JPH0991488A - Paper sheets processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a paper sheets processor capable of reducing the handling time of an operation by an operator and efficiently processing paper sheets. SOLUTION: This paper sheets processor is provided with a bundle processing machine 10 for processing the bundles of the paper sheets. For the paper sheets to be fed to the bundle processing machine 10, the prescribed number of the bundles are gathered and turned to an envelope F wrapped by a film. The envelope F fed to the bundle processing machine 10 is automatically disassembled in a disassembling device 20 and the bundles of the paper sheets are taken out. For the taken-out bundles, directions are matched in a send-out device 30, the number of the bundles is counted in a counter 41 and thereafter, they are carried by a conveyor and inspected in an inspection machine. The inspected bundles of the paper sheets are carried through the conveyor again and taken out through the take-out part 70 of the bundle processing machine 10.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a paper sheet processing apparatus for processing a bundle of paper sheets.

[0002]

2. Description of the Related Art Paper sheets to be processed by a paper sheet processing device are banded in a predetermined number of sheets to form small bundles, and a predetermined number of these small bundles are stacked and bundled into large bundles. The bundle is formed, and a predetermined number of the bundle is collected and stored in a plastic container for storage. The unprocessed paper sheets stored in the bundle state in this way are taken out from the plastic container one by one by the operator and put into the paper sheet processing apparatus.

The thrown bundle is automatically unraveled into large and small bands in the processing device, and is taken out one by one and processed.

[0004]

However, as described above, when storing unprocessed paper sheets in a bundle in a plastic container, the paper sheets come out of the bundle due to vibration and the like and are scattered. May become. With such a storage method, not only the paper sheets may be lost,
There is a problem that it is impossible to be sure whether or not a predetermined number of paper sheets are available.

Further, in the storage by the plastic container, it is necessary to manage the plastic container for storing the paper sheets, and there is a problem that the labor of the operator increases.

For this reason, there is known a storage method in which a predetermined number of bundles of paper sheets are collected and wrapped by a film having shrinkability and stored. However, when the paper sheets are packed and stored with the film as described above, the operator tears the film to dispose of the paper sheets when the paper sheets are loaded into the processing device in order to process the paper sheets. It is necessary to take out the bundle and to supply the taken-out bundle to the processing device by hand, which is troublesome.

The present invention has been made in view of the above points, and an object thereof is to provide a paper sheet processing apparatus which can reduce the labor of an operator and efficiently process paper sheets.

[0008]

In order to achieve the above object, the paper sheet processing apparatus according to the present invention automatically dismantles a seal in which a predetermined number of paper sheets are packaged and is disassembled and taken out. In a paper sheet processing apparatus that inspects paper sheets and takes out the inspected paper sheets, the above-mentioned seal is taken in along a predetermined take-in direction, and the above-mentioned seal is discharged in a direction opposite to the take-in direction. The intake / discharge means, the detection means for detecting whether or not the seal taken in by the intake / discharge means is taken in the correct direction with respect to the intake direction, and the detection means If it is detected that the seal has not been taken in the correct direction,
Control means for controlling the intake / discharge means so as to discharge the seal.

Further, the paper sheet processing apparatus according to the present invention automatically disassembles a seal in which a predetermined number of paper sheets are packaged, inspects the disassembled and taken out paper sheets, and inspects the paper sheets. In a paper sheet processing apparatus for taking out the articles, an intake / exhaust means for taking in the seal along a predetermined intake direction and ejecting the seal in a direction opposite to the intake direction, and the intake / exhaust By reading the above-mentioned indication from the seal that has been taken in by the means, and the indication indicating the above-mentioned taking-in direction has been made, On the other hand, detection means for detecting whether or not the seal has been taken in the correct direction, alarm means for issuing an alarm when the seal is not taken in the correct direction, and the seal in the correct direction by the detection means. If it is detected that it has not been taken in, the above seal will be discharged and an alarm will be issued. And a, and a control means for controlling the intake and discharge means and the alarm means to emit.

Further, the paper sheet processing apparatus of the present invention automatically dismantles and dismantles a seal in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are collected and packaged. In a paper sheet processing device that inspects the taken-out paper sheets and takes out the inspected paper sheets, while taking in the seal along a predetermined take-in direction, the take-out direction is opposite to the take-in direction. The unique information of the paper sheets enclosed in the paper, which is taken in by the take-in / out means, and the seal taken in by the above-mentioned take-in / out means in the correct direction with respect to the take-in direction. A reading means for reading the unique information recorded on the label from the seal provided on the surface of the recorded label and an alarm means for issuing an alarm when the seal is not taken in the correct direction. And the unique information recorded on the label cannot be read by the reading means. Determines that the seal has not been incorporated in the correct orientation, and a, and a control means for controlling the intake and discharge means and the alarm means to raise an alarm as well as discharging the seal.

Further, the paper sheet processing apparatus according to the present invention takes in a seal in which a predetermined number of paper sheets are packaged along a predetermined take-in direction, and discharges the seal in a direction opposite to the take-in direction. And a detecting means for detecting whether or not the seal taken in by the taking-in / discharging means is taken in the correct direction with respect to the taking-in direction. When it is detected that the seal has not been taken in the correct direction, the control means for controlling the intake / discharge means to discharge the seal and the intake / discharge means The unsealing means for automatically dismantling the sealed seal, the dismantling means for dismantling the bundle dismantled and taken out by the unsealing means, and the paper sheets dismantled and taken out by the bundle dismantling means. An inspection means for inspecting and a take-out means for taking out the paper sheets inspected by the above-mentioned inspection means are provided. To have.

Further, the paper sheet processing apparatus of the present invention takes in a seal in which a predetermined number of paper sheets are packaged along a predetermined intake direction, and discharges the seal in a direction opposite to the intake direction. The loading / unloading means and the seal loaded by the loading / discharging means, and the loading / unloading means is read by reading the indication from the seal indicating the loading direction. Detecting means for detecting whether or not the seal taken in in the correct direction with respect to the taking-in direction, and alarm means for issuing an alarm when the seal is not taken in the correct direction And a control for controlling the intake / discharge means and the alarm means so that the seal is discharged and an alarm is issued when the detection means detects that the seal is not taken in the correct direction. Means and the seal taken in by the above-mentioned intake and discharge means are automatically A demolition means for disassembling, a demolition means for disassembling the bundle disassembled and taken out by the encapsulation means, and an inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means. And a take-out means for taking out the paper sheets inspected by the above-mentioned inspecting means.

Further, the paper sheet processing apparatus of the present invention is arranged such that a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are collected and packaged, and the sealed seal is taken along a predetermined take-in direction. Incorporation that ejects the above-mentioned seal in the opposite direction to the above
The ejecting means and the seal taken in by the taking-in / ejection means in the correct direction with respect to the taking-in direction, and the label in which the unique information of the paper sheets enclosed is recorded is the label. The reading means for reading the unique information recorded on the label from the seal attached to the predetermined position on the surface, the alarm means for issuing an alarm when the seal is not taken in the correct direction, and the reading means. When the unique information recorded on the label is unreadable, it is determined that the seal has not been taken in the correct direction, the seal is discharged, and the capturing / discharging means and the alarm are issued to issue an alarm. Control means for controlling the alarm means, unsealing means for automatically dismantling the seal taken in by the taking-in / discharging means, and bundle for dismantling the bundle taken out by the unsealing means Dismantled by the dismantling means and the bundle dismantling means It comprises a checking means for checking the issued paper sheets, a take-out means for taking out the paper sheets inspected by the inspection means.

Further, the paper sheet processing apparatus of the present invention automatically dismantles and dismantles a seal in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are stacked and packaged. In a paper sheet processing apparatus that inspects the taken-out paper sheets and takes out the inspected paper sheets, the take-in means for taking in the seal and the seal taken in by the take-in means are automatically disassembled. It is provided with an encapsulation unit and a delivery unit for delivering the bundle disassembled by the encapsulation unit and taken out in the same direction.

Further, the paper sheet processing apparatus of the present invention automatically dismantles and dismantles the seal in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are stacked and packaged. In a paper sheet processing apparatus that inspects the taken-out paper sheets and takes out the inspected paper sheets, the take-in means for taking in the seal and the seal taken in by the take-in means are automatically disassembled. An encapsulating means, a delivery mechanism for delivering the bundles disassembled and taken out by the encapsulating means one by one, and a rotating mechanism for rotating the bundles delivered by the delivering mechanism at a predetermined angle so that their directions are aligned. And a feeding means for feeding the bundle in the same direction.

