JP2002080012A - Band applying device for paper sheets or the like - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a device for applying a band to some paper sheets or the like in which some paper sheets of a plurality of sizes can be bundled with a band by a single band applying device. SOLUTION: There are provided stacking-up units 54, 55 for advancing some paper moneys and stacking them up; long and short guide members 75 movably arranged at the stacking-up units 54, 55 and guiding long and short directions of the paper moneys to be moved forward; a transferring carrier 58 for transferring some paper moneys stacked-up at the stacking-up units 54, 55 in a predetermined direction; a band applying mechanism 60 for applying a band at a band applying position some paper moneys transferred by the transferring carrier 58; and a control device for variably controlling a guide position while moving long and short guide members 75 in response to the size of the paper sheets forwarding into the stacking-up units 54, 55.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a paper sheet sealing apparatus for stacking a predetermined number of paper sheets such as banknotes and sealing them with a band material.

[0002]

2. Description of the Related Art A banding device of this type is provided with a stacking section for stacking incoming bills. When a predetermined number of bills (for example, 100) are stacked on the stacking section, the stacked bills are stacked. Is transported from a collecting section to a sealing section by a transport carrier, and is sealed. A long and short guide body for guiding the incoming bills in the longitudinal and transverse directions is provided in the stacking unit.

[0003] By the way, even if the types of banknotes are different, if the size of the banknotes is the same or substantially the same (for example, Bank of Japan notes or US dollars), sealing with a single sealing device is performed. Becomes possible.

[0004]

However, when the size of banknotes differs significantly depending on the denomination (for example, Deutsche Mark, EU Euro), it cannot be sealed by a single sealing device.

That is, conventionally, since the long and short guide members provided in the stacking section are fixedly provided, if the size of the banknotes is different, the banknotes cannot be guided, and the banknotes cannot be aligned. It has been difficult to accumulate in a state where it has been placed.

[0006] For this reason, conventionally, when trying to seal banknotes of different sizes, a sealing device is required for each denomination size, and there has been a problem that the device becomes large and the cost increases. .

The present invention has been made in view of the above circumstances, and provides a sheet-sealing device that can seal sheets of a plurality of sizes while being a single sealing device. The purpose is to do.

[0008]

SUMMARY OF THE INVENTION In order to solve the above-mentioned problems, the present invention is directed to a stacking unit for stacking incoming paper sheets and a movably provided stacking unit. Long and short guide means for guiding the incoming paper sheets in the long and short directions, conveying means for conveying the sheets stacked in the stacking section in a predetermined direction, and A banding means for banding the conveyed paper sheets with a banding material at a banding position, and moving the guide means in accordance with the size of the paper sheets entering the stacking section to set the guide position. Control means for variably controlling.

According to a second aspect of the present invention, there is provided an accumulating portion for accumulating incoming paper sheets, and a movable portion provided in the accumulating portion for guiding the incoming paper sheets in the longitudinal and transverse directions. Guide means for long and short sides, conveying means for conveying the sheets stacked in the stacking section in a predetermined direction, and positioning for positioning the stacked sheets conveyed by the conveying means at the sealing position Means, sealing means for sealing the paper sheet positioned at the sealing position by the positioning means with a sealing material, and the guide means according to the size of the paper sheet entering the stacking section. And control means for variably controlling the guide position by moving the paper sheet and variably controlling the sealing position of the paper sheet by moving the positioning means.

According to a third aspect of the present invention, there is provided an accumulating portion for accumulating incoming paper sheets, and a movable portion provided in the accumulating portion for guiding the incoming paper sheets in the longitudinal and transverse directions. Guide means for long and short sides, conveying means for conveying the sheets stacked in the stacking section in a predetermined direction, and positioning means for positioning the sheets conveyed by the conveying means at the sealing position And a sealing means for sealing the paper sheet positioned at the sealing position by the positioning means with a sealing material, and a supply means for supplying the sealing material to the sealing means,
The guide position is variably controlled by moving the guide means in accordance with the size of the paper sheet entering the stacking section, and the positioning position is moved to variably control the sealing position of the paper sheet, And control means for variably controlling the amount of the sealing material supplied by the supply means.

