JP2011022970A - Paper sheet processing system, paper sheet processing apparatus, and paper sheet bundle wrapping apparatus - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a paper sheet processing apparatus and a paper sheet bundle wrapping apparatus for accumulating a paper sheet bundle ejected from the paper sheet processing apparatus, when any obstacle is generated in the paper sheet bundle wrapping apparatus, in a saving stacker in a paper sheet processing system consisting of the paper sheet processing apparatus and the paper sheet bundle wrapping apparatus. <P>SOLUTION: A bundle of 100 paper sheets formed by a paper sheet processing apparatus is lifted up by a lift device, and supplied to a paper sheet wrapping device, and when a bundle of 1,000 paper sheets is formed by the paper sheet wrapping device, the bundle of 100 paper sheets is accumulated in a saving stacker arranged in the paper sheet wrapping device so that it is possible to prevent the deterioration of the processing height of the paper sheet processing apparatus when an obstacle occurs in the paper sheet wrapping device. The paper sheet bundle is pushed in a standing state from the paper sheet processing apparatus so as to be accumulated in the saving stacker, and when it is detected that the saving stacker is full, the paper sheet processing apparatus is able to stop the accumulation of the paper sheet bundle in the saving stacker. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a paper sheet processing system configured to process a paper sheet processing apparatus for processing paper sheets such as securities and a paper sheet bundle packaging apparatus for packaging a paper sheet bundle discharged from the paper sheet processing apparatus. The present invention relates to a paper sheet processing system, a paper sheet processing apparatus, and a paper sheet bundle packaging apparatus in which a retract stacker is arranged in the paper sheet bundle packaging apparatus.

  The paper bundle packaging apparatus is used as an apparatus that is integrated with a paper sheet processing apparatus that sorts paper sheets such as securities or that performs post-processing of the paper sheet processing apparatus.

  The paper sheet processing apparatus discriminates authenticity / injury of the conveyed paper sheets one by one by a paper sheet discriminating device provided inside, and sorts and accumulates the paper sheets based on the discrimination result. In addition, every time the paper sheets that are separately collected in this way reach 100 sheets, they are bound by a paper band or the like to form a 100-sheet paper sheet bundle. The formed sheet bundle of 100 sheets is discharged onto a conveyor and delivered to a post-processing device (see, for example, Patent Document 1).

  The post-processing device stacks 10 bundles of 100 sheets discharged on the conveyor and further binds them with paper strips or plastic strips to form 1000 sheet bundles for discharge or shrink wrapping Delivered to a packaging device such as a device.

Japanese Patent Laying-Open No. 2005-178785 (page 5-6, FIG. 3)

  However, since the above-described post-processing apparatus is used in conjunction with a paper sheet processing apparatus as a pre-processing apparatus, for example, when a failure (jam) occurs in the post-processing apparatus, the post-processing apparatus is set to 100. If the sheet bundle is continuously supplied, the obstacle may be enlarged. Therefore, the sheet processing apparatus as the pre-processing apparatus is stopped and the supply of the 100 sheet bundle to the post-processing apparatus is stopped. .

  As described above, although the pre-processing apparatus is normal, a failure has occurred in the post-processing apparatus, so that the processing height of the paper sheet processing apparatus is increased by stopping the paper sheet processing apparatus as the pre-processing apparatus. There was a problem of a decrease.

  The present invention has been made to solve the above problems, and when a paper sheet processing apparatus as a pre-processing apparatus is normal and a failure occurs in the post-processing apparatus, the paper sheet processing apparatus is stopped. A sheet bundle packaging device that prevents a reduction in the processing height of the sheet processing apparatus by stacking on a retracting stacker of the post-processing apparatus without being provided.

  The paper sheet bundle packaging apparatus provided in the present invention binds 1000 sheets of paper sheets that are performed after receiving the 100 sheet bundle discharged from the paper sheet processing apparatus as the pre-processing apparatus. A process for forming a sheet bundle and a process for further shrink-wrapping the 1000 sheet bundle are included.