Further, the paper sheet processing apparatus of the present invention automatically forms a predetermined number of bundles of a predetermined number of paper sheets aligned in the same direction and arranged in two rows and wrapped with a packaging film. In the paper sheet processing apparatus for disassembling into, disassembling, and inspecting the paper sheets taken out and taken out, in the paper sheet processing apparatus for taking out the inspected paper sheets, the take-in means for taking in the seal and the take-in means are taken in Incision means for incising the packaging film of the seal between the rows,
Separating the packaging film from the folding and folding means for folding the seal at the portion cut by the cutting means so that one of the rows is overlapped with the other and the seal folded by the folding and bending means. Film separating means, a delivery mechanism for alternately delivering the bundles in which the packaging films are separated by the film separating means and arranged in two rows from each row, and the bundle delivered by the delivery mechanism is rotated to rotate one of the one It has a rotation mechanism that relatively rotates each bundle of the row and the other row by 180 °, and is provided with a delivery means that delivers the bundles of the one row and the other row in the same direction.

Further, the paper sheet processing apparatus of the present invention includes a take-in means for taking in a seal in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are collected and packaged. A means for automatically dismantling the seal taken in by,
Sending-out means for sending out the bundles disassembled and taken out by the enclosing means in the same direction, bundle disassembling means for disassembling the bundles sent out by the sending-out means, and disassembled by the bundle disassembling means. It is provided with an inspection means for inspecting the paper sheets taken out and a take-out means for taking out the paper sheets inspected by the inspection means.

Further, the paper sheet processing apparatus of the present invention includes a take-in means for taking in a sealed bag in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are collected and packaged. A means for automatically dismantling the seal taken in by,
A bundle feeding mechanism that feeds the bundles that have been taken apart and taken out by the unpacking means one by one, and a rotating mechanism that rotates the bundles that have been sent out by the feeding mechanism at a predetermined angle so that their directions are aligned. Sending means for sending out in the same direction, a bundle disassembling means for disassembling the bundle sent out by the sending means, an inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, And a take-out means for taking out the paper sheets inspected by the inspection means.

Further, the paper sheet processing apparatus of the present invention takes in a seal in which a predetermined number of bundles of a predetermined number of paper sheets are aligned in the same direction and arranged in two rows and wrapped with a packaging film. Incorporating means, incising means for incising the packaging film of the seal incorporated by the ingesting means between the rows, and a portion incised by the incising means so as to overlap one of the rows with the other And a film separating means for separating the packaging film from the seal folded by the sealing and bending means, and the packaging film is separated into two rows by the film separating means. And a rotation mechanism for rotating the bundles fed by the feeding mechanism and rotating the bundles of the one row and the other row relatively by 180 °. And one column above And a delivery means for delivering each bundle in the other row in the same direction, a bundle disassembling means for disassembling the bundle delivered by the delivery means, and a paper sheet disassembled and taken out by the bundle disassembling means. And an ejecting means for ejecting the paper sheets inspected by the inspecting means.

Further, the paper sheet processing apparatus of the present invention automatically dismantles and dismantles a seal in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are stacked and packaged. In a paper sheet processing device that inspects the taken-out paper sheets and takes out the inspected paper sheets, while taking in the seal along a predetermined take-in direction, the take-out direction is opposite to the take-in direction. And a detecting means for detecting whether or not the seal taken in by the taking-in / out means is taken in the correct direction with respect to the taking-in direction, and the detecting means. When it is detected that the seal has not been taken in the correct direction, the control means that controls the intake / discharge means to discharge the seal and the intake / discharge means The unsealing means that automatically dismantles the enclosed seal, and the unsealing means that has been dismantled and taken out. And a means feeding feeds by aligning the direction of the bundle.

Further, the paper sheet processing apparatus of the present invention automatically dismantles and dismantles the seal in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of them are collected and packaged. In a paper sheet processing device that inspects the taken-out paper sheets and takes out the inspected paper sheets, while taking in the seal along a predetermined take-in direction, the take-out direction is opposite to the take-in direction. The loading / discharging means to be discharged to and the seal loaded by the loading / discharging means, and by reading the above-mentioned indication from the seal indicating the above-mentioned loading direction, Detecting means for detecting whether or not the seal taken in by the discharging means is taken in the correct direction with respect to the taking-in direction, and issuing an alarm when the seal is not taken in the correct direction The alarm means and the detection means detect that the seal has not been taken in the correct direction. When the seal is discharged, the seal is discharged and an alarm is issued, and control means for controlling the intake / discharge means and the alarm means, and the seal taken in by the intake / discharge means are automatically dismantled. And a delivery mechanism for delivering the bundles disassembled and taken out by the encapsulation means one by one, and a rotating mechanism for rotating the bundles delivered by the delivery mechanism at a predetermined angle so that their directions are aligned. And a feeding means for feeding the bundle in the same direction.

Further, the paper sheet processing apparatus of the present invention automatically forms a predetermined number of bundles of a predetermined number of paper sheets aligned in the same direction and arranged in two rows and wrapped with a wrapping film. In the paper sheet processing device for disassembling, inspecting the dismantled and taken out paper sheets, and taking out the inspected paper sheet, while taking in the above-mentioned seal along a predetermined taking-in direction, An intake / discharge means for discharging in the opposite direction to the above-mentioned intake direction, and a seal which is taken in by the above-mentioned intake / discharge means in the correct direction with respect to the above-mentioned intake direction, and is enclosed therein. A reading means for reading the unique information recorded on the label from a seal attached to a predetermined position on the surface of the label on which the unique information of the paper sheet is recorded, and the case where the seal is not taken in the correct direction. And an alarm means for issuing an alarm and a fixed label recorded on the label by the reading means. When the information cannot be read, it is determined that the seal has not been taken in the correct direction, and the control means that controls the intake / discharge means and the alarm means to discharge the seal and issue an alarm. , The above
Cutting means for cutting the packaging film of the seal taken in by the discharging means between the rows, and folding the seal at the portion cut by the cutting means so that one of the rows is overlapped with the other. Bending and folding means, film separating means for separating the packaging film from the seal folded by the folding and bending means, and a bundle in which the packaging films are separated by the film separating means and arranged in two rows. And a rotating mechanism that rotates the bundles sent by the sending mechanism and relatively rotates each of the bundles of the one row and the other row by 180 °. And a delivery means for delivering the bundles of the row and the other row in the same direction.

Further, the paper sheet processing apparatus of the present invention collects a predetermined number of paper sheets bundled in the same direction, collects and stacks a predetermined number of the bundles, and takes in a predetermined take-up direction. Incorporation that ejects the above-mentioned seal in the opposite direction to the above
Ejection means, detection means for detecting whether or not the seal taken in by the take-in / discharge means is taken in the correct direction with respect to the take-in direction, and the seal is correct by the detection means. When it is detected that the seal has not been taken in the direction, the control means that controls the intake / discharge means to discharge the seal and the seal that has been taken in by the intake / discharge means are automatically And a demolition means for disassembling, a delivery means for delivering the bundle disassembled and taken out by the encapsulation means in the same direction, and a bundle disassembly means for disassembling the bundle delivered by the sending means. An inspection unit for inspecting the paper sheets disassembled and taken out by the bundle disassembling unit and a takeout unit for taking out the paper sheets inspected by the inspection unit are provided.

Further, the paper sheet processing apparatus of the present invention is arranged such that a bundle in which a predetermined number of paper sheets are sealed is aligned in the same direction and a predetermined number of them are collected and packaged in a predetermined take-up direction. Incorporation that ejects the above-mentioned seal in the opposite direction to the above
By the discharge means and the seal taken in by the intake / discharge means, the seal is read by reading the indication indicating the intake direction, and the seal is taken in by the intake / discharge means. Detecting means for detecting whether or not the enclosed seal is taken in the correct direction with respect to the taking-in direction, alarm means for issuing an alarm when the enclosed seal is not taken in the correct direction, and the above-mentioned detecting means When it is detected by the means that the seal has not been taken in the correct direction, the control means for controlling the intake / discharge means and the alarm means so as to discharge the seal and issue an alarm, The unsealing means for automatically dismantling the seal taken in by the taking-in / discharging means, the sending mechanism for sending out the bundles dismantled and taken out by the above-mentioned unsealing means one by one, and the above-mentioned sending mechanism. The direction of the bundle is aligned And delivery means has a rotating mechanism that rotates at a predetermined angle, sends aligning the direction bundle to,
Bundle disassembling means for disassembling the bundle sent out by the sending means, inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, and paper sheets inspected by the inspecting means And a take-out means for taking out.

