KR100898499B1 - Giro paper treating apparatus - Google Patents

Abstract

The present invention relates to a paper processing apparatus that can enable the input and return of the paper through a single input port, the paper input unit provided on one side of the case, the paper return unit provided in communication with the paper input unit And a reading moving means for moving while reading the paper inserted into the case through the paper feeding part and outputting the read data to the control part, and being discharged from the reading moving means while detecting the paper movement according to the output driving signal of the control part. A sorting moving means for moving the paper into the paper storing means or the paper returning part; The reading movement means is provided on the discharge side of the paper input part, and is transported to move the paper horizontally after bending the paper horizontally to the sorting movement means, and is provided and moved in the paper conveying direction in order in the conveying part A two-sheet detector and an image scanning unit for reading paper; Between the paper input portion and the transfer portion, there is further provided a paper alignment means for aligning the paper to be fed back conveyed; The paper aligning means may include a moving plate provided with a rear contact plate, a paper pressing table provided to be movable in front of the moving plate, and a paper pressing table provided below the paper pressing table and driven by a drive output signal of the controller. It consists of drive means for moving forward and backward; The drive means is characterized by consisting of a drive motor including a rack provided in the longitudinal direction at the bottom of the paper presser, and a pinion rotated in engagement with the rack.

Paper, processing equipment, sorting, temporary storage, stacked storage

Description

Giro paper treating apparatus

1 is a perspective view showing a paper paper processing apparatus of the present invention.

2 is a cross-sectional view taken along the line A-A of FIG.

3 is an enlarged view of a portion B of FIG. 2;

Figure 4 is a perspective view showing the inside of a state provided with a paper sorting apparatus according to the present invention.

Figure 5 is a perspective view showing the main portion of the paper alignment apparatus according to the present invention.

6 shows a paper temporary storage means according to the present invention,

       6a is a perspective view,

       6B is a perspective view of the main portion enlarged inside,

       6C is a cross-sectional view taken along the line C-C of FIG. 6A,

       6D is a cross-sectional view illustrating a release state of the stopper.

Figure 7 is a perspective view of the inside showing the selection guide means according to the invention.

8 is an enlarged view of a portion D of FIG. 2;

9 is an enlarged cross-sectional view of the paper storage means in FIG.

10 is a perspective view showing a paper storage means according to the present invention.

<Explanation of symbols for the main parts of the drawings>

1: case

    11: hinge shaft

2: paper feeder

3: return paper

4: read moving means

    41: transfer unit

    42: two-sheet detector

    43: image scanning unit

    44: paper alignment means

         441: moving plate, 442: rear contact plate, 443: paper presser,

         444: drive means, 445: rack, 446: drive motor, 447: pinion

5: sorting vehicle

    51: main belt

    52: close contact belt

    53: selection moving unit

         531: lower belt, 532: direction switching means,

         533: angle change guide plate, 534: drive operation unit,

         535: shaft of rotation, 536: solenoid valve, 537: link

    54: sensor

    55: temporary storage means

         551: guide plate, 551a: spring plate, 552: stopper,

         553: main belt push roller, 553a: link, 554: drive means,

         555: bracket, 556: other axis of rotation, 557: one axis of rotation,

         558: solenoid valve, 559: 2 link, 559a: straight link,

         559b: bending link

    56: selection guide means

         561: angle change guide plate, 562: drive operation unit,

         563: rotating shaft, 564: solenoid valve, 565: link

6: paper storage means

    61: paper tray

         611: opening

    62: paper contact plate

         621: elastic means

    63: paper pressing means

         631: pressing plate, 632: driving motor, 633: cam,

         634 link assembly

7: marking part

8: control unit

10: Giro Paper

The present invention relates to a paper-based paper processing apparatus, and more particularly, to a paper-based paper processing apparatus that can enable the input and return of the paper through a single inlet.

In general, when paying various utilities, taxes, tuition, etc., Giro paper is used.

In recent years, a bank paper processing apparatus for automatically storing the paper is used widely to reduce the waste of manpower and time due to the storage of the paper.

Thus, the present invention is an improvement of the conventional giro paper processing apparatus and first look at the conventional giro paper processing apparatus as follows.