According to a fourth aspect of the present invention, there is provided an accumulating section for accumulating incoming paper sheets, and a movable portion provided in the accumulating section for guiding the incoming paper sheets in the longitudinal and transverse directions. Guide means for long and short sides, conveying means for conveying the sheets stacked in the stacking section in a predetermined direction, and positioning means for positioning the sheets conveyed by the conveying means at the sealing position And a sealing means for sealing the paper sheet positioned at the sealing position by the positioning means with a sealing material, and a supply means for supplying the sealing material to the sealing means,
A recording means for recording information on the sealing material supplied by the supply means, and a guide position variably controlled by moving the guide means in accordance with the size of paper sheets entering the stacking section; Control means for moving the positioning means to variably control the sealing position of the sheet, and variably controlling the amount of the sealing material supplied by the supply means, and further variably controlling the operation timing of the recording means; and Is provided.

According to a fifth aspect of the present invention, there is provided a first stacking section for stacking incoming sheets and a second stacking section for stacking sheets of a size different from the first stacking section. A longitudinally and laterally guiding means movably provided in the first and second accumulation sections for guiding the longitudinal and lateral directions of the paper sheets entering the first and second accumulation sections; Transport means for selectively transporting the paper sheets accumulated in the unit in a predetermined direction, positioning means for positioning the paper sheets transported by the transport means at a sealing position, and a sealing position by the positioning means. A banding means for banding the paper sheets positioned at a position with a banding material, a supplying unit for supplying the banding material to the banding device, and recording information on the banding material supplied by the supplying unit. Recording means, and paper sheets entering the first or second stacking unit The guide position is variably controlled by moving the guide means according to the size, the positioning position is moved to variably control the sealing position of the sheet, and the amount of the sealing material supplied by the supply means is controlled. Control means for variably controlling and further variably controlling the operation timing of the recording means.

[0013]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings.

FIG. 1 schematically shows the internal structure of a bill processing apparatus 1 according to one embodiment of the present invention.

This banknote processing apparatus 1 is a device which mixes a plurality of banknotes of different sizes of a plurality of denominations and collectively inserts them, aligns all the banknotes in the same direction, and accumulates the banknotes according to the denomination. It is.

The bill processing apparatus 1 has a housing 2 and a central portion of one side of the housing 2 has a plurality of bills P as bills.
Is provided in a standing state. The insertion unit 4 has a stage 4a for aligning the bill P by bringing the lower end face of the bill P into contact. A backup plate 6 erected in a vertical direction is provided on one side of the stage 4a so as to be movable in the stacking direction of the paper sheets. The backup plate 6 is urged leftward in the figure along the stage 4a by the urging force of the spring 8.

On the other side of the stage 4a, a pair of take-out rollers 10 are arranged vertically adjacent to each other. By rotating the take-out roller 10 in a predetermined direction, the plurality of banknotes P inserted into the input unit 4 in the upright state are sequentially taken out on the transport path 12 from the banknote P at the leading end. In the present embodiment, the banknote P taken out from the input unit 4
Is downward.

On the transport path 12, there is provided an attitude correcting device 20 for correcting the transport attitude of the taken out banknote P, that is, the skew and shift to a normal transport attitude. The banknote P taken out on the transport path 12 by the take-out roller 10 is transported through the transport path 12 extending in a substantially horizontal direction through the attitude correction device 20, and its skew and shift are caused by the mechanism of the attitude correction device 20. Is properly corrected. That is, all the bills P that have passed through the posture correction device 20 are shifted and skewed such that the center thereof is located on the central axis 12a of the transport path 12 and the longitudinal axis thereof extends in parallel along the width direction. Transported in a normal transport position.