Further, the paper sheet processing apparatus of the present invention is such that a predetermined number of bundles of a predetermined number of paper sheets are aligned in the same direction and are arranged in two rows and wrapped with a wrapping film. Intake along the take-in direction, and take-in / out means for ejecting the seal in the opposite direction to the take-in direction, and take-in by the take-in / ejection means in the correct direction with respect to the take-in direction And a reading means for reading the unique information recorded on the label from the sealed label attached to a predetermined position on the surface of the sealed label, in which the unique information of the paper sheet enclosed is recorded. ,
When the seal is not taken in the correct direction, an alarm means for issuing an alarm and when the unique information recorded on the label cannot be read by the reading means, the seal is taken in the correct direction. Control means for controlling the intake / discharge means and the alarm means so as to discharge the seal and give an alarm, and the packaging of the seal taken in by the intake / discharge means. Cutting means for cutting the film between the rows, and one of the rows to overlap the other,
A folding and bending means for folding the seal at the portion cut by the cutting means, a film separating means for separating the packaging film from the seal folded by the folding and bending means, and the film separating means. And the packaging film is separated 2
A delivery mechanism that alternately delivers the bundles arranged in rows from each row, and a bundle that is delivered by the delivery mechanism is rotated to relatively move each of the bundles of the one row and the other row to 18
A rotating mechanism that rotates 0 °, and sends out the bundles of the one row and the other row in the same direction, and a bundle disassembling means that disassembles the bundles delivered by the delivery means. An inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means and a takeout means for taking out the paper sheets inspected by the inspection means are provided.

[0026]

Embodiments of the present invention will be described below in detail with reference to the drawings.

As shown in FIG. 1, the paper sheet processing apparatus 1 of the present invention includes a bundle processing machine 10 that receives an uninspected sheet bundle and takes out an inspected sheet bundle. .
An inspection machine 100 as an inspection means for inspecting paper sheets is connected to the bundle processing machine 10 via a conveyor 50 that can convey a bundle of paper sheets in both forward and reverse directions.

As shown in FIG. 2, the bundle processing machine 10 is provided with a loading section 12 for loading a seal F (described later) in which a predetermined number of uninspected paper sheets are wrapped in a film f, and a loading section 12. A disassembling device 20 (sealing disassembling means) for automatically disassembling the sealed F that has been thrown in, and a sending-out device 30 (sending-out means) for sending out the bundle T disassembled by the disassembling device 20 and taken out in the same direction. The counter 41 includes a counter 41 that counts the number of bundles delivered by the delivery device 30 and an excluding device 42 that eliminates a bundle that has not been counted by the counter 41.

The bundle processing machine 10 also counts a counter 61 for counting the number of bundles of inspected paper sheets that have been inspected by the inspection machine 100 and conveyed through the conveyor 50, and this counter 61. An exclusion device 62 for removing a bundle whose predetermined small number has not been counted by, a stamping stacking device 65 for stamping and stacking the bundle whose predetermined small number has been counted by the counter 61, and a stamped stamp. It has a take-out section 70 (take-out means) for collecting the bundles and taking them out from the bundle processing machine 10.

Further, the bundle processing machine 10 has an operation display panel 11 for inputting an operation by an operator and displaying operation guidance and the like to the operator.

As shown in FIG. 3, the seal F loaded through the loading unit 12 of the bundle processing machine 10 holds, for example, 10 sheets of paper P.
A stack of 0 sheets is sealed with a small band k to form a bundle of small bundles H, and 10 pieces of the bundle of small bundles H that are aligned in the same direction are bundled in a cross with a large belt K to form a bundle T. Further, the Ts are arranged in the same direction, and 10 pieces are collected and packaged with the film f. Bundle T
Are arranged in the insertion direction of the seal F (direction of arrow a in the figure), five rows each in the front row (y row) and five rows in the rear row (x row). Side faces F1 and F2 that face each other and are substantially parallel to the direction of injection of the seal F.
On the (front side), the type of paper sheet P as the unique information of the paper sheet P packaged in the seal F, the type of uninspected seal,
A label L (display) on which an ID including a management number for identifying the seal and a seal is printed by a barcode is attached. The label L is asymmetrically attached on the y-row side in the front with respect to the insertion direction a of the seal F and at a position where the barcode is displaced from the center line of the seal F.

The loading unit 12 of the bundle processing machine 10 includes a belt conveyor 13 for placing the seal F and taking the seal F into the bundle processing machine 10, and a drive unit for driving the belt conveyor 13 in both forward and reverse directions. 14, a positioning mechanism (not shown) that temporarily positions the seal F taken in by the belt conveyor 13 at a predetermined position, and information recorded on the label L from the seal F that is aligned at the predetermined position by the alignment mechanism. And a reading device 15 for reading. The belt conveyor 13 and the drive unit 14 are
The reading device 15 functions as the loading / unloading means or the loading means of the invention, and the reading device 15 functions as the sensing means or the reading means of the invention.

Further, the inserting section 12 informs an abnormality when the seal F is not inserted in the correct direction with respect to the taking-in direction of the seal F (the direction of arrow a in the figure) and forcibly removes the inserted seal F. As described above, the control unit 16 as a control unit that controls the closing operation of the seal F is included.

As shown in FIG. 4, the control unit 16 is connected to the drive unit 14 and the reading device 15 described above, and an alarm device as an alarm means for issuing an alarm when the seal F is not normally inserted. 17 is connected. still,
The alarm device 17 is connected to the operation display panel 11 described above.

That is, since the label L is eccentrically attached to the seal F as described above, if the seal F is not inserted in the correct direction, the label L can be normally read by the reading device 15 at the alignment position. I can't. Therefore, when the reading device 15 cannot normally read the label L, it can be determined that the inserting direction of the seal F is wrong. In this case, the belt conveyor 13 is fed back so that the seal F is discharged from the insertion portion 12, and an alarm is issued on the operation display panel 11 via the alarm device 17.

As shown in FIG. 5, a disassembling device 20 for disassembling the seal F introduced through the inserting section 12 is provided near the end of the belt conveyor 13. Dismantling device 20
Has a processing table 21 for receiving the seal F inserted in the direction of arrow a in the figure via the belt conveyor 13. Further, in the vicinity of the front end portion of the processing table 21, the seals F are arranged in x rows of bundles therein,
A sealing / bending mechanism 22 (sealing / bending unit) that forms a void in the boundary line portion by bending at the boundary line of the y-th row is arranged. Further, on the lower surface side of the processing table 21, a film cutting mechanism 24 (cutting means) that cuts the packaging film f of the sealing F bent by the sealing bending mechanism 22 along the above-described boundary line portion with the cutter 23. Is provided. Furthermore, the seal bending mechanism 22 also functions as a first seal rotation mechanism 25 that rotates the seal F in the opening direction from the incision surface and superimposes the bundle of one y-row on the bundle of the other x-row.

In the vicinity of the right side of the processing table 21, there is a seal F in which one bundle of y rows is stacked on the other bundle of x rows.
A sealing / transferring mechanism 28 for transferring from above the first mounting plate 27a of the second sealing / rotating mechanism 26 disposed near the left side of the processing table 21 is provided.

The second sealing / rotating mechanism 26 has a rotary base 27 having an L-shaped cross section having a first receiving plate 27a for supporting the seal F and a second receiving plate 27b. Is rotated 90 degrees to rotate the seal F so that the packaging film f can be pulled upward. A film separating mechanism 29 (film separating means) for separating the packaging film f from the seal F is provided above the second sealing and rotating mechanism 26.

Here, the packaging film f separated by the film separating mechanism 29 is conveyed and accommodated in the film waste box 2 (see FIG. 2) by a moving means (not shown).

A receiving plate 31 is provided near the left side of the rotary table 27, and the second receiving plate 2 after the packaging film f is removed.
The bundle T ... 7b is transferred from the receiving plate 27b onto the receiving plate 31 by the pushing plate 32.

Next, the disassembling operation of the seal F by the disassembling apparatus 20 described above will be described in more detail with reference to FIGS. 6 to 13.

First, as shown in FIG. 7, the seal F is placed on the belt conveyor 13 and conveyed in the direction of the arrow a, and the bundle processing machine 1
It is thrown into 0.