  In order to achieve the above object, a paper sheet processing system according to claim 1 of the present invention sorts paper sheets supplied to a supply unit to form a plurality of paper sheet bundles having a predetermined number of sheets. A paper sheet processing system comprising: a paper sheet processing apparatus that discharges from a location; and a paper sheet bundle packaging apparatus that receives and stacks a predetermined number of paper bundles discharged from the paper processing apparatus. The paper sheet processing apparatus includes a take-out means for taking out the paper sheets supplied to the supply unit one by one, a transport means for transporting the paper sheets taken out by the take-out means, and a transport means by the transport means. A paper sheet discriminating means for discriminating the separated paper sheets, an accumulating / binding means for accumulating and bundling a predetermined number of paper sheets classified based on the discrimination results of the paper sheet discriminating means, A paper sheet bundle conveying means for conveying the paper sheet bundle bundled by the bundling means; Setting means for lifting and setting the discharge position of the sheet bundle conveyed by the sheet bundle conveying means, and one side end face of the sheet bundle placed at the position set by the setting means as a bottom. Lifting means having a supporting means for supporting the sheet in a standing position by lifting the angle, an extruding means for extruding the sheet bundle supported in the standing position by the supporting means in the standing position, and the paper sheet A communication means for communicating with the bundle packaging apparatus, wherein the sheet bundle packaging apparatus comprises a plurality of receiving means for receiving the sheet bundle discharged from the paper sheet processing apparatus, and the paper sheets received by the receiving means. A stacking unit that stacks the bundle, a packaging unit that packages the bundle of sheets stacked by the stacking unit, a retracting stacker, and a communication unit that communicates with the paper sheet processing apparatus; When a device failure occurs The paper sheet bundle packaging device transmits the failure information to the paper sheet processing device by the communication unit, and the paper sheet processing device transmits the failure information by the communication unit of the paper sheet processing device. Upon receipt, the discharge position for discharging the sheet bundle is set by the setting means to a position that can be received by the retraction stacker of the sheet bundle packaging apparatus.

  Further, the paper sheet processing apparatus according to claim 5 of the present invention sorts the paper sheets supplied to the supply unit, forms a paper sheet bundle having a predetermined number of sheets, and discharges the paper sheets from a plurality of locations. A paper sheet processing apparatus of the paper sheet processing system, comprising: a paper sheet processing apparatus; and a paper sheet bundle packaging apparatus that receives and stacks a predetermined number of paper sheet bundles discharged from the paper sheet processing apparatus. A sheet take-out unit that takes out the sheets supplied to the supply unit one by one, a conveyance unit that conveys the sheet taken out by the take-out unit, and a sheet conveyed by the conveyance unit. Paper sheet discrimination means, stacking / binding means for stacking and binding a predetermined number of paper sheets classified based on the determination result of the paper sheet discrimination means, and paper sheets bound by the stacking / binding means A sheet bundle conveying means for conveying a bundle, and the sheet bundle conveying means conveys the bundle. The setting means for setting the position for lifting the bundle of paper sheets in a plurality of stages and the side edge surface of the paper sheet bundle placed at the position set by the setting means as a bottom to raise the predetermined angle. Lift means having support means for supporting in a standing state, extrusion means for extruding a paper sheet bundle supported in a standing state by the supporting means in the standing state in the discharging direction, and communication with the paper sheet bundle packaging device Communication means for transmitting the category of the paper sheet bundle to be pushed out to the paper sheet bundle packaging apparatus, receiving fault information from the paper sheet bundle packaging apparatus, When the failure information is received from the paper sheet bundle packaging device, the lifting position is changed and pushed out to the retraction stacker of the paper sheet bundle packaging device.

  Furthermore, the paper sheet bundle packaging apparatus according to claim 6 of the present invention sorts the paper sheets supplied to the supply unit, forms a predetermined number of paper sheet bundles, and discharges the paper sheets from a plurality of locations. A paper sheet bundle packaging apparatus of a paper sheet processing system, comprising: a paper sheet processing apparatus; and a paper sheet bundle packaging apparatus that receives and stacks a predetermined number of paper bundles discharged from the paper sheet processing apparatus. A plurality of receiving means for receiving the paper sheet bundle discharged from the paper sheet processing apparatus, a stacking means for stacking the paper sheet bundle received by the receiving means, and a paper sheet stack stacked by the stacking means. Wrapping means for wrapping, and communication means for communicating with the paper sheet processing apparatus, wherein the plurality of receiving means are receiving means for receiving a sheet bundle extruded from the paper sheet processing apparatus at a normal time, When a failure occurs in the paper bundle packaging device, it is extruded from the paper processing device. Receiving means comprising a retraction stacker for receiving the bundle of paper sheets, wherein the communication means transmits failure information of the paper sheet bundle packaging apparatus to the paper sheet processing apparatus, and from the paper sheet processing apparatus The category of the paper sheet bundle received by the receiving means is received, and the paper sheet bundle packaging apparatus accumulates and packages the paper sheet bundle received by the receiving means for each category, and the apparatus has a failure. Sometimes it accumulates in the evacuation stacker.