The transport path 12 extending through the attitude correction device 20 is defined by transport belts 14 and 16 which are stretched on the upper and lower sides of the transport path 12 so that they can run endlessly in the transport direction. Each of the transport belts 14 and 16 is wound around a plurality of rollers 15 that extend in the width direction (the paper surface direction).

At the end of the transport path 12 bent upward by the transport belts 14, 16, the denomination of the banknote P,
A detection unit 30 that detects features such as front and back, top and bottom, and presence or absence of dirt or damage is provided. The detection unit 30 reads various types of information from the surface of the banknote P conveyed along the conveyance path 12, performs a logical operation on the read information and compares it with reference information to determine the characteristics of the banknote P as described above. It is to detect.

A transport path 1 extending downstream of the detection unit 30
2, a plurality of gates G for selectively switching the transport direction of the banknote P based on the detection result of the detection unit 30.
1 to G7 are provided.

In the detecting unit 30, a banknote determined to take two sheets, a banknote determined to have a large skew exceeding a predetermined level, an unfit banknote not determined to be a genuine re-distributable banknote, Banknotes such as counterfeit notes (not necessarily banknotes), that is, banknotes for which it is determined that the subsequent processing is not possible, are conveyed to the right in the figure via the gate G1,
It is discharged to the reject box 32. The reject box 32
The paper processing apparatus 1 can be accessed from outside the housing 2.

On the other hand, the banknote P determined to be a normal banknote that can be processed by the detection unit 30 is conveyed leftward in the figure toward the gate G2 via the gate G1. The banknote P passed through the gate G1 is in a state where the front and back and the top and bottom are separated as described above. In this way, the banknotes P in a state where the front and back and the top and bottom are disjointed are sorted by the respective processing mechanisms described below on the downstream side of the gate G1 so as to be sorted and accumulated according to the denomination.

The transport path on the downstream side of the gate G2 is branched in two directions. By selectively switching the gate G2 between two positions, the transport direction of the bill P can be selectively switched in two directions. I have.

A reversing mechanism 34 for reversing the front and back of the banknote P is provided on one of the transport paths branched downstream of the gate G2. The transport path that passes through the front / back inversion mechanism 34 forms a torsional transport path that is rotated by 180 ° around the central axis from the entrance to the exit. Then, in the relation of being in contact with each other along this torsional conveyance path, 2
A pair of transport belts 33 and 35 are provided. The other transport path branched downstream of the gate G2 is a transport path 36 that simply passes the banknote P.

The bill P, which has been reversed by passing through the front / back reversing mechanism 34 and the bill P which has passed through the transport path 36, are sent to the gate G3 via the junction 38.
At this time, after passing through the gate G2, the front / back inversion mechanism 34
The length of the transport path 36 is set so that the processing time of the banknote P reaching the junction 38 via the transport path 36 and the transport time of the banknote P passing through the transport path 36 and reaching the junction 38 are the same. As a result, the banknotes P transported through the reversing mechanism 34 and the banknotes P passed through the transport path 36 pass through the junction 38 at the same timing, and all the banknotes P are placed under the same conditions regardless of the processing mode. Can be processed.

The transport path on the downstream side of the gate G3 is branched in two directions, and the transport direction of the banknote P is selectively switched in two directions by selectively switching the gate G3 between two positions. I have.

On one of the transport paths branched downstream of the gate G3, a top and bottom reversing mechanism 40 for reversing the top and bottom of the banknote P is provided. The top and bottom reversing mechanism 40 is connected to the switchback unit 42 for temporarily storing the banknotes P sent through the gate G3, and to the switchback unit 42 for taking out the banknotes P carried into the switchback unit 42 in the reverse direction from the rear end side. It has a reversing roller 44 disposed adjacently, and a hitting wheel 46 which presses the rear end of the bill P carried into the switchback unit 42 against the reversing roller 44 to generate a conveying force for the bill P.