Next, the seal F is sent onto the processing table 21, and the seal bending mechanism 2 which also serves as the first seal rotation mechanism 25.
It is pressed against the abutting plate portion 3a of the seal holding member 3, which is the second component, and positioned.

The seal holding member 3 has an L-shaped cross section having an abutting plate portion 3a and a gripping plate portion 3b which is perpendicular to the abutting plate portion 3a, and the seal F has a grip plate portion 3b and a processing table 21. And the movable gripping plate 4 in the nested state is interposed. The size of the L-shaped cross section of the seal holding member 3 exactly matches the size of one row (y row) of the bundle T ...

The movable gripping plate 4 is attached to a pair of movable rack members 5 and 5 arranged on the back surface of the butting plate portion 3a, and these movable rack members 5 and 5 are motors (referred to as gripping motors). By sliding along with the rotation of the pinions 7 having 6 as a drive source, the pinions 7 can be moved in a direction in which they come in contact with and separate from the fixed gripping plate 3b.

Then, after being pressed against the abutting plate portion 3a of the seal holding member 3 and positioned as described above, the gripping motor 6 is driven to move the movable gripping plate 4 upward as shown by the arrow b, One bundle of y rows of the seal F is gripped between the gripping plate portion 3b.

After this, the motor 8 for rotating the seal holding member 3
Is slightly driven, and the seal holding member 3 connected to the drive shaft 8a of the motor 8 rotates in the direction of arrow c about the drive shaft 8a parallel to the processing table 21.

By this operation, the bundle in the y-th row tries to rotate while being held, and the bundle in the other x-row is integrated with the packaging film f, so that the bundles try to rotate together, but the processing table Because it is blocked by 21 and cannot rotate, in the end,
As shown in FIG. 8, the sheet is bent at the boundary line between the bundle of x rows and the bundle of y rows, and a gap G is formed between the bundle of x rows and the bundle of y rows.

Then, the film cutting mechanism 24 is operated so that the wrapping film f of the seal F in the bent state is cut along the above-mentioned boundary line portion as shown in FIG.
It is cut open at 3.

The film cutting mechanism 24 is shown in FIGS.
The configuration is as shown in FIG. That is, the processing table 21
A carriage 39, which is guided by a guide shaft 36 and is connected to a toothed belt 38 that travels using a motor 37 as a drive source and reciprocates in parallel with the processing table 21, is provided on the lower surface side of the. In this carriage 39,
While holding the cutter 23 at its upper end, the motor 3
A cutter holder 43 is provided which is vertically movable by a moving mechanism including a pinion 40a driven by 9a and a rack 40b meshing with the pinion 40a.

By controlling the operation timings and rotation directions of the motor 39a for vertical movement and the motor 37 for horizontal movement by a control device (not shown), the cutter 23 can be moved as shown in FIGS. Then, the portion corresponding to the gap G on the three surfaces (bottom surface and two side surfaces) of the packaging film f of the seal F is incised.

A slit 44 for inserting a cutter is formed in the processing table 21 so that the movement operation of the cutter 23 is not hindered.

As described above, after the packaging film f has been cut open, the motor 8 for rotationally driving the sealing and holding member 3 is driven again, and the sealing and holding member 3 holds the bundle of y rows as shown in FIG. Then, it further rotates up to 180 ° in the direction of arrow c.
As a result, the bundle in the y-row is inverted and stacked on the bundle in the x-row as shown by the chain double-dashed line.

Then, the gripping motor 6 rotates in the reverse direction to move and move the movable gripping plate 4 back to release the gripping operation of the bundle of y rows.

After the gripping operation of the bundle in the y-th row is released, the cylinder 45 constituting the sealing and loading mechanism 28 operates to operate the operating shaft 4
The pressing plate 46 attached to 5a moves in the direction of the arrow d, and as shown in FIG. 11, the seal F moves from the processing table 2 to the first receiving plate of the rotary table 27 that constitutes the second sealing and rotating mechanism 26. 27a
Reprinted on top.

At this time, the seal F is abutted and positioned on the stopper 49 integral with the pressing plate 48 attached to the operating shaft 47a of the cylinder 47 constituting the bundle transfer mechanism 34 described later.

Next, the pressing plate 46 of the sealing and loading mechanism 8 retracts, and thereafter, the motor 82 which gives a driving force to the rotating shaft 81 of the rotary table 27 is driven, and the rotary table 27 moves 90 in the direction of arrow e. Is rotated once. Then, as shown in FIG. 12, the bundles T, ..., T, ... Are placed on the second receiving plate 27b in an upright state, and the packaging film f is covered thereon. The packaging film f is in a state in which it can be pulled out upward.

After that, the suction arm 83 constituting the film separating mechanism 29 moves in the direction of arrow f, and the second receiving plate 2 is moved.
It faces above the seal F placed on 7b. On the lower surface of the suction arm 83, a total of four suction elements 84, each including a suction pipe 84a to which suction air E is guided by a suction source (not shown) and a suction pad 84b attached to the lower end portion thereof are ...
Are arranged.

Then, when facing above the seal F, the adsorber 8
.. 4 once descends to adsorb the packaging film f, and thereafter the adsorbers 84 ...
The packaging film f is separated from the bundle of x rows and the bundle of y rows as shown in FIG.

Then, the suction arm 83 moves the packaging film f.
The packaging film f moved in the direction opposite to the arrow f in the state of adsorbing and adhering the packaging film f separated as described above is conveyed as it is adsorbed and conveyed to a position above the film waste box 2, and each adsorbent 84 When the suction operation to ... Is released, the film is discarded in the film waste box 2.

On the other hand, for the bundles T in the x-row and the y-row that remain after the film f is processed, as shown in FIG. 13, the pinion 8 driven by the motor 86 of the bundle feeding mechanism 85 is used.
The pressing plate 32, which is horizontally reciprocally movable by the moving mechanism including the rack 7 and the rack 88 that meshes with the rack 7, forms a bundle of x rows and y.
The bundle of rows is extruded from the receiving plate 27b onto the receiving plate 31, and is abutted against the pressing plate 35a capable of horizontally reciprocating motion waiting there.

Next, the dismantling apparatus 20 dismantles the receiving plate 31.
A delivery device 30 for delivering the bundle T placed on top in the same direction will be described with reference to FIGS. 5 and 14.

On the front side of the receiving plate 31, an input bundle conveying conveyor 33a for conveying the bundle T is provided substantially parallel to the receiving plate 31. Further, on the right rear side of the receiving plate 31, there is provided a bundle transfer mechanism 34 for transferring the bundles T ... on the receiving plate 31 one by one onto the loading bundle transport conveyor 33a. Furthermore, the receiving plate 3
In the vicinity of the left side of 1, the bundle T ...
A bundle feeding mechanism 35 that feeds to a transferable position in synchronization with the transfer operation of No. 4 is provided. The bundle transfer mechanism 34 and the bundle feeding mechanism 35 act as a feeding mechanism.

Then, the pressing plate 48 of the bundle transfer mechanism 34,
The pressing plate 35a of the bundle feeding mechanism 35 and the pressing plate 35a operate in the directions of arrows g and h, respectively.
1, y2, x2, ... Are cut out one by one, transferred onto the bundle conveyer 33a, conveyed in the direction of arrow j, and sent to the next step.

Above the belt conveyor 33a, at a position where the bundle T is sent out onto the bundle conveyer 33a by the bundle transfer mechanism 34 and the bundle feeding mechanism 35 described above,
A sensor 91 that detects the bundle T is provided. Further, at a predetermined position on the downstream side of the sensor 91 above the belt conveyor 33a, a rod body 92 for rotating the bundle T conveyed in the upright state on the belt conveyor 33a to turn it over.
Are provided so as to extend in the direction crossing the transport path.

Here, in a state immediately before the bundle T is transferred onto the bundle conveyer 33a by the bundle transfer mechanism 34, the seal F
Since the bundle of x rows and the bundle of y rows forming the above are arranged on the receiving plate 31 with the upper surfaces of the bundles facing each other, bundles x1, x2, x3, ... With the bundles y1, y2, y3, ...
The direction along the transport direction is reversed in the overturned state on a. That is, a bundle of y columns y1, y2, y3, ...
The small band k of small bundles is conveyed in a direction in which it is located rearward in the conveying direction, and the bundles x1, x2, x3, ... Of x rows are conveyed in the direction in which the small band k of small bundles is located in the front direction in the conveying direction.