First, as an example of a conventional paper paper processing apparatus, a "jiro sheet automatic processing device" (hereinafter, referred to as a conventional paper paper processing device) of the Republic of Korea Registered Utility Model Publication No. 20-287620 is known.

In other words, the conventional giro paper processing apparatus has a discharge portion (hereinafter referred to as a "return portion") provided in the lower portion of the input portion through a tray in which the giro sheet (hereinafter referred to as "jiro paper") introduced through the input portion and the discharge portion is lifted. Or discharged to an accommodating part provided inside the apparatus.

Therefore, when the conventional paper processing apparatus is used, since the input section and the return section are separated from each other, a recognition error occurs and the paper is forced into the input section at the moment the paper is discharged to the return section. It was frequently done.

Therefore, by forcing the Giro paper into the input unit in the process of returning the Giro paper, there was a problem that the Giro paper is easily damaged and give a lot of inconvenience to the user.

In addition, there was a problem in that the shutter constituting the input unit is easily damaged by inserting the paper into the input unit at the moment when the paper is returned.

In addition, since the user frequently does not collect the paper of the return part, the paper has a problem of easily losing the paper.

Therefore, the present invention was invented to solve the above-mentioned problems in general, and a paper processing apparatus which allows not only paper input at a single paper input unit but also paper which has an error occurring. It aims to provide.

It also has the purpose of temporarily storing a number of papers that have been injected and returning them at the same time.

In addition, there is also an object to prevent reading errors in advance by allowing the inserted paper to be rearranged and moved.

In addition, there is also an object to allow storage and storage of giro paper recovered in the apparatus in order.

In addition, there is a purpose to be able to temporarily store the paper land flowing through the means of transportation.

The present invention for achieving the above object, while the paper input unit provided on one side of the case, the paper return unit provided in communication with the paper input unit, while reading the paper introduced into the case through the paper input unit Reading moving means for moving and outputting the read data to the control part; and sorting moving means for moving the paper from the read moving means to the paper storage means or the paper returning part while sensing the paper movement according to the output drive signal of the control part. Consisting of; The reading movement means is provided on the discharge side of the paper input part, and is transported to move the paper horizontally after bending the paper horizontally to the sorting movement means, and is provided and moved in the paper conveying direction in order in the conveying part A two-sheet detector and an image scanning unit for reading paper; Between the paper input portion and the transfer portion, there is further provided a paper alignment means for aligning the paper to be fed back conveyed; The paper aligning means may include a moving plate provided with a rear contact plate, a paper pressing table provided to be movable in front of the moving plate, and a paper pressing table provided below the paper pressing table and driven by a drive output signal of the controller. It consists of drive means for moving forward and backward; The drive means is characterized by consisting of a drive motor including a rack provided in the longitudinal direction at the bottom of the paper presser, and a pinion rotated in engagement with the rack.
In addition, the sorting movement means, which is provided to be moved in the upper and lower horizontal direction on the upper portion of the read movement means, a plurality of contact belts are provided on the outer periphery and the discharge side of the paper main belt provided with the paper storage means; A selection moving part provided between the read moving means and the main belt to move the paper to the paper returning part or the main belt, and a plurality of sensor parts provided in the main belt and the selection moving part to detect the movement of the paper. It is characterized by.
In addition, the selection moving unit is provided in close contact with the lower portion of the main belt is provided on the lower belt for moving the paper discharged from the reading moving means to the paper return portion or the main belt, and the paper discharge side of the main belt and the lower belt. Characterized in that it comprises a direction switching means for moving the paper to the main belt or the lower belt through the output drive signal of the control unit.
The direction changing means may include one or more angle changing guide plates which are provided on the paper discharge side of the main belt and the lower belt so that the angle can be changed through a driving operation unit; The drive operation unit is characterized in that it comprises a rotary shaft which is provided to penetrate through the case to rotatably fix the angle change guide plate, and a solenoid valve fixed to the case to rotate the rotary shaft through a link.
Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

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1 is a perspective view showing a paper processing apparatus of the present invention, Figure 2 is a cross-sectional view taken along the line A-A of Figure 1, Figure 3 is an enlarged view of portion B of FIG.