The bill P sent to the upside-down reversing mechanism 40 via the gate G3 is temporarily stored in the switchback section 42 with its leading end side down in the carrying direction, and the trailing end along the carrying direction is The swinging wheel 46 is pressed against the reversing roller 44. Thereby, with the rotation of the reversing roller 44, the banknotes P stored in the switchback unit 42 are taken out in the reverse direction with the rear end side leading. As a result, the transport direction of the banknote P is reversed, and the top and bottom are reversed.

The other transport path branched downstream of the gate G3 forms a transport path 48 for simply passing the banknote P. The banknotes P that have passed through the top and bottom reversing mechanism 40 and the banknotes P that have passed through the transport path 48 are both transported toward the gate G4 via the junction 49. The length of the transport path 48 is set so that the processing time of the banknote P sent to the top-to-bottom reversing mechanism 40 via the gate G3 and the time for the banknote P to pass through the transport path 48 are the same.

The transport path on the downstream side of the vertical reversing mechanism 40 includes a horizontal transport path 50 extending in a substantially horizontal direction above the plurality of stacking units.
Is formed. On the horizontal transport path 50, four gates G4 to G7 are provided.

At the branch position by the gate G4 on the most upstream side, there is provided a banding device 52 for stacking, for example, 100 bills P and banding them with a paper band to form a bundle of bills P. The sealing device 52 will be described later in detail. The bundle of banknotes P sealed by the sealing device 52 for each predetermined number is carried out of the device via a conveyor (not shown).

On the other hand, the gate G4 along the horizontal transport path 50
In the branch position of the three gates G5, G6, and G7 on the downstream side of the above, four integrated units 61, one more than the number of gates,
62, 63 and 64 are provided. The banknotes P selectively sorted by the gate G5 are stacked in the stacking unit 61, and the banknotes P selectively sorted by the gate G6.
Are stacked in the stacking unit 62, and the banknotes P selectively sorted by the gate G7 are stacked in the stacking unit 63 or 64.

FIG. 2 is a configuration diagram showing the sealing device 52.

The banknotes P of different sizes are fed into the banding device 52. The sealing device 52 has first and second stacking units 54 and 55 for stacking the banknotes P selectively sent through the gate G4. Banknotes of different sizes are stacked in the first and second stacking units 54 and 55, and are vertically moved by the first and second vertical transport mechanisms 56 and 57.

At the lower side of the first and second vertical transport mechanisms 56, 57, a transport carrier 58 is provided as a transport means for receiving the stacked bills from the first or second stacking section 54, 55 and transporting them in the direction of the arrow. Is provided.

A banding mechanism 60 for banding stacked banknotes is provided in the banknote conveying direction of the carrier 58.
Below the banding mechanism 60, a positioning plate 59 is provided as positioning means for positioning the stacked bills conveyed by the carrier 58 at the banding position. The positioning plate 59 is movable along the direction in which the banknotes are transported, as indicated by arrows.

A band supply section 70 for supplying a band k as a sealing material is provided diagonally above the sealing mechanism section 60. Below the band supply unit 70, a printing mechanism 71 is provided as recording means for printing authentication information such as a serial number, a date, and an operator number on the supplied band k.

FIG. 3 is a perspective view showing the first and second stacking units 54 and 55.

Each of the first and second stacking portions 54 and 55 has a bottom plate portion 72 for receiving and stacking incoming bills, and a side plate portion 73 integrally bent with the bottom plate portion 72. . The bottom plate 72 and the side plate 73 are configured to form a fork.

A guide body 75 is provided on one side of the stacking sections 54 and 55 as guide means for short sides in a state facing the side plate section 73 at a distance. The short guide body 75 guides the short direction of the incoming bill and is movable in the direction of coming into contact with and separating from the side plate 73.