For this reason, a bundle rotating device 93 (rotating mechanism) for rotating each bundle T at a predetermined angle is provided at the end position of the input bundle conveying conveyor 33a in order to align the directions of the bundles T. As a result, the orientation of the bundle T sent out via the bundle rotating device 93 is constant on the input bundle transport conveyor 33b (the direction in which the small band k is located forward in the transport direction).

As shown in FIG. 15, the control system for controlling the operation of the above-mentioned delivery device 30 has a control section 130 as a control means. The control unit 130 includes a counting sensor 91 that counts the bundle T pushed out by the input bundle conveying conveyor 33a, a bundle transfer mechanism 34, a bundle feeding mechanism 35, and a rotary table 93a of the bundle rotating device 93 in both forward and backward directions. A motor 93b that can rotate at a predetermined angle is connected.

Next, the operation of the feeding device 30 constructed as described above will be described with reference to FIG.

From the second receiving plate 27b of the turntable 27 to the receiving plate 3
The bundles T ... Transferred onto the sheet 1 are y1, x1, y2, x2, y by the actions of the bundle transfer mechanism 34 and the bundle feeding mechanism 35.
3, x3, ... Are sequentially transferred onto the input bundle transfer conveyor 33a. The bundle T sent onto the input bundle transport conveyor 33a
Are counted by the counting sensor 91 and sent to the bundle rotating device 93.

Here, it is determined whether the count value is an even number or an odd number, and if the count value is an odd number, it is determined that the counted bundle T is a bundle in the y column, and the rotary table 93a is rotated counterclockwise by 2.
The bundle is rotated by 70 °, and when it is even, it is determined that the bundle T counted is the bundle of x rows, and the rotary table 93a is rotated by 90 ° counterclockwise. As a result, the bundles T, which are delivered from the bundle rotating device 93, are aligned so that the transport direction is constant, that is, the small bands are located in front.

A counter 41 that counts the number of bundles T delivered to the input bundle transfer conveyor 33b is provided above the input bundle transfer conveyor 33b in the middle of the bundle transfer. The counter 41 irradiates light from the scanner to the position of the small band k of the bundle T being conveyed, scans in the direction perpendicular to the carrying direction, and detects the boundary of the small band k by using the reflected light amount. , The small number is detected by counting this boundary.

An excluding device 42 is provided downstream of the counter 41. The excluding device 42 causes the bundle stop excluding arm 94 to be placed on the throwing bundle conveying conveyor 33b by an abnormal signal issued by the counter 41 described above, that is, an abnormal signal issued before the present device arrives at the bundle T for which 10 small bundles could not be confirmed. To the side of the bundle stop eliminating arm 94,
Simultaneously with the stop of the bundle stop exclusion arm 94, it is pushed out from the input bundle transfer conveyor 33b to the input removal bundle conveyor 95 and is discharged to the input removal bundle stacking section 96 provided on the front surface of the bundle processing machine 10.

A bundle T of which 10 pieces have been confirmed by the counter 41
However, since the bundle stop exclusion arm 94 does not operate, the bundle T passes through the exclusion device 42 as it is, and is passed to the input bundle conveyor 98 described later via the buffer conveyor 97.

Next, a case will be described in which the bundle processing machine 10 processes the bundle T'which has been inspected by the inspection machine 100 (described later).

As shown in FIG. 17, the bundle T ′ discharged from the inspection machine 100 in the same direction is conveyed on the receiving bundle conveyer 140 in the direction of the arrow m, and the receiving bundle interposed at the end of the receiving bundle conveyer 140. The side surface 142a of the intake arm 142 is brought into contact with and locked. The receiving bundle receiving arm 14
The receiving bundle taking-in arm 142 pushes the bundle T ′ onto the receiving bundle conveying conveyor 143 in synchronism with the bundle detection signal generated by the bundle arrival sensor 141 provided on the front side of the second bundle, and the bundle T ′ is sent to the rear stage. To the processing equipment.

A counter 61, which operates in the same manner as the counter 41 described above, is provided above the receiving bundle transfer conveyor 143 while being conveyed.
Is provided, and at the end of the receiving bundle conveying conveyor 143, the bundle erecting device 14 that erects the conveyed bundle T ′ in a standing state.
4 are provided.

The bundle erection device 144 has a receiving plate 144a for transferring the bundle T'from the receiving bundle conveying conveyor 143, and the receiving plate 144a is adapted to be rotated around a shaft 145. A projecting edge 144b that holds one corner on the lower end side of the standing bundle T'is formed at the end of the receiving plate 144a on the shaft 145 side.

A bundle lifter 146 is provided on the side that receives the other corner of the lower end side of the bundle T ′ erected by the bundle erection device 144. Then, the bundle T ′ erected by the bundle erection device 144 is transferred onto the bundle lifter 146 by raising the bundle lifter 146.

At a predetermined position on the way of raising the bundle lifter 146, a stamper 147 for making a seal is provided at the intersection of the large belt K of the bundle T'while raising, and a bundle of which 10 pieces have been confirmed by the counter 61 has been confirmed. Is to be stamped.

When the bundle T'has reached the upper end position shown by the broken line in the drawing by the bundle lifter 146, the opening 1 of the bundle lifter is opened.
The bundle push-out arm 148 that can be inserted into 46a is operated, and the bundle T'is sent out onto the receiving plate 149.

Bundle T'confirmed 10 pieces by the same process
When 5 bundles are stacked on the receiving plate 149, the pushing plate 150 operates to push the 5 bundles forward and transfer them onto the bundle stacking conveyor 151. In the present embodiment, a bundle of 5 bundles × 4 rows can be accumulated on the bundle accumulating conveyor 151, and when the bundles are fully accumulated, the control device (not shown) notifies the operator to that effect. Even when it is less than the above, it is possible to operate independently according to the instruction of the operator to push the bundle within the reach of the operator on the front side of the bundle processing machine. It is also possible to expand the bundle integration capacity if necessary.

On the other hand, for the bundle T'of which 10 small pieces cannot be confirmed by the counter 61, the bundle is transferred to the upper end of the bundle lifter 146 by the same route as the confirmed bundle T ', but the stamper in the middle thereof. Imprinting by 147 is not performed, and after reaching the upper end,
Before being transferred to the receiving plate 149, it is pushed out to the receiving / excluding bundle conveyer 153 by the operation of the excluding arm 152, and finally discharged to the receiving bundle excluding portion 154 on the front surface of the bundle processing machine 10.

Next, the conveyor 50 connecting the bundle processing machine 10 and the inspection machine 100 will be described with reference to FIGS. 18 to 20.

Input bundle conveying conveyor 33b of the bundle processing machine 10
The bundle T conveyed by is received on the buffer conveyor 97, and the bundle stop wall 51 stops the bundle T. Two bundles T can be stored on the buffer conveyor 97, and the second bundle T comes into contact with the rear end of the first bundle T and stops. In the present embodiment, the number of bundles to be stored is two, but can be increased as needed.

In response to a signal from the inspection machine 100, the closing push-in plate 52 operates to push the bundles T one by one onto the feeding bundle conveyor 98. The second bundle T is regulated by the side wall of the input bundle pushing plate 52 during the pushing operation of the first bundle, and the pushing plate 52 returns to the initial position, whereby the second bundle is moved toward the bundle stop wall 51. The bundle T is stopped by the movement bundle stop wall 51 to prepare for a signal from the next inspection machine 100. Bundle detector 53 or 54
In response to the detection signal, the bundle pushing arm 52 of the bundle processing machine 10 is operated to throw in the bundle T. At the rear end side of the throw-in bundle conveyor 98, the bundle take-in arm 55 enters on the throw-in bundle conveyor 98 from the inspection machine 100 side to receive the bundle T into the inspecting machine 100. A detector 56 is provided in front of the end of the throw-in bundle conveyor 98, and the bundle take-in arm 55 performs a bundle take-in operation in response to a signal from the detector 56. If the bundle take-in arm 55 of the inspection machine 100 misses the bundle T on the feeding conveyor 98, the bundle T is accumulated in the exclusion box 57 provided at the end of the feeding conveyor 98.

On the other hand, the inspected bundle T ′ discharged from the inspecting machine 100, which will be described in detail later, is delivered and conveyed on the receiving bundle conveyor 140. A receiving bundle pushing plate 142 is provided at the conveying end of the receiving bundle conveyer 140, and the conveyed bundle T ′ is received by the detector 141, and is delivered to the bundle conveyer 143 of the bundle processing machine 10.