  When the paper sheet processing apparatus as a pre-processing apparatus is normal and a failure occurs in the post-processing apparatus, the paper sheets are collected by accumulating in the retreat stacker of the post-processing apparatus without stopping the paper sheet processing apparatus. It is possible to provide a paper sheet processing system, a paper sheet processing apparatus, and a paper sheet bundle packaging device that prevent a decrease in processing height of the processing apparatus.

Paper sheet bundle packaging apparatus and paper sheet processing apparatus for supplying a sheet bundle according to an embodiment of the present invention The figure which shows the flow of operation | movement of the paper sheet processing apparatus shown in FIG. 1, and the paper sheet bundle packaging apparatus which concerns on this invention. 1 is a perspective view of the paper sheet bundle packaging device shown in FIG. In the paper sheet bundle packaging apparatus shown in FIG. 3, the paper sheet bundle packaging apparatus viewed from the direction of the arrow Z1 shown in the figure. FIG. 3 is a perspective view showing the inside of the retractable stacker in the paper sheet bundle packaging device shown in FIG. In the evacuation stacker shown in FIG. 5, the evacuation stacker viewed from the direction of the arrow Z2 shown in the figure.

  DESCRIPTION OF EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings.

  FIG. 1 is a diagram showing a paper sheet processing apparatus 100 and a paper sheet bundle packaging apparatus 1 according to an embodiment of the present invention. FIG. 2 is a diagram for explaining the flow of operations of the paper sheet processing apparatus 100 and the paper sheet bundle packaging apparatus 1 shown in FIG.

  The paper sheet processing apparatus 100 sequentially picks up one sheet at a time from the uppermost paper sheet P of the bundle of paper sheets SB supplied in a batch, and conveys them in the direction indicated by the arrow A1 through a conveyance path (conveyance means) not shown. (FIG. 2 (1), (2)), the paper sheet discriminating device (paper sheet discriminating means) 102 disposed inside discriminates the type, authenticity, correctness, etc. of the paper sheet P, Based on the discrimination result, each ticket is classified into a regular ticket (category A), a non-use ticket (category B), and an exclusion ticket.

  The paper sheets P classified into the correct bill and the non-performing bill are collected by the stacking / binding device (stacking / binding device) in the stacking device (not shown) by the stacking device (stacking device). They are bound using a paper band K that can be thermally bonded by a sealing device (binding means) (FIG. 2 (3)).

  In this way, a 100 sheet bundle H is formed and discharged from the sheet processing apparatus to the conveyor (paper bundle conveying means) 110 for conveyance to the next process (FIG. 2 (3)).

  The 100 sheet bundle H discharged onto the conveyor is conveyed in the direction of the arrow A3 in the figure by the conveyor 110, and when it reaches a predetermined position, it is placed on the lifter 121 of the lift device (lift means) 120. The 100 sheet bundle H placed on the lifter 121 is conveyed in the direction of the arrow A4 in the figure, and when it reaches a predetermined position, one side end face of the 100 sheet bundle H is lifted and the other side end face is lifted. Is formed and held (FIG. 2 (5)).

  The 100-sheet sheet bundle H held in the standing state is pushed out from the back surface of the 100-sheet sheet bundle in this standing state and delivered to the lower receiving section (receiving means) 10 (FIG. 2 ( 5)). At this time, a category (category A or category B) signal indicating the type of the 100 sheet bundle H is also transmitted to the sheet bundle packaging apparatus 1.

  On the other hand, when a failure occurs in the sheet bundle packaging device during the above-described processing, the failure may be further enlarged if the sheet bundle packaging device 1 is handed over as it is. On the other hand, when the operation of the paper sheet processing apparatus 100 is stopped in this state, the paper sheet processing apparatus 100 as the pre-processing is stopped without any failure, and the processing capacity of the paper sheet processing apparatus 100 is reduced. Will be reduced.

  In the present embodiment, in order to solve this problem, when a failure occurs on the sheet bundle packaging apparatus 1 side, the lifter 121 is further raised and the retraction stacker disposed on the sheet bundle packaging apparatus 1 side is arranged. (FIG. 2 (10). Details of this operation will be described later.

  In FIG. 2 (5), the 100 sheet bundle H received in the standing state in the lower receiving portion 10 is pressed from the back and slid down and placed on the shutter 21 (FIG. 2 (6)). ). Then, after further sliding down and sliding down on the conveyor unit (not shown), the pressing bar 31 constituting the pressing unit 30 is pushed in while being pushed down in the pushing direction (FIGS. 2 (7) and (8)). The 100 sheet bundle H pushed in this way is stacked in a standing position on the stacking tray 61 constituting the stacking unit (stacking means) 60 (FIG. 2 (9)).