Further, guide members 77 and 78 as a pair of longitudinal guide means are provided at both ends in the stacking portions 54 and 55, respectively.
Are arranged. This pair of longitudinal guide bodies 77,
Numeral 78 is for guiding the incoming bills in the longitudinal direction, and is movable in the direction of coming and going with each other.

FIG. 4 is a block diagram showing a drive control system of the sealing device 52.

In the figure, reference numeral 81 denotes a command device for commanding a denomination of a banknote to be sealed. This command device 81 is connected to a control device 82 via a signal path. The control device 82 moves a drive motor 83 for moving the guide members 77 and 78 for a long distance, a drive motor 84 for moving a guide member 75 for a short distance, and a positioning plate 59 via a control circuit. A drive motor 85 for driving the belt supply unit 70 is further connected to the drive motor 85 for driving the belt supply unit 70. Further, the control device 82 is provided with a sealing mechanism 60 through a control circuit.
And the printing device 71 is connected.

Further, a storage device 90 is connected to the control device 82. The storage device 90 has a bill size table 91 for displaying the sizes of various bills and a position information table 92 for displaying position information corresponding to the bill sizes.

The control device 82 controls the drive motors 8 according to the denomination information of the bills transmitted from the command device 81.
3 to 87 are controlled to determine the amount of movement of the guide members 77, 78, 75 for the long and short sides, and also the amount of movement of the positioning plate 59, the amount of supply of the band k, and the printing device 71. Is determined.

[0047]

[Table 1]

Table 1 shows a bill size table 91. The bill size table 91 displays parameters in a longitudinal direction and a transverse direction according to a denomination of a bill.

That is, there are six types of denominations, and the parameters in the longitudinal direction of the first to sixth denominations are 130, 135, 149,
145, 150 and 155 (mm). Also,
The parameters in the short direction of the first to sixth denominations are 60, 6
3, 66, 69, 72, 75 (mm).

FIG. 5 is a flow chart showing the operation of acquiring the positioning information of the guide members 77, 78, 75 for the long and short sides at the time of stacking bills.

When the bill size is commanded by the command device 81, the control device 82 determines whether or not a bill size command has been issued (step S1). When it is determined that there is a bill size command, the size of the designated bill size in the longitudinal direction is obtained (step S2). After this acquisition, the size is searched from the bill size table 91 (step S3). Thereafter, it is determined whether or not the size exists (step S4). If it is determined that the size exists, the position information of the longitudinal guide bodies 77 and 78 of the size is acquired from the position information table 92 (step S5). Next, the size in the short direction is acquired from the designated bill size (step S6). After this acquisition,
The size is searched from the bill size table 91 (step S7). Thereafter, it is determined whether or not the size exists (step S8). If it is determined that there is the size, the position information of the short guide body of the size is acquired from the position information table 92 (step S9).

Based on the position information thus obtained, the guide members 77, 78, 75 for the long and short sides are moved and positioned.

As described above, according to this embodiment, the guide members 77, 78, 75 for the long and short sides in the stacking section 54 (55) are moved according to the size of the entering bill. Since the guide position is variably controlled, banknotes can be guided according to their size and can be stacked in a well-aligned state, and even a single sealing device 52 can seal various sizes of banknotes. become.

Therefore, unlike the related art, it is not necessary to provide a sealing device for each size of the bill, so that the size can be reduced and the cost can be reduced.

In order to variably control the banding position by moving the positioning plate 59 for positioning the banknote conveyed to the banding mechanism 60 to the banding position in accordance with the size of the banknote, the size of the banknote is changed. Good sealing is possible depending on the condition.

Further, since the band supply amount of the band supply section 70 is variably controlled in accordance with the size of the bill, it is possible to perform good sealing according to the size of the bill.

Further, since the printing operation timing of the printing device 71 is variably controlled in accordance with the size of the paper sheet, it is possible to record information at an optimum position of the strip according to the size of the paper sheet. .