As shown in FIG. 20, the input bundle conveyor 98 and the receiving bundle conveyor 140 are provided in a casing 70, and one side surface of the casing 70 is provided with an opening / closing cover 71, which allows the bundles T, T'to move in and out. 72 are provided. Further, an exhaust duct 73 for collecting exhaust heat of the bundle processing machine 10 and the inspection machine 100 is provided in the housing 70, and a signal cable 74 and a power cable connecting the bundle processing machine 10 and the inspection machine 100 are provided. 76, and a pneumatic tube 75 ...

Next, the inspection machine 100 will be described with reference to FIG.

This inspection machine 100 comprises an inspection machine body 101,
A pre-processing device 102 (bundle disassembling means) that separates the bundle T of paper sheets sent to the inspection machine 100 and sends the paper sheets P to the inspection machine body 101, and is sealed separately from this pre-processing device 102. A bulk ticket insertion device 103 for a worker to manually insert an arbitrary number of securities P as paper sheets, which are not provided, a control device (not shown) for each of these operating units, and a control command thereof. The operation display unit 104 and the like are included.

The inspection machine main body 101 mainly takes out the bills P one by one, a take-out detection module 105 composed of a detection device 105C having a function of detecting the sent bills, and the take-out detection module 105. Among the tickets to be rejected, the reject ticket stacking module 106 that processes rejected tickets and the integrated module 107 that processes compatible tickets and non-matching tickets are included. The respective modules 105, 106, 107 are cases 109a, 109b. , 1
It is covered by 09c.

In the take-out detection module 105, a ticket supply device 105A for receiving and carrying an unopened bill sent out from the pre-processing device 102 or a bulk ticket inserted manually, and one ticket supplied from this ticket supply device 105A. The number of the tickets sent out one by one is detected through the take-out device 105B for taking out each one, and the conveyance path 110A for conveying the tickets taken out one by one from the take-out device 105B, and the number of sheets for each detection and Various detection devices 105C for counting the total number of sheets are provided.

Then, the next rejected ticket collecting module 106
From the take-out detection module 105 to the transport path 110A.
Based on the detection results by the detection device 106A and the detection devices 106A and the various detection devices described above, which detect the characteristics of the tickets (inability to inspect such as stacking, skew, short pitch, etc.) sent one by one through the sheet. And a first sorting device 106B that sorts the rejected ticket and the other tickets.
The rejected tickets sorted by the sorting device 106B are conveyed to the transport path 11
Exclusion ticket collecting device 1 that receives and collects via 0B
06C, an exclusion ticket cassette 106D that automatically stores the exclusion tickets accumulated in the exclusion ticket accumulating device 106C, and tickets other than the exclusion tickets sent from the first sorting device 106B through the transport path 110C. A second sorting device 106E is provided for sorting the reusable compatible ticket and the non-reusable non-compatible ticket based on the detection result of 1.

Further, in the next accumulation module 107, a compatible ticket collecting device 107A for collecting reusable compatible tickets sent from the second sorting device 106E via the conveyance path 110C, and this compatible ticket collecting device 107A. A matching ticket sealing device 107B that seals 100 matching tickets accumulated in the device 107A by a band k, and the characteristics of the matching tickets that are sealed by the matching ticket gripping and sealing device 107B (accumulation state, Small bundle inspection unit 107C for inspecting (sealing state) and 10 large bundles of conforming tickets are bundled together by a large sealing strip K to bundle large bundles of conforming tickets 10
7D is provided. On the other hand, the second sorting device 10
The non-reusable non-conforming tickets that are sorted and guided in 6E and sent through the conveying path 110E are non-conforming ticket accumulating unit 107E.
The non-conforming ticket stacking unit 107E stacks the non-conforming ticket stacking device 107E with 100 bands each, and stacks them on the non-conforming ticket bundle and the non-conforming ticket discharge bundle storing unit 107G. Alternatively, either the non-conforming ticket shredder 107H or the non-conforming ticket shredder 107 is selectively revoked. The cut pieces cut by the non-conforming ticket shredder 107H are discharged to the outside by the pneumatic tube 75.
In addition, the bundle T'sealed by the suitable ticket large band sealing device 107D is sent to the receiving bundle conveyor 140 by an in-machine conveyor provided in the lower part of the inspection machine body 101.

Further, each of the above-mentioned rejected ticket, conforming ticket, and non-conforming ticket accumulating device 106C, 107A, 107E is a rotating wheel 121 such as an impeller, and a ticket received by the rotating wheel 121 one by one. It is composed of a stacking box 122 that stores it in orderly by accommodating vibration.

As described above, according to the paper sheet processing apparatus 1 according to this embodiment, the seal F in which a predetermined number of bundles of paper sheets are packed is packed.
Can be put directly into the bundle processing machine, and the put seal F
The packaging film f is automatically removed and processed. Therefore, unlike the conventional paper sheet processing apparatus, it is not necessary for the operator to manually put in a bundle of paper sheets, which reduces the time and labor required for the operation and increases the processing capacity. It

Further, unlike the conventional case, it is not necessary to store the untested sheet bundle T in a plastic container,
Not only will it be easier to store, but there will be no possibility of losing paper sheets.

The present invention is not limited to the above-mentioned embodiments, but can be variously modified within the scope of the present invention.

[0099]

As described above, since the paper sheet processing apparatus of the present invention has the above-described structure and operation, the labor of the operator can be reduced, and the paper sheets can be efficiently processed. It can be processed.

[Brief description of drawings]

FIG. 1 is a schematic diagram showing a paper sheet processing apparatus of the present invention.

FIG. 2 is a schematic diagram showing a bundle processing machine incorporated in the paper sheet processing apparatus of FIG. 1;

FIG. 3 is a schematic diagram showing a bundle of paper sheets that is loaded into the paper sheet processing apparatus of FIG.

FIG. 4 is a block diagram showing a control system that controls a loading operation in a loading unit of the bundle processing machine of FIG. 2;

5 is a schematic view showing a disassembling apparatus and its peripheral devices incorporated in the bundle processing machine of FIG. 2;

6 is a view for explaining the operation of a film cutting mechanism 24 incorporated in the disassembling apparatus of FIG.

FIG. 7 is a diagram for explaining a disassembly operation by the disassembly device of FIG.

FIG. 8 is a diagram for explaining a disassembly operation by the disassembly device of FIG.

9 is a diagram for explaining a disassembling operation by the disassembling apparatus in FIG. 5;

FIG. 10 is a diagram for explaining a disassembly operation by the disassembly device of FIG.

FIG. 11 is a diagram for explaining a disassembly operation by the disassembly device of FIG.

FIG. 12 is a diagram for explaining a disassembly operation by the disassembly device of FIG.

FIG. 13 is a diagram for explaining a disassembly operation by the disassembly device of FIG.

FIG. 14 is a schematic view showing a delivery device incorporated in the bundle processing machine of FIG. 2;

FIG. 15 is a block diagram showing a control system for controlling the operation of the delivery device of FIG.

16 is a flow chart for explaining the operation of the delivery device of FIG.

FIG. 17 is a schematic view showing an imprint stacking apparatus and its peripherals incorporated in the bundle processing machine of FIG. 2;

FIG. 18 is a schematic diagram showing a loading bundle conveyor, a receiving bundle conveyor, and peripheral equipment thereof in the bundle processing machine of FIG. 2;

FIG. 19 is a schematic view showing the end of the throw-in bundle conveyor and the bundle throwing unit of the inspection machine in FIG.

20 is a cross-sectional view showing a conveyer incorporated in the paper sheet processing apparatus of FIG.

FIG. 21. FIG. 2 is a schematic diagram showing an inspection machine incorporated in the paper sheet processing apparatus of FIG. 1.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Paper sheet processing apparatus, 10 ... Bundle processing machine, 12 ... Input part, 13 ... Conveyor, 15 ... Reading device, 20 ... Disassembly device, 30 ... Sending device 41 ... Counter, 70 ... Ejecting part.

