S200 of displaying a response message asking whether or not another sheet of paper is to be inserted is made, and if the sheet of paper of the next line is inserted, the temporary storage is canceled and at the same time the sheets of paper temporarily stored are transported until the merging part of the sorting moving means )Wow; Joining the sheets of paper temporarily stored before the merging unit and the sheet fed by the lane into the merging unit of the sorting and moving means without collision and then transferring the same along the main belt 51 and storing the same in the temporary storing unit 55 S400); Performing the steps (S200) to (S400) (S500) until a predetermined number of sheets of paper are temporarily stored; If the set number of sheets is temporarily stored, the step S600 of collectively sending the sheets to the sheet storing means 6 without temporarily storing the sheets in the temporary storing means.

According to the present invention, the sheets are fed to the upper conveying path and stored in the temporary storing means. When the sheets are fed into the lane, the temporary storage of the sheets is canceled and the sheets are conveyed until the merging portion. The sheets are joined together at the confluence portion together with the sheet of paper to be fed and conveyed to the upper conveying path, thereby preventing the sheets from colliding with each other.

Description

Technical Field [0001] The present invention relates to a giro paper processing apparatus and a giro paper temporary storage method using the same,

BACKGROUND OF THE INVENTION 1. Field of the Invention [0001] The present invention relates to a device and a method for temporarily storing a gila sheet using the same, and more particularly, A paper sheet processing apparatus, and a giro paper temporary storage method using the same.

In general, financial automation devices such as cash dispensers and automatic cash dispensers have been developed and used so that unauthorized services can be provided quickly and conveniently regardless of the time, regardless of the consulting service.

Recently, in the bank, a paper sheet processing apparatus for automatically storing paper sheets, which are used for payment of various bills, taxes, and tuition fees, so as to reduce manpower and time wasted due to their storage, is widely used.

Accordingly, the present invention improves the processing method of the conventional giro paper processing apparatus. First, the conventional gluing paper processing apparatus will be described as follows.

First, as an example of a conventional gyroscopic sheet processing apparatus, a "gyro automatic sheet processing apparatus" (hereinafter referred to as "conventional gyroscopic sheet processing apparatus") of Korean Patent Registration No. 10-0468328 is known.

That is, a conventional gyro-paper processing apparatus has a discharge section (hereinafter referred to as a "gyro tray ") provided in a lower portion of a loading section through a tray on which a gyro table (hereinafter referred to as" Or " payment "), or to a storage unit provided inside the apparatus.

Therefore, when the conventional paper sheet processing apparatus is used, since the input unit and the return unit are separated from each other, the recognition error of the paper sheet occurs, and even when the paper sheet is discharged to the return unit, the paper sheet is forcibly put into the input unit .

Therefore, by forcibly putting the paper sheet into the input section during the process of returning the paper sheet, the paper sheet is easily damaged, which causes a lot of inconvenience to the user.

Also, as the paper is forcedly fed into the paper-feeding unit at the moment when the paper is returned, the shutter and the like constituting the paper-feeding unit are easily damaged.

Furthermore, since the user often does not retrieve the paper sheet at the returning portion, there is a problem that the paper sheet is easily lost due to the non-recovery of the paper sheet.

Accordingly, the present inventors have proposed a paper sheet processing apparatus and method in which a sheet of paper is fed from a single paper feeding section, and the sheet is returned to the paper feeding section by a paper sheet in which an error has occurred.

On the other hand, among the automated teller machines, a temporary storage device for depositing and dispensing bills is disclosed in Korean Patent No. 10-526580. In the temporary storage device as described above, paper money temporarily stored in the paper money storage portion is temporarily stored The upper guide is moved upward so that the front end of the paper money or the like is exposed to the clearance of the roller or the like provided in the dispensing means so that the paper guide etc. are easily engaged with the rollers or the like provided in the dispensing means, The guide is also moved upward so that the paper money temporarily stored in the paper money storage portion is brought into close contact with the lower surface of the upper guide so that the paper moneys are discharged one by one.