Further, there is provided a first stacking section 54 and a second stacking section 55 for stacking banknotes of different sizes from the first stacking section 54, and the first or second stacking section 54, 5 is provided.
Since the banknotes accumulated in No. 5 are selectively conveyed to the banding mechanism unit 60 and banded, sheets of different sizes can be processed simultaneously in parallel, and processing efficiency can be improved.

Note that the present invention is not limited to the above-described embodiment, and the longitudinal guide members 77 and 78 may be operated as follows.

When the banknotes P are conveyed toward the stacking unit 54 (55), they may be conveyed out of the center of conveyance due to uneven conveyance, and may not be able to enter the stacking unit satisfactorily.

In order to prevent this, before the bill enters, the longitudinal guide members 77 and 78 are moved outward to the position where the end face of the bill is shifted to the outermost side in consideration of the dispersion at the time of carrying the bill. Let it be. Then, the banknotes are accumulated in the accumulation section 54 (5
5) The guide members 77 and 78 for longitudinal movement are moved inward when they enter the inside, thereby guiding both longitudinal ends of the bill and aligning the bill at a predetermined position.

Accordingly, the guide members 77 and 78 for the longitudinal direction have a positioning function as well as a guiding function, so that a special positioning mechanism is not required separately as in the prior art.

[0063]

As described above, according to the present invention, the guide position is variably controlled by moving the guide means for the long and short sides in the stacking section in accordance with the size of the entering paper sheet. The leaves can be accumulated in a well-aligned state guided by the size. Accordingly, even a single sealing device can seal sheets of various sizes, and it is not necessary to provide a sealing device for each sheet size as in the related art, and the size can be reduced. It becomes possible and costs can be reduced.

Since the positioning means for positioning the paper conveyed to the banding means at the banding position is moved according to the size of the paper sheet, the banding position is variably controlled. Good sealing according to the size of the kind becomes possible.

Further, since the amount of the sealing material supplied by the supply means is variably controlled according to the size of the paper sheet, good sealing according to the size of the paper sheet can be performed.

Further, since the operation timing of the recording means is variably controlled according to the size of the sheet, it is possible to record information at an optimum position of the sealing material according to the size of the sheet.

Further, there is provided a first stacking section and a second stacking section for stacking paper sheets of different sizes from the first stacking section, and the paper stacked in the first or second stacking section is provided. Since the leaves are selectively conveyed to the sealing means for sealing, paper sheets of different sizes can be processed simultaneously in parallel, and the processing efficiency can be improved.

[Brief description of the drawings]

FIG. 1 is a diagram schematically showing an internal configuration of a bill processing apparatus according to an embodiment of the present invention.

FIG. 2 is a configuration diagram showing a sealing device provided in the banknote handling machine.

FIG. 3 is a perspective view showing an accumulation unit of the sealing device.

FIG. 4 is a block diagram showing a drive control system of the sealing device.

FIG. 5 is a flowchart illustrating an operation for acquiring positioning information of a guide member for a long side and a short side.

[Explanation of symbols]

 k: band (sealing material) P: bills (sheets) 54, 55 ... stacking section 58 ... transport carrier (transporting means) 59 ... positioning plate (positioning means) 60 ... sealing mechanism (sealing means) 70 ... Band supply section (supply means) 71: printing mechanism section (recording means) 75: short guide means 77, 78: long guide means 82: control device (control means)

Continued on the front page F-term (reference) 3E040 AA02 EA06 FE01 FE05 3E052 AA23 BA01 CA16 CB03 CB05 CB07 DA02 DB02 EA01 EA03 KA02 LA18

Claims (7)