Claims (18)

[Claims] 1. A paper sheet processing apparatus for automatically disassembling a seal in which a predetermined number of paper sheets are packaged, inspecting the disassembled and taken out paper sheets, and taking out the inspected paper sheets, The seal is taken in along a predetermined take-in direction, and the take-in / exhaust means for ejecting the seal in the opposite direction to the take-in direction, and the seal taken in by the take-in / exhaust means are the above-mentioned. Detecting means to detect whether or not the seal has been taken in in the correct direction with respect to the taking-in direction, and ejecting the seal when it is detected that the seal has not been taken in in the correct direction. A paper sheet processing apparatus, comprising: a control unit that controls the above-described intake / discharge unit. 2. A paper sheet processing apparatus for automatically dismantling a seal in which a predetermined number of paper sheets are packaged, inspecting the disassembled and taken out paper sheets, and taking out the inspected paper sheets, The seal is taken in along a predetermined take-in direction and is taken out by the take-in / out means for ejecting the seal in the opposite direction to the take-in direction, and the seal taken in by the take-in / out means. Then, by reading the above-mentioned indication from the seal indicating the above-mentioned taking-in direction, it can be determined whether the seal taken in by the above-mentioned taking-in / discharging means has been taken in in the correct direction with respect to the above-mentioned taking-in direction. It is detected by the detection means that detects whether or not the seal is not taken in the correct direction, and the alarm means that issues an alarm when the seal is not taken in the correct direction, and that the seal is not taken in the correct direction by the detection means. In this case, the above-mentioned intake / discharge hands should be set so that the seal is discharged and an alarm is issued. And sheet processing device comprising control means for controlling the alarm means, in that it comprises. 3. A bundle in which a predetermined number of paper sheets are sealed is aligned in the same direction, and a predetermined number of stacked sheets are packaged and automatically disassembled, and the disassembled and ejected paper sheets are inspected. In a paper sheet processing device for taking out inspected paper sheets, while taking in the above-mentioned seal along a predetermined take-in direction, take-in / out means for ejecting the above-mentioned seal in a direction opposite to the above-mentioned take-in direction, A label that is taken in the correct direction with respect to the taking-in direction by the taking-in / discharging means and has a predetermined label on the surface of which the unique information of the paper sheet enclosed is recorded. Reading means for reading the unique information recorded on the label from the seal attached to the position, alarm means for issuing an alarm when the seal is not taken in the correct direction, and the reading means for displaying the label on the label. If the recorded unique information is unreadable, the seal will be inserted in the correct direction. It determines that no paper sheet characterized in that it and a control means for controlling the intake and discharge means and the alarm means to raise an alarm as well as discharging the sealing apparatus. 4. A take-in / out means for taking in a seal in which a predetermined number of sheets of paper are wrapped along a predetermined take-in direction and ejecting the seal in a direction opposite to the take-in direction. Detection means for detecting whether or not the seal taken in by the loading / discharging means is taken in the correct direction with respect to the taking-in direction, and the seal is taken in by the detecting means in the correct direction. When it is detected that there is no seal, the control means for controlling the intake / discharge means to discharge the seal, and the demolition body for automatically disassembling the seal taken in by the intake / discharge means. Means, a bundle disassembling means for disassembling the bundles disassembled and taken out by the encapsulating means, an inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, and the inspection means And a take-out means for taking out a paper sheet that has been inspected, and a paper sheet characterized by: Processing apparatus. 5. A take-in / out means for taking in a seal, in which a predetermined number of sheets of paper are wrapped, along a predetermined take-in direction, and ejecting the seal in a direction opposite to the take-in direction. The seal taken in by the loading / unloading means is read by reading the above indication from the seal indicating the loading direction. The detection means for detecting whether or not the seal has been taken in the correct direction with respect to the loading direction, the alarm means for issuing an alarm when the seal is not taken in the correct direction, and the seal by the detection means. When it is detected that the seal has not been taken in in the correct direction, the sealing means is discharged, and a control means for controlling the intake / discharge means and the alarm means so as to give an alarm, and the intake / discharge means. And a seal dismantling means for automatically dismantling the seal that has been taken in, Bundle disassembling means for disassembling the bundles disassembled and taken out by the disassembling means, inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, and papers inspected by the inspecting means A paper sheet processing apparatus comprising: a take-out means for taking out leaves. 6. A stack in which a predetermined number of paper sheets are bundled is aligned in the same direction, and a predetermined number is collected and packaged is taken in along a predetermined take-in direction, and the seal is taken in the take-in direction. And a means for ejecting in the opposite direction, and a seal that is taken in the correct direction with respect to the above-mentioned taking-in direction by the above-mentioned taking-in and ejecting means. A reading means for reading the unique information recorded on the label from a seal attached to a predetermined position on the surface of the label on which the unique information is recorded, and an alarm when the seal is not taken in the correct direction. When the unique information recorded on the label cannot be read by the alarm means and the reading means, it is determined that the seal is not taken in the correct direction, the seal is discharged, and an alarm is issued. To control the above-mentioned intake / discharge means and alarm means Control means, unsealing means for automatically dismantling the seal taken in by the taking-in / discharging means, bundle dismantling means for dismantling the bundle taken out by the unsealing means, and A paper sheet characterized by comprising an inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, and an extraction means for taking out the paper sheets inspected by the inspection means. Processing equipment. 7. A bundle of a predetermined number of paper sheets aligned in the same direction is collected in a predetermined number, the package is automatically disassembled, and the disassembled and ejected paper sheets are inspected. In a paper sheet processing apparatus for taking out inspected paper sheets, a take-in means for taking in the seal, a demolition means for automatically disassembling the seal taken in by the take-in means, and A sheet processing apparatus comprising: a delivery unit configured to deliver a bundle that has been disassembled and taken out in a uniform direction. 8. A bundle in which a predetermined number of paper sheets are sealed is aligned in the same direction, and a predetermined number of stacked sheets are packaged and automatically disassembled, and the disassembled and ejected paper sheets are inspected. In a paper sheet processing apparatus for taking out inspected paper sheets, a take-in means for taking in the seal, a demolition means for automatically disassembling the seal taken in by the take-in means, and Has a delivery mechanism that delivers the bundles that have been disassembled and taken out one by one, and a rotation mechanism that rotates the bundles delivered by the delivery mechanism at a predetermined angle so that their directions are aligned, and the bundles are aligned in their directions. A paper sheet processing apparatus comprising: a delivery unit that delivers the sheet. 9. A predetermined number of bundles containing a predetermined number of sheets are aligned in the same direction and arranged in two rows, and the seals wrapped with a packaging film are automatically disassembled and disassembled and taken out. In a paper sheet processing apparatus that inspects paper sheets and takes out the inspected paper sheets, a take-in means for taking in the seal and the packaging film for the seal taken in by the take-in means between the rows. A cutting means for making a cut, and a folding and bending means for bending the seal at the portion cut by the aforesaid cutting means so that one of the rows is overlapped with the other, and a bending means for bending the sealing means. A film separating means for separating the packaging film from the seal, a delivery mechanism for alternately delivering the bundles in which the packaging films are separated by the film separating means and arranged in two rows from each row, and the delivery mechanism. Rotate the bundle and above Relatively each bundle row and the other row 1
A paper sheet processing apparatus comprising: a rotation mechanism that rotates 80 °, and a delivery unit that delivers the bundles of the one row and the other row in the same direction. 10. A take-in means for taking in a seal in which a predetermined number of sheets are bundled and aligned in the same direction and a predetermined number of them are collected and packaged; A demolition means for disassembling, a delivery means for delivering the bundle disassembled and taken out by the encapsulation means in the same direction, and a bundle disassembly means for disassembling the bundle delivered by the sending means, A paper sheet characterized by comprising an inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, and an extraction means for taking out the paper sheets inspected by the inspection means. Processing equipment. 11. A take-in means for taking in a packaged bundle of a predetermined number of paper sheets aligned in the same direction and accumulating and packaging a predetermined number of sheets, and a seal automatically taken in by the taking-in means. The demolition means for disassembling, the delivery mechanism for delivering the bundles disassembled and taken out by the encapsulation means one by one, and the bundles delivered by the delivery mechanism are rotated at a predetermined angle so that their directions are aligned. A delivery mechanism having a rotation mechanism for delivering the bundle in the same direction, a bundle disassembly unit for disassembling the bundle delivered by the delivery unit, and a paper sheet disassembled by the bundle disassembly unit and taken out. A paper sheet processing apparatus comprising: an inspection unit for inspecting a sheet, and a takeout unit for taking out a sheet inspected by the inspection unit. 12. A take-in means for taking in a predetermined number of bundles containing a predetermined number of paper sheets aligned in the same direction and arranged in two rows and wrapped with a packaging film, and a take-in means for taking in the seals. Cutting means for cutting the enclosed packaging film between the rows, and folding and bending means for folding the seal at the portion cut by the cutting means so that one of the rows is overlapped with the other. A film separating means for separating the packaging film from the seal folded by the folding and bending means, and a bundle in which the packaging film is separated by the film separating means and arranged in two rows, alternating from each row. To rotate the bundle fed out by the feeding mechanism and the bundles fed out by the feeding mechanism to relatively move each bundle in the one row and the other row to 1