However, in the case where the feeding and returning of the gila sheet are performed at the same position, the sheet processing apparatus is provided with the feeding / returning unit at the front lower portion, and the sheet feeding sheet fed from the feeding / returning unit is conveyed backward along the lower feeding path, Forwardly folded and transported, then transported backward along the upper transport path and stored in the storage section, or folded forward and downward by a return command and transported to the transporting route for return.

In this case, when a plurality of sheets of gardens are to be processed in this state, a plurality of fed sheets are collectively stored or returned. Therefore, It is necessary to control so as not to strike the paper sheet fed with the paper and the paper sheet fed with the lane.

SUMMARY OF THE INVENTION The present invention has been made in view of the above-described needs, and it is an object of the present invention to provide a paper sheet processing apparatus and a paper sheet processing apparatus in which, when a plurality of paper sheets are fed into a paper sheet processing apparatus, And to provide a storage method.

In order to accomplish the above-mentioned objects, the present invention provides a temporary storage method for a giro paper, comprising the steps of: feeding a giro paper through a paper input unit, horizontally transporting the paper through a transfer path of the reading and moving means, (S100) of temporarily storing the data in the temporary storage means; A step (S200) of displaying a response message asking whether or not another sheet of paper is inserted; When the paper of the lane is inserted, the control unit releases the temporary storage of the temporary storage means according to the detection signal of the input detection sensor located at the paper loading unit, and at the same time, transports the sheets to the temporarily stored paper until the merging unit of the sorting moving means Step S300; The paper sheets fed by the lane are horizontally conveyed through the conveying path of the reading and moving means and bent upward to be forwardly conveyed. The paper sheets are temporarily stored before the confluence portion, (S400) of transferring the yarn along the main belt again and storing it in the temporary storage means; Performing the steps (S200) to (S400) (S500) until a predetermined number of sheets of paper are temporarily stored; When the set number of sheets is temporarily stored, the step of collectively storing the set sheets in the temporary storage means without storing them temporarily in the temporary storage means (S600).

In the present invention, after the display step S200, if there is no insertion of the paper into the lane, the control unit releases the temporary storage of the temporary storage means to transfer the paper sheets to the paper storage means, It is preferable that the sheets are collectively returned to the sheet returning unit via the conveying path collectively.

According to the present invention, the sheets are fed to the upper conveying path and then stored in the temporary storage means. Then, a response message for asking whether the sheet is fed into the next sheet is displayed, and when the sheet is fed into the next sheet, The paper is temporarily stored and transferred to the escrow start sensor before the confluence portion, and when the paper sheet of the lane loading is bent upward in the upper direction on the lower conveying path and passes the scan print completion confirmation sensor, the escape motor is driven forward, By joining the sheets at the confluence portion and transferring them to the conveying path at the upper side, the sheets can be prevented from colliding with each other.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings, which will be readily apparent to those skilled in the art.

1 is a cross-sectional view schematically showing a configuration of a sheet processing apparatus and a feeding path of a sheet of paper by means of which the insertion and return of a sheet of paper are carried out by the inventors at the same position.

1, the apparatus includes a paper loading unit 2 provided at a lower portion of the case 1, a paper loading unit 3 provided to communicate with the paper loading unit 2, Reading means (4) for reading and moving the paper fed into the case (1) through the paper feeding portion (2) and outputting the read data to a control portion (not shown) And a sorting and moving means 5 for moving the paper sheets discharged from the reading and moving means 4 while sensing the movement of the paper sheets to the paper storing means 6 or the paper loading and unloading portion 3.

The reading and moving means 4 includes a conveying portion 41 provided on the discharge side of the paper feeding portion 2 for conveying the paper horizontally and then folding the paper forward and moving it to the sorting means 5, And a two-sheet detecting unit 42 and an image scanning unit 43 for sequentially reading the sheet to be transported in the sheet conveying direction. The two-sheet detecting unit 42 detects the thickness of the sheet, It is preferable to constitute an ultrasonic sensor.

The reading and moving unit 4 further includes a marking unit (not shown) provided on the paper discharge side of the image scanning unit 43 to print the lower portion of the paper.