The paper processing apparatus of the present invention comprises a paper input unit 2 provided on one side of the case 1, a paper return unit 3 provided in communication with the paper input unit 2, and the paper input unit. (2) a reading moving means (4) for moving while reading the paper inserted into the case (1) and outputting the read data to the control unit (not shown), and detecting the paper movement in accordance with the output drive signal of the control unit. While the paper 10 discharged from the read moving means (4) to the paper storage means (6) or the paper returning section (3) is composed of a moving unit (5).

And the reading movement means 4 is provided on the discharge side of the paper feed section 2, the conveying portion 41 for moving the paper horizontally and then bent upwards to the sorting movement means (5), The conveying unit 41 includes a two-sheet detecting unit 42 and an image scanning unit 43 for reading a sheet to be moved in order in the paper conveying direction.

That is, the two sheets 42 are preferably configured with an ultrasonic sensor for detecting the thickness of the paper.

The reading movement means 4 further includes a marking part 7 provided on the sheet discharge side of the image scanning part 43 to print a lower part of the sheet.

In addition, the sorting movement means 5 is provided to be moved in the upper and lower horizontal direction on the upper portion of the read movement means 4 and a plurality of contact belts 52 are provided on the outer periphery, the paper discharge side of the paper It is provided between the main belt 51 having the storage means 6 and the read movement means 4 and the main belt 51 to move the paper to the paper return part 3 or the main belt 51. It is composed of a plurality of selection moving unit 53, the main belt 51 and the selection moving unit 53, a plurality of sensor unit 54 for detecting the movement of the paper.

In particular, since the main belt 51 and the contact belt 52 is provided to be movable through a plurality of drive rollers, the paper can be moved between the main belt 51 and the contact belt 52.

That is, each of the driving rollers for rotating the belt is rotated by receiving the driving force of at least one motor through power transmission elements such as belts, gears, and chains.

And the main belt 51 and each contact belt 52 is composed of a pair of front and rear to move the paper.

In addition, as shown in FIG. 3, the selective moving part 53 is provided in close contact with the lower portion of the main belt 51, and the paper returning part of the branch paper 10 discharged from the read moving means 4 is discharged. (3) or a lower belt 531 for moving to the main belt 51, and a paper discharge side of the main belt 51 and the lower belt 531, and is provided on the paper discharge side via an output drive signal of the control unit. It is composed of a direction switching means 532 to move to the main belt 51 or the lower belt (531).

And the direction switching means 532, at least one angle change guide plate which is provided on the paper discharge side of the main belt 51 and the lower belt 531 to be able to change the angle through the drive operation unit 534 ( 533).

In addition, the driving operation part 534 is provided with a through shaft of the rotating shaft 535 for rotatably fixing the angle change guide plate 533, and the rotating shaft 535 is fixed to the case (1) It consists of a solenoid valve 536 to rotate through the connection of the link (537).

Therefore, when the output drive signal of the control unit is applied to the solenoid valve 546, the link 547 is configured to change the angle of the angle change guide plate 533 by rotating the rotating shaft 545 through the movement of the rod. will be.

On the other hand, the case 1, the upper portion including the main belt 51 through the hinge shaft 11 provided on the other side is configured to be rotatably open.

4 is an internal perspective view showing a state where the paper aligning device according to the present invention is provided, and FIG. 5 is a perspective view showing the main portion of the paper aligning device according to the present invention, as shown in FIGS. 2 and 4 and 5. Similarly, between the paper feeder 2 and the feeder 41, a paper aligning means 44 for rearranging the paper 10 to be fed and conveyed is further provided.

That is, the sheet aligning means 44 includes a moving plate 441 provided with a rear contact plate 442, a paper presser 443 provided to be movable in front of the moving plate 441, and the paper. It is provided in the lower portion of the presser 443, the driving means 444 for moving the paper presser 444 forward and backward through the drive output signal of the control unit.

The drive means 444 is a drive motor 446 that includes a rack 445 provided in a lower portion of the paper presser 443 in the longitudinal direction and a pinion 447 that rotates in engagement with the rack 445. Jiro paper processing apparatus, characterized in that configured.

In particular, the moving plate 441 is provided to be in close contact with the discharge side of the paper input unit 2, thereby guiding the paper 10 to the transfer unit 41 to enable reading of the paper 10. .