A delivery mechanism that has a rotation mechanism that rotates by 80 ° and that delivers the bundles of the one row and the other row in the same direction; and a bundle disassembly means that disassembles the bundle delivered by the delivery means. A paper sheet characterized by comprising an inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, and an extraction means for taking out the paper sheets inspected by the inspection means. Processing equipment. 13. A stack of a predetermined number of paper sheets aligned in the same direction is collected in a predetermined number and the package is automatically disassembled, and the disassembled and taken out paper sheets are inspected, In a paper sheet processing device for taking out inspected paper sheets, while taking in the above-mentioned seal along a predetermined take-in direction, take-in / out means for ejecting the above-mentioned seal in a direction opposite to the above-mentioned take-in direction, Detecting means for detecting whether or not the seal taken in by the taking-in / discharging means is taken in the correct direction with respect to the taking-in direction, and the detecting means takes in the seal in the correct direction. When it is detected that the seal is not contained, the control means for controlling the intake / discharge means to discharge the seal and the seal taken in by the intake / discharge means are automatically disassembled. The unsealing means and the bundle dismantled and taken out by the above-mentioned unsealing means are sent in the same direction. Sheet processing apparatus characterized by comprising a delivery means, a. 14. A bundle in which a predetermined number of paper sheets are sealed is aligned in the same direction, and a predetermined number of stacked sheets are packed and automatically disassembled, and the disassembled and ejected paper sheets are inspected, In a paper sheet processing device for taking out inspected paper sheets, while taking in the above-mentioned seal along a predetermined take-in direction, take-in / out means for ejecting the above-mentioned seal in a direction opposite to the above-mentioned take-in direction, The seal taken in by the intake / discharge means is read out from the seal indicating the direction of the intake, and the seal taken in by the intake / discharge means is read. Detection means for detecting whether or not the seal is taken in in the correct direction with respect to the taking direction, alarm means for issuing an alarm when the seal is not taken in in the correct direction, and If it is detected that the seal is not picked up in the correct direction, eject the above seal. Together with the control means for controlling the intake / discharge means and the alarm means so as to issue an alarm, the demolition means for automatically disassembling the seal taken in by the intake / discharge means, and the demolition means And a rotating mechanism for rotating the bundles, which have been disassembled and taken out at 1, by a predetermined angle so that the bundles delivered by the above-mentioned delivering mechanism are aligned in the same direction. A paper sheet processing apparatus comprising: a delivery unit that delivers the sheets in alignment. 15. A predetermined number of bundles, each containing a predetermined number of paper sheets, are aligned in the same direction and arranged in two rows, and the seals wrapped with a packaging film are automatically disassembled and disassembled and taken out. In a paper sheet processing device for inspecting paper sheets and taking out the inspected paper sheets, the above-mentioned seal is taken in along a predetermined take-in direction, and the above-mentioned seal is discharged in a direction opposite to the take-in direction. The take-in / out means and the seal taken in by the above-mentioned take-in / out means in the correct direction with respect to the take-in direction, and the unique information of the paper sheets enclosed therein is recorded. A reading means for reading the unique information recorded on the label from a seal attached to a predetermined position on the surface of the label; an alarm means for issuing an alarm when the seal is not taken in the correct direction; If the reading means cannot read the unique information recorded on the label, The control means for controlling the intake / discharge means and the alarm means so as to judge that the seal is not taken in the correct direction and to discharge the seal and to issue an alarm, and the intake / discharge means. Incision means for incising the packaging film of the taken-in seal between the rows, and so that one of the rows is overlapped with the other, the folding bent to bend the seal at the portion cut by the incision means. Means, a film separating means for separating the packaging film from the seal folded by the sealing and bending means, and a bundle in which the packaging film is separated by the film separating means and arranged in two rows from each row. The feeding mechanism for alternately feeding the bundle and the bundle fed by the feeding mechanism are rotated so that each bundle of the one row and the other row is relatively moved to 1
A paper sheet processing apparatus comprising: a rotation mechanism that rotates 80 °, and a delivery unit that delivers the bundles of the one row and the other row in the same direction. 16. A bundle, in which a predetermined number of paper sheets are sealed, are aligned in the same direction, and a predetermined number of stacked sheets are packaged and taken in along a predetermined take-in direction, and the seal is taken in the take-in direction. A capturing / discharging means for discharging in the opposite direction, and a detecting means for detecting whether or not the seal captured by the capturing / discharging means has been captured in the correct direction with respect to the capturing direction. When the detection means detects that the seal has not been taken in the correct direction, the control means controls the intake / discharge means to discharge the seal, and the intake / discharge means. The unsealing means for automatically dismantling the seal taken in by, the sending-out means for sending out the bundles dismantled and taken out by the above-mentioned unsealing means in the same direction, and the sending-out means Bundle disassembling means for disassembling the bundle, and disassembling and taking out by the bundle disassembling means A paper sheet processing apparatus comprising: an inspection unit that inspects the processed paper sheets; and an ejection unit that takes out the paper sheets inspected by the inspection unit. 17. A seal in which a bundle of a predetermined number of paper sheets is aligned in the same direction and a predetermined number of sheets are collected and packaged is taken in along a predetermined take-in direction, and the seal is taken in the take-in direction. By reading the above-mentioned indication from the seal / injection means that discharges in the opposite direction, and the seal in which the above-mentioned intake / discharge means is provided, and the indication indicating the above-mentioned intake direction is given, If the seal taken in by the take-in / out means is taken in the correct direction with respect to the taking-in direction, and if the seal is not taken in the correct direction, The alarm means for issuing an alarm, and the intake / discharge means and the alarm so as to discharge the seal and issue an alarm when the detection means detects that the seal is not taken in the correct direction. Capture by the control means that controls the means and the above-mentioned intake / discharge means So as to align the directions of the demolition means for automatically disassembling the enclosed seals, the delivery mechanism for delivering the bundles disassembled and taken out by the encapsulation means one by one, and the bundles delivered by the delivery mechanism. Has a rotation mechanism for rotating the bundle at a predetermined angle, and sends out the bundle in the same direction, a bundle disassembling means for disassembling the bundle delivered by the sending means, and a bundle disassembling means for disassembling the bundle. A paper sheet processing apparatus comprising: an inspection unit that inspects the paper sheet that has been taken out by the above; and a take-out unit that takes out the paper sheet that has been inspected by the inspection unit. 18. A seal in which a predetermined number of bundles of a predetermined number of paper sheets are aligned in the same direction and arranged in two rows and wrapped with a wrapping film is taken in along a predetermined take-in direction. A capturing / discharging means for discharging the seal in the opposite direction to the capturing direction, and a seal that has been captured by the capturing / discharging means in the correct direction with respect to the capturing direction. A label on which the unique information of the enclosed paper sheets is recorded is attached at a predetermined position on the surface of the label, and a reading means for reading the unique information recorded on the label, and the seal is taken in the correct direction. If the warning means for issuing an alarm and the unique information recorded on the label by the reading means cannot be read, it is determined that the seal is not taken in the correct direction, and Of the above-mentioned intake / discharge means so that And a control means for controlling the alarm means, a cutting means for cutting the packaging film of the seal taken in by the loading / unloading means between the rows, and one of the rows is overlapped with the other, The folding and bending means for folding the seal at the portion cut by the cutting means, the film separating means for separating the packaging film from the seal folded by the folding and bending means, and the film separating means. The packaging film is separated and the bundles arranged in two rows are alternately sent out from each row, and the bundles sent out by the above-mentioned feeding mechanism are rotated to relatively move each bundle in the one row and the other row. To 1
A delivery mechanism that has a rotation mechanism that rotates by 80 ° and that delivers the bundles of the one row and the other row in the same direction; and a bundle disassembly means that disassembles the bundle delivered by the delivery means. A paper sheet characterized by comprising an inspection means for inspecting the paper sheets disassembled and taken out by the bundle disassembling means, and an extraction means for taking out the paper sheets inspected by the inspection means. Processing equipment.