The sorting and moving means 5 includes a main belt 51 running on the top of the reading and moving means 4, a contact belt 52 provided so as to surround the upper and left and right sides of the main belt 51, A joining portion is provided between the moving means 4 and the main belt 51 and between the left and right side fastening belts 52 so that paper sheets fed from the reading moving means 4 are fed to the paper backing portion 3 And a sorting motion portion 53 for transferring the same to the main belt 51 or transferring the same to the main belt 51 again.

The sorting and moving unit 53 includes switching means 530 for transferring the paper sheet fed again along the main belt 51 to the main belt 51 or guiding the paper sheet to be fed to the paper loading unit 3, A part of the main belt 51, a discriminating inductive belt 531 for circulating the paper carrying part 3 in a circular manner and a discriminating belt 531 on the side of the paper carrying part 3 And the return belt 532 provided so as to surround the main belt 51. The main belt 51, the contact belt 52, the discriminating inductive belt 531 and the return belt 532 are movable through a plurality of drive rollers, The paper can be moved between the belts.

2 and 3, on the upper horizontal discharge side of the main belt 51, paper temporary storage means 55 for temporarily storing paper by catching the leading edge of the paper in accordance with the output drive signal of the control unit ).

The paper temporarily storing means 55 includes a guide plate 551 provided on the upper and lower sides of the main belt 51 and a guide plate 551 provided on the discharge side of the guide plate 551, And a stopper 552 provided so as to be movable.

The driving operation part 553 includes a rotation shaft 554 provided on the lower guide plate 551 for rotatably fixing the stopper 552 and a solenoid valve 554 including a rod fixed to the case 1 And a link assembly 556 which is provided between the rod and the rotary shaft 554 and includes a plurality of links for rotating the rotary shaft 554 by driving the solenoid valve 55.

Further, a pair of spring plates 557 (FIG. 3) are provided at the front and rear of the paper inlet side of the paper temporary storage means 55 so that the widths of the front and rear portions of the spring plates 557 The front and rear widths of the discharge side of the pair of spring plates 557 are narrower than the widths of the front and rear sides of the inflow side of the pair of spring plates 557. As a result, .

Therefore, it is possible to temporarily store the sheets fed through the main belt 51 while aligning them, so that a large amount of sheets of paper can be stored or returned in a lump in an aligned state.

On the other hand, on the paper discharge side of the main belt 51, a selection guide means 56 for guiding the paper sheets along the paper storage means 6 or the main belt 51 to the sorting moving section 53 in accordance with the output drive signal of the control section ).

The paper sheet processing apparatus thus constructed is horizontally fed through the conveying path 41 of the reading and moving means 4 to be bent forward and upward when the paper sheet is fed through the paper feeding portion 2 at the lower side, And is stopped at the stopper 552 of the temporary storage means 55 and is again folded forward and downward from the discharge side of the main belt 51 to be conveyed to the sorting means 5, and is conveyed to the conveying path of the main belt 51 again, and is generally configured to temporarily store and collectively process ten sheets of sheets of paper.

The temporary storage process of the apparatus for processing paper of the present invention having the above-described structure will now be described with reference to FIGS. 1 to 3. FIG.

First, when the paper sheet is fed through the paper input unit 2, the paper sheet is fed horizontally through the conveying path 41 of the reading and moving means 4 to be bent forward and then conveyed to the upper main belt 51 And is stopped at the stopper 552 of the temporary storage means 55 (S100).

Then, a response message is displayed to inquire whether or not another paper sheet is to be inserted (S200). After the paper sheet is fed into the paper of the next lane, the paper sheet is conveyed in accordance with a detection signal of an input detection sensor (not shown) The control unit operates the solenoid valve 555 of the temporary storage unit 55 to rotate the stopper 552 to release the temporary storage and forwardly drive the escape motor (not shown) (FIG. 1) (S300).

If there is no insertion of the lane paper sheet, the control unit operates the solenoid valve 555 of the temporary storage unit 55 to release the stopper 552, and at the same time, drives the escape motor (not shown) The sheets are transferred to the sheet storing means 6 (S700).

Subsequently, the lane-fed paper is passed through the scan print completion confirmation sensor 80 and at the same time, the escape motor is driven forward so that the temporarily stored paper sheets and the paper with the lane-fed paper sheet join together at the confluence portion of the sorting means 5 without collision , And transferred again along the main belt 51 and stored in the temporary storage means 55 (S400).