6 is a perspective view showing the paper temporary storage means according to the present invention, Figure 6a is a perspective view, Figure 6b is a perspective view showing the enlarged inner portion, Figure 6c is a cross-sectional view taken along the line CC of Figure 6a, Figure 6d shows a release state of the stopper It is a cross section. 7 is a perspective view illustrating the selection guide according to the present invention, and FIG. 8 is an enlarged view of portion D of FIG. 2.

Therefore, as shown in FIGS. 1,2 and 6 to 8, the upper horizontal discharge side of the main belt 51, the paper for temporarily storing the paper by hanging the leading edge of the paper in accordance with the output drive signal of the control unit Temporary storage means 55 is further provided.

On the paper discharge side of the main belt 51, the selection guide means 56 for guiding the paper to the selection moving unit 53 along the paper storage means 6 or the main belt 51 according to the output drive signal of the controller. This is further provided.

That is, the paper temporary storage means 55, the guide plate 551 provided on the upper and lower portions of the contact belt 52 for pressing the main belt 51 and the main belt 51 from the top, and the guide plate A main belt press roller 553 including a link 553a provided on the paper inlet side and the discharge side of the paper 551 through a driving means 554 to enable an angle change, and a stopper 552 for controlling the movement of the paper. It is composed of.

The driving means 554 penetrates the bracket 555 provided at the front, rear, and bottom of the lower guide plate 551 and the other side of the bracket 555 to rotate the stopper 552. The other side rotation shaft 556 to be fixed and the link 553a on which the main belt press roller 553 is mounted to penetrate one side of the bracket 555 are fixed and the angle is changed by driving the solenoid valve 558. Two sections for connecting the one side rotation shaft 557 and the one, the other rotation shaft (557, 556) to transfer the rotational force of the one rotation shaft (557) to the other rotation shaft (556) to change the angle of the stopper (552) It consists of a link 559.

That is, the main belt 51 is provided at the front and the rear, and the main belt press roller 553 including the link 553a is also provided at the front and the rear.

In addition, the two-section link 559 is a straight link 559a fixed to the other side rotation shaft 556, one side is fixed to the one side rotation shaft 557, the other side is a hinge axis to the linear link 559a. It is composed of a bending link 559b connected through.

Meanwhile, the solenoid valve 558 and one side rotation shaft 557 may be connected through two links to change the angle of one side rotation shaft 557 through extension or expansion operation of the rod constituting the solenoid valve 558. It can be.

Accordingly, when the one side rotation shaft 557 is rotated through the operation of the solenoid valve 558, the link 553a provided with the stopper 552 and the main belt press roller 553 together with the rotation of the one rotation shaft 557. By changing the angle of the stopper 552, when the stopper 552 is upright, the main belt push roller 553 is separated from the main belt 51, and when the stopper 552 is lying down, the main belt push roller 553 is It is provided to be in close contact with the main belt (51).

That is, when the stopper 552 is erected vertically, the main belt press roller 553 which is provided at one side of the front and rear to press the lower portion of the main belt 51 is separated from the main belt 51. Therefore, when interfering with the movement of the paper through the stopper 552, the movement of the paper can be prevented by preventing the main belt 51 and the contact belt 52 from coming into close contact with each other.

On the contrary, when the stopper 552 is laid down, the angle of the main belt pressing roller 553 provided at one side of the front and rear side is changed and is idling while pressing the lower part of the main belt 51. Therefore, when the paper is moved by releasing the stopper 552, the main belt 51 and the contact belt 52 are brought into close contact with each other so that the stored paper is moved along the main belt 51 and the contact belt 52. Will be.

On the other hand, the selection guide means 56 is composed of one or more angle change guide plate 561 is provided on the paper discharge side of the main belt 51 to be able to change the angle through the drive operation unit 562. Will be.

In addition, the driving operation unit 562 includes a rotation shaft 563 provided through the case 1 to rotatably fix the angle change guide plate 561, and the rotation shaft 563 fixed to the case 1. It consists of a solenoid valve 564 to rotate through the connection of the link 565.

On the other hand, as shown in Figure 1, the front and rear of the paper inlet side of the temporary storage means 55, a pair of narrower width of the front and rear mutually toward the traveling direction of the paper 10 The spring plate 551a is further provided.