  When ten 100 sheet bundles stacked in this manner are stacked, a 1000 sheet bundle S shown in the figure is formed. The 1000 sheets S thus formed are conveyed and packaged with a binding material made of a plastic transparent sheet by a packaging device (packaging means).

  FIG. 3 is a perspective view of the sheet bundle packaging device 1 shown in FIG. One retract stacker 11 is disposed in the sheet bundle packaging device 1 of the present embodiment. FIG. 4 is a perspective view of the sheet bundle packaging device 1 shown in FIG. 3 as viewed from the direction of the arrow Z1.

  The evacuation stacker 11 is disposed above the lower receiving portion 10 and is disposed such that the lower right side is lower than the lower left side in the transport direction of the 100-sheet bundle H. With this arrangement, the 100 sheet bundle H retracted to the retract stacker 11 is aligned to the lower right side by its own weight.

  Note that the receiving portion (upper receiving portion) 12 of the evacuation stacker 11 is opened so that a 100-sheet bundle H can be inserted, and the 100-sheet bundle H received from here is prevented from falling. A fall prevention guide 13 is used.

  The 100 sheet bundle H pushed by a push bar (not shown) is pushed out and accumulated at the bottom of the sheet bundle packaging device 11. The upper part of the 100 sheet bundle H placed in the standing position is prevented from falling backward by the fall prevention guide 13. The fall prevention guide 13 has a wedge-shaped insertion portion of the 100-sheet bundle, and is pushed up by the upper end surface of the 100-sheet bundle by inserting the 100-sheet bundle. The upper end portion of the bundle of 100 sheets enters into a notch 13a provided in a part of the portion that comes into contact with the bundle. In addition, since the backup 14a described above pushes the lower part of the 100 sheet bundle H to the overturn prevention guide side, the 100 sheet bundle H can be prevented from falling backward.

  With the above operation, the 100-sheet bundle H stacked in the bottom portion of the retracting stacker 11 in the standing state is pressed by the backup 14a and held in the standing state.

  The backup 14a presses the 100-sheet bundle H stacked on the bottom of the retracting stacker 11 in the standing position against the toppling prevention guide 13 by a spring force by a constant load spring (not shown). Therefore, pressing with a constant load is possible regardless of the number of 100 sheet bundles H stacked in the retracting stacker 11.

  FIG. 5 shows an internal configuration of the evacuation stacker 11 shown in FIG. 3 or FIG. FIG. 6 is a view of the retract stacker 11 shown in FIG. 5 as viewed from the direction of the arrow Z2. Hereinafter, the operation of the backup stacker backup 14a described above will be described with reference to these drawings.

  The evacuation stacker 11 includes a receiving part (upper receiving part) 12, a tipping prevention guide 13, a backup 14a, a slide rail 15, a constant load spring (not shown), and the like. The operations of the receiving part 12 and the tipping prevention guide 13 are described above. That's right.

  The backup 14a is fixed to the backup folder 14b. The backup folder 14b is attached to the slide rail 15 and is movable so as to advance and retract in the long axis direction of the slide rail.

  The backup folder 14b is attached to a constant load spring, and pulls the backup 14a toward the tipping prevention guide 13 with a constant load.

  In the evacuation stacker 11 configured as described above, when the 100 sheet bundle H is pushed out from the sheet processing apparatus 100 in the direction indicated by the arrow A6 in the figure, as described above, between the fall prevention guide 13 and the backup 14a. A 100 sheet bundle H is taken in. FIG. 5 shows a state in which the 100 sheet bundle H is taken in this way. In this state, the upper end portion of the fetched 100 sheet bundle H is prevented from falling backward by the cutout portion 13a of the fall prevention guide 13, and the backup 14a removes the 100 sheet bundle H. It is prevented from falling forward by pressing against the fall prevention guide 13 side with a constant load. As a result, the 100 sheet bundle H is held in the retracted stacker 11 in the standing state.

  In this state, when the 100 sheet bundle H is further pushed out and taken in from the sheet processing apparatus 100 side, the previously taken 100 sheet bundle H is pushed into the retreat stacker 11. However, at this time, the backup folder 14b supporting the backup 14a is pushed out in the major axis direction of the slide rail 15. However, the backup folder 14b is attached with a constant load spring, and the backup folder 14b is pulled to the overturn prevention guide 13 side with a constant constant load. The inserted 100 sheet bundle H is held in a standing state between the fall prevention guide 13 and the backup 14a.

  Further, the continuously supplied 100 sheet bundle H is also taken in between the fall prevention guide 13 and the backup 14a.