Steps S200 to S400 are performed until the set number of sheets, typically ten sheets of paper, is temporarily stored (S500). If the set number of sheets is temporarily stored, the temporarily stored sheets are temporarily stored in the temporary storage means 55 (S600), and collectively sends them to the paper storage means 6 (S600).

If there is a return instruction even before the set number of sheets is reached, the sheets are collectively returned to the paper backing unit 3 via the conveying path.

The above description is only one preferred embodiment of the temporary storage method of the apparatus for processing paper in accordance with the present invention. Since the present invention is not limited to the above-described embodiments, It will be understood by those of ordinary skill in the art that various changes in form and details may be made therein without departing from the spirit and scope of the invention.

1 is a cross-sectional view schematically showing a configuration of a sheet processing apparatus and a feeding path of a sheet of paper according to a preferred embodiment of the present invention, in which feeding and returning of a sheet of paper are performed at the same position,

Fig. 2 is an enlarged view of a portion C in Fig. 1,

FIG. 3 is an inner perspective view showing a state in which temporary storage means is provided in the paper sheet processing apparatus of FIG. 1,

4 is an operational flowchart showing a temporary storage process of a giro paper processing apparatus according to a preferred embodiment of the present invention.

Description of the Related Art

1: Case 2: Paper input unit

3: sheet feeding part 4: reading moving means

5: sorting means 6: paper storage means

41: transfer part 42: two pieces of detection part

43: image scanning unit 51: main belt

52: Adhesive belt 53:

55: paper temporary storage means 56: selection guide means

70: Escrow start sensor 80: Scan print completion confirmation sensor

530: Switching means 531: Selection guide belt

532: return belt 551: guide plate

552: Stopper 553: Driving operation means

544: rotating shaft 555: solenoid valve

556: Link combination 557: Spring plate

Claims (3)

In a temporary storage method of a giro paper, When the paper sheet is fed through the paper feeding portion, the paper is horizontally conveyed through the conveying path of the reading and moving means, bent to the front upper portion, aligned with the center of the uppermost main belt conveying path and temporarily stored in the temporary storage means )Wow; A step (S200) of displaying a response message asking whether or not another sheet of paper is inserted; When the paper of the lane is inserted, the control unit releases the temporary storage of the temporary storage means according to the detection signal of the input detection sensor located at the paper loading unit, and at the same time, transports the sheets to the temporarily stored paper until the merging unit of the sorting moving means Step S300; The paper sheets fed by the lane are horizontally conveyed through the conveying path of the reading and moving means and bent upward to be forwardly conveyed. The paper sheets are temporarily stored before the confluence portion, (S400) of transferring the yarn along the main belt again and storing it in the temporary storage means; Performing steps (S200) to (S400) (S500) until a predetermined number of sheets of paper are temporarily stored; And When the set number of sheets is temporarily stored, transferring them to the sheet storing means collectively (S600) without temporarily storing them in the temporary storing means Giro paper temporary storage method. A paper feeding portion; A paper replenishing portion communicating with the paper feeding portion; Paper storage means; Reading means for reading and moving the paper sheet fed through the paper feeding portion; And a sorting moving unit including a main belt, an adhesive belt surrounding the upper and left and right sides of the main belt, and a sorting and moving unit for feeding the sheet of paper discharged from the reading and moving unit to the paper return unit, ; A guide plate provided on upper and lower portions of the main belt for temporarily storing the guide paper moving along the main belt, and guide rollers provided on the discharge side of the guide plate and guided by the guide rollers, A paper temporary storage means including a stopper for stopping the paper stopper; And A selection guide means disposed at a discharge side of the main belt for guiding the paper sheets to the paper storage means or the sorting and moving portion; And a control unit for controlling the printing unit. 3. The method of claim 2, A rotation shaft for rotatably fixing the stopper to the paper sheet processing apparatus; Solenoid valve; And A link combination provided between the solenoid valve and the rotary shaft, for rotating the rotary shaft by driving the solenoid valve; Further comprising: The stopper rotates by the rotation of the rotation shaft to temporarily stop storing the sheet by stopping the sheet and stops the temporary storage of the sheet by not stopping the sheet. Device.

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