Therefore, as the front and rear widths of the discharge side are narrower than the front and rear widths of the inlet side of the pair of spring plates 6, the branch paper 10 introduced into the pair of spring plates 557 is centered. It will be aligned and moved.

Therefore, by arranging the giro paper 10 introduced through the main belt 51 can be temporarily stored, it is possible to return a large amount of giro paper in an aligned state.

9 is an enlarged cross-sectional view of the paper storage means in FIG. 2, and FIG. 10 is a perspective view showing the paper storage means according to the present invention. As shown in FIGS. 2 and 8 and 9, the paper storage means 6 is shown. Is, the other side of the case 1 is provided with a tray 61 is provided with a narrow opening portion 611 is narrow in front and rear, and the inside of the tray 61 is always provided to be moved in one direction through the elastic means The paper contact plate 62 having a width before and after the opening portion 611 is wider than the width of the opening portion 611, and is provided at one side of the opening portion of the paper adhesion plate 62, and the sheet is opened through the output driving signal of the controller. When the paper is inserted into one side of the unit 611, the paper press means 63 for pressing the injected paper 10 and the paper contact plate 62 to the other side to stack the paper.

The paper pressing means 63 includes a pressing plate 631 provided to be moved horizontally, a driving motor 632. including a rotating shaft, and the other side of the rotating shaft and the pressing plate 631 to press the pressing plate 631. One, it is composed of a cam 633 and the link combination 634 to move to the other side.

Hereinafter, the operation relationship of the paper processing apparatus of the present invention is as follows.

As shown in FIGS. 1 to 10, first, when the user inserts the paper 10 into the paper input unit 2, the controller recognizes the input state of the paper 10 by sensing.

Then, the control unit outputs a driving signal to the driving motor 444 constituting the sheet aligning means 44, and the paper pressing bar 443 is moved backward through the operation of the driving motor 444 so that the paper 10 is moved. The paper presser 443 is aligned with the rear contact plate 442.

In addition, the aligned paper 10 is moved through the rotation of a plurality of rollers constituting the transfer part 41, and in the process of moving, the paper 10 is one or more sheets through the two sheets 42. It is read whether the paper is inserted into the paper and whether the paper 10 can be accepted through the image scanning unit 43.

In addition, the data obtained in the process of sensing two images and image scanning as described above is input to the controller in real time.

Next, after the reading process as described above, the giro paper 10 is conveyed along the conveying portion 41 and then fed to the sorting conveying means (5).

Then, the ground paper 10 introduced into the sorting conveying means 5 is supplied to the paper returning part 3 or the main belt 51 according to the reading result of the control unit.

In other words, when the reading result of the control unit is one paper and the paper can be accepted, the paper is ground through the operation of the direction switching means 532 provided between the lower belt 531 and the main belt 51. 10 is to be moved to the main belt (51).

On the contrary, when the reading result of the control paper is more than one paper or paper which cannot be accepted, the paper paper 10 is directly transferred to the paper returning part 3 through the operation of the direction changing means 532. To discharge.

Next, the ground paper 10 which is accepted and input into the main belt 51 is temporarily stored in the temporary storage means 55 provided on the discharge side of the main belt 51.

And the giro paper 10 stored in the temporary storage means 55, when there is a user's return operation, the selection guide means 56 and the direction switching means 532 is operated in accordance with the signal of the control unit main belt 51 And discharged to the paper input unit 2 through the lower belt 531 or the selection guide means 56 is operated in response to a signal from the controller to be input to the paper storage means 6 and received.

Therefore, by allowing the paper 10 to be accepted as returned above from the paper inlet 2, the paper 10 can not be inserted at the moment of return of the paper 10 so that the paper 10 is not available. ) And paper input can be damaged.

In addition, by allowing the ground paper 10 to be returned from the place where the ground paper 10 is put, the user can recover the ground paper 10 accurately, thereby preventing the loss of the ground paper 10 in advance. There is also an advantage.

On the other hand, when a large amount of giro paper 10 is input one by one, a large amount of paper through the operation of the temporary storage means 55 and the selection guide means 56 provided on the discharge side of the main belt 51 The operation of temporarily collecting the paper 10 and accepting it into the paper storage means 6 or returning it to the paper input unit 2 is in progress.