[Claims] 1. A stacking unit for stacking incoming paper sheets, and a stacking unit movably provided in the stacking unit for guiding the length and width directions of the incoming paper sheets. Guide means, conveying means for conveying the paper sheets stacked in the stacking section in a predetermined direction, and sealing means for sealing the paper sheets conveyed by the conveying means with a sealing material at a sealing position. And a control means for variably controlling the guide position by moving the guide means in accordance with the size of the paper sheets entering the stacking section. . 2. A stacking unit for stacking incoming paper sheets, and a stacking unit movably provided in the stacking unit for guiding the length and width of the incoming paper sheets. Guide means; conveying means for conveying the paper sheets stacked in the stacking section in a predetermined direction; positioning means for positioning the stacked paper sheets conveyed by the conveying means at a sealing position; A banding means for banding the paper sheet positioned at the banding position with a banding material, and moving the guide means in accordance with the size of the paper sheet entering the stacking section to set the guide position. Control means for variably controlling and moving the positioning means so as to variably control the sealing position of the paper sheet. 3. A stacking section for stacking incoming sheets, and a stacking section movably provided in the stacking section for guiding the length and width of the incoming sheets. Guide means, conveying means for conveying the paper sheets accumulated in the accumulating portion in a predetermined direction, positioning means for positioning the paper sheets conveyed by the conveying means at a sealing position, A wrapping means for wrapping the paper sheet positioned at the wrapping position with a wrapping material, a supply means for supplying the wrapping material to the wrapping means, and a paper sheet entering the stacking section The guide position is variably controlled by moving the guide means according to the size of the sheet, and the wrapping position of the paper sheet is variably controlled by moving the positioning means, and the amount of the sealing material supplied by the supply means. And control means for variably controlling the Banding device of the paper sheet to be. 4. An accumulating section for accumulating incoming paper sheets, and a longitudinally and laterally provided paper sheet movably provided in the accumulating section for guiding the incoming paper sheets in the longitudinal and transverse directions. Guide means, conveying means for conveying the paper sheets accumulated in the accumulating portion in a predetermined direction, positioning means for positioning the paper sheets conveyed by the conveying means at a sealing position, A wrapping means for wrapping the paper sheet positioned at the wrapping position with a wrapping material, a supply means for supplying the wrapping material to the wrapping means, and a wrapping material supplied by the supply means. Recording means for recording information; variably controlling the guide position by moving the guide means in accordance with the size of the paper sheet entering the stacking unit; and moving the positioning means to move the paper sheet. The wrapping position is variably controlled and the supply The banding material supply amount of stage variably controlled, further, banding device of the paper sheet, characterized by comprising a control means for variably controlling the operation timing of the recording means. 5. A first stacking unit for stacking incoming sheets and a second stacking unit for stacking sheets of a size different from the first stacking unit; Guide means for the long and short sides which are movably provided in the second stacking section and guide the longitudinal and short directions of the entering paper sheets; and the paper stacked in the first and second stacking sections. Conveying means for selectively conveying the leaves in a predetermined direction; positioning means for positioning the paper conveyed by the conveying means at the sealing position; and paper sheets positioned at the sealing position by the positioning means A sealing means for sealing the kind with a sealing material, a supply means for supplying the sealing material to the sealing means, a recording means for recording information on the sealing material supplied by the supply means, Depending on the size of the paper entering the first or second stacking section Moving the guide means to variably control the guide position, moving the positioning means to variably control the sealing position of the sheet, and variably controlling the amount of the sealing material supplied by the supply means; And a control means for variably controlling the operation timing of the recording means. 6. The control means extracts a size of a sheet by searching for a parameter registered in advance in a storage unit by specifying a type of sheet to be stacked in the stacking unit, The paper sheet sealing device according to any one of claims 1 to 5, wherein control is performed based on the extracted size. 7. The sheet control device according to claim 1, wherein the control unit moves the longitudinal guide unit outwardly by a distance greater than a lengthwise deviation of the sheet during conveyance of the sheet before the sheet enters the stacking unit. The paper sheet according to any one of claims 1 to 5, wherein the paper sheet is moved inward at the same time as the paper sheet enters, and guides the both ends in the longitudinal direction of the paper sheet to align the paper sheet at a predetermined position. Sealing device.