Therefore, by temporarily storing and returning the giro paper 10 put in a large amount during the user's return operation, it has the advantage of saving the user's time by reducing the return time of the giro paper 10 to a minimum.

In addition, as shown in Figures 8 and 9, the paper land paper 10 to be inserted into the paper storage means 6 is vertically inserted, the paper land paper 10 is vertically inserted into the paper pressing means (63) of The other side is stacked on one side of the paper contact plate 62 provided in the inside of the tray 61.

That is, the giro paper 10 discharged from the main belt 51 is vertically fed to one side of the pressing plate 631 constituting the paper pressing means 63, and the giro paper 10 vertically fed is the pressing plate 631. Through the other side of the pass through the opening portion 611 provided on one side of the tray 61 is laminated on one side of the paper contact plate 62.

In the process of stacking the paper on one side of the paper contact plate 62, the paper contact plate 62 is always moved to one side through the elastic means 621, so that the circumference of the paper contact plate 62 and the opening 611 is fixed. It is possible to maintain the stacked state of the paper in between.

Therefore, by storing and storing the giro paper 10 collected in the tray 61 in order to store them, there is an advantage that can facilitate the cleanup of the giro paper 10.

As described above, the present invention allows the paper to be returned at the paper inlet for inserting the paper, thereby preventing the paper from being inserted at the moment of returning the paper, thereby preventing damage to the paper and the paper input. As a result, the user can correctly collect the paper, thereby preventing the loss of the paper.

In addition, it is possible to temporarily store a number of input papers and return them at the same time, thereby reducing the return time to a minimum.

In addition, it is also possible to align the injected paper into the rear to move, it is also possible to prevent the jam of paper in advance to prevent.

In addition, by storing and storing the giro paper recovered in the apparatus in order, there is an effect of facilitating the arrangement of the giro paper.

In addition, by arranging the giro paper flowing through the moving means to be temporarily stored, there is also an effect that a large amount of giro paper is returned in an aligned state.

Claims (16)

The paper input part 2 provided on one side of the case 1, the paper return part 3 provided in communication with the paper input part 2, and the paper input part 2 of the case 1 through the paper input part 2. A reading moving means 4 for moving while reading the paper loaded into the inside and outputting the read data to the control section, and a paper paper discharged from the reading moving means 4 while detecting the paper movement according to the output drive signal of the control section. A sorting moving means (5) for moving 10 to the paper storing means (6) or the paper returning part (3); The reading movement means 4 is provided on the discharge side of the paper feeding portion 2, the conveying portion 41 for moving the paper horizontally and then bent upwards to the sorting movement means 5, and the It includes a two-sheet detection unit 42 and the image scanning unit 43 for reading the paper to be moved in the paper feed direction in order in the conveying section 41; Between the paper input unit 2 and the transfer unit 41, there is further provided a paper alignment means 44 for aligning the paper paper 10 to be fed and conveyed backward; The sheet aligning means 44 includes a moving plate 441 provided with a rear contact plate 442, a paper pressing table 443 provided to be movable in front of the moving plate 441, and the paper pressing unit. It is provided in the lower portion of the base 443 is composed of a drive means 444 for moving the paper presser 444 forward and backward through the drive output signal of the control unit; The drive means 444 is composed of a drive motor 446 including a rack 445 provided in the lower portion of the paper presser 443 in the longitudinal direction, and a pinion 447 rotated in engagement with the rack 445. Jiro paper processing apparatus, characterized in that the. According to claim 1, wherein said sorting means (5), The main belt is provided on the upper portion of the read movement means 4 to move in the horizontal direction, and a plurality of contact belts 52 are provided on the outer circumference and the paper storage means 6 is provided on the discharge side of the paper. With 51, A selection moving part 53 provided between the reading moving means 4 and the main belt 51 to move the paper to the paper returning part 3 or the main belt 51; The paper processing apparatus, characterized in that the main belt 51 and the selection moving unit 53 is provided with a plurality of sensor units for sensing the movement of the paper (54). The method of claim 2, wherein the selection moving unit 53, A lower belt 531 which is provided in close contact with the lower portion of the main belt 51 to move the paper discharged from the read moving means 4 to the paper returning part 3 or the main belt 51; It is provided on the paper discharge side of the main belt 51 and the lower belt 531 is composed of a direction switching means 532 for moving the paper to the main belt 51 or the lower belt 531 through the output drive signal of the control unit Jiro paper processing apparatus, characterized in that the. The method of claim 3, wherein the direction changing means 532 is provided on the paper discharge side of the main belt 51 and the lower belt 531 is provided with a changeable angle through the drive operating portion 534 It consists of the above-mentioned angle change guide plate 533; The driving operation part 534 is provided to penetrate the case 1 to rotate the shaft 535 for rotatably fixing the angle change guide plate 533 and the case 1 to be fixed to the rotation shaft 535. Jiro paper processing apparatus, characterized in that consisting of a solenoid valve (536) to rotate through the connection of the link (537). 3. The upper horizontal discharge side of the main belt (51) is further provided with temporary storage means (55) for temporarily storing the paper by catching the leading edge of the paper according to the output drive signal of the controller; On the paper discharge side of the main belt 51, selection guide means 56 for guiding the paper to the selection moving unit 53 along the paper storage means 6 or the main belt 51 in accordance with the output drive signal of the control unit is provided. Jiro paper processing apparatus further comprising. The method of claim 5, wherein the paper temporary storage means 55, A guide plate 551 provided at the upper and lower portions of the contact belt 52 for pressing the main belt 51 and the main belt 51 from the upper side, The main belt press roller 553 including a link 553a provided on the paper inlet side and the discharge side of the guide plate 551 to enable the angle change through the driving means 554, and a stopper for controlling the movement of the paper. Jiro paper processing apparatus, characterized in that consisting of (552). The method of claim 6, wherein the drive means 554, Brackets 555 provided in the front, rear, respectively the lower portion of the lower guide plate 551, The other side rotation shaft 556 penetrates the other side of the bracket 555 to rotatably fix the stopper 552, The one end of the rotating shaft 557 is connected to one side of the bracket 555 and the link 553a on which the main belt press roller 553 is mounted is fixed, and the angle is changed by driving the solenoid valve 558. , The second and second rotation shafts 557 and 556 are connected to each other to transmit a rotational force of the one rotation shaft 557 to the other rotation shaft 556, characterized in that consisting of a two-section link 559 for changing the angle of the stopper 552. Jiro paper processing device. The method according to any one of claims 5 to 7, wherein the front and rear sides of the sheet inlet side of the sheet temporary storage means (55), Jiro paper processing apparatus characterized in that it further comprises a pair of spring plate (551a) that the width of the front and rear narrow toward each other in the advancing direction of the paper. The one or more angle change guide plates 561 of claim 5, wherein the selection guide means 56 is provided on the paper discharge side of the main belt 51, and the angle change guide plate 561 is provided to enable the angle change through the driving operation unit 562. ); The driving operation part 562 is provided with a penetrating shaft of the case 1 and rotatably secures the angle change guide plate 561, and is fixed to the case 1 to link the rotating shaft 563. Jiro paper processing apparatus, characterized in that consisting of a solenoid valve 564 to rotate through the connection of the (565). The method of claim 2, wherein the case (1), Jiro paper processing apparatus, characterized in that the upper portion including the main belt 51 is rotatably open through the hinge shaft (11) provided on the other side. The method of claim 1, wherein the paper storage means (6) A tray 61 having an opening portion 611 having a narrow front and rear width at one side at the other side of the case 1, The paper contact plate 62 is provided to be always moved in one direction through the elastic means in the inside of the tray 61 and having a front width and a rear width wider than the front and rear widths of the opening portion 611; If the paper is provided on one side of the opening of the paper contact plate 62 and the paper is input to one side of the open unit 611 through the output driving signal of the controller, the pressed paper 10 and the paper contact plate 62 are pressed to the other side. Giro paper processing apparatus comprising a paper pressing means (63) for stacking a given paper. The paper pressing means 63 according to claim 11, Press plate 631 is provided to be moved horizontally, A drive motor 632 including a rotating shaft, And a cam (633) and a link assembly (634) provided on the other side of the rotary shaft and the pressing plate (631) to move the pressing plate (631) to one side and the other side. The method of claim 1, wherein the read movement means 4 And a marking unit (7) provided on the paper discharge side of the image scanning unit (43) to print a lower portion of the paper. delete delete delete

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