  As described above, when the backup folder 14b moves to the back side of the evacuation stacker 11, the dog 17a attached to the backup folder 14b also moves to the back side at the same time. This dog 17a is detected by a projector light receiver that constitutes a sensor (detection means) 17b. In this embodiment, the dog 17a is arranged at a position where it is detected by the sensor 17b in an initial state (a state before the 100 sheet bundle H is taken into the retreat stacker 11).

  As described above, when the 100 sheet bundle H taken into the evacuation stacker 11 is full (for example, 20 sheets), the dog 17a is not detected by the sensor 17b (full state is detected). The detection result by the sensor 17b is notified to the control unit (control unit) 90 of the sheet bundle packaging device 1 by the notification unit.

  The control unit 90 transmits the detection result to the sheet processing apparatus 100 by the communication means in the sheet bundle packaging apparatus 1.

  When the sheet processing apparatus 100 confirms that the backup 14a is not within the predetermined range based on the detection result, the sheet processing apparatus 100 stops the sheet bundle conveying apparatus 1 by stopping the sheet processing apparatus 100, and the sheet The 100 sheet bundle H is not supplied to the bundle packaging apparatus 1. This prevents further troubles from occurring in the sheet bundle packaging device 1.

  On the other hand, when the failure is recovered before the fullness is detected, the setting unit stops the supply of the 100 sheet bundle H to the evacuation stacker 11 and supplies the 100 sheet bundle to the lower receiving unit 10. Set to. In this case, the clerk can remove the evacuation stacker 11 from the sheet bundle packaging apparatus 1 and perform processing. For this reason, the handle 11a is used for convenience when the evacuation stacker 11 is removed and moved. Is installed.

  The stopper 16 is a stopper for restricting the movement of the backup folder 14b when the backup folder 14b moves along the slide rail 15 to the back side of the retracting stacker 11.

  As described above, according to the present invention, when a failure occurs in the paper sheet bundle packaging device 1, the processing can be continued without stopping the paper sheet processing device 100. Can be prevented. When a failure occurs in the sheet bundle packaging apparatus 1, the 100-sheet sheet bundle in the standing state formed by the sheet processing apparatus 100 is left as it is and is accumulated in the retract stacker 11 of the sheet bundle packaging apparatus 100. Is possible.

  It should be noted that the stacking of the 100 sheets of paper sheet bundle H is established by mechanical operation without performing electrical control on the retracting stacker 11 side after being pushed in the standing state from the paper sheet processing apparatus 1 side. It is possible to accept and accumulate in the standing state. This is effective in that stacking for the purpose of 100 sheet bundle H can be performed without entrusting control of the sheet bundle packaging apparatus in which the failure has occurred. That is, this is an extremely important function for the stable operation of the system including the paper sheet processing apparatus 100 and the retract stacker 11.

  Note that a plurality of the above-described evacuation stackers 11 can be arranged if there is an installation space. In this case, after the first evacuation stacker is full, it can be accumulated in the second evacuation stacker. As a result, there is an effect that it is possible to lengthen the failure recovery time when a failure occurs in the paper sheet bundle packaging device 1.

H 100 sheets of paper sheet bundle 1 paper sheet bundle packaging device 10 receiving part (lower receiving part)
11 Retraction stacker 12 Receiving part (upper receiving part)
13 Roll prevention guide 14a Backup 14b Backup folder 15 Slide rail 16 Stopper 17a Dog 17b Sensor 90 Control unit

Claims (6)

A paper sheet processing apparatus that sorts paper sheets supplied to the supply unit, forms a bundle of paper sheets of a predetermined number, and discharges the paper sheets from a plurality of locations, and a paper sheet discharged from the paper sheet processing apparatus A paper sheet processing system that accepts a bundle and packs it after a predetermined number of sheets are packed,
The paper sheet processing apparatus includes:
Take-out means for taking out the sheets supplied to the supply unit one by one;
A conveying means for conveying the paper sheet taken out by the taking-out means;
A paper sheet discriminating means for discriminating a paper sheet conveyed by the conveying means;
Stacking / binding means for stacking and binding a predetermined number of paper sheets sorted based on the determination result of the paper sheet determining means;
A paper sheet bundle transporting means for transporting the paper sheet bundle bound by the stacking / binding means;
Setting means for lifting and setting the discharge position of the sheet bundle conveyed by the sheet bundle conveying means, and one side end face of the sheet bundle placed at the position set by the setting means as a bottom Lift means having support means for lifting the angle and supporting in a standing position;
An extruding means for extruding the paper sheet bundle supported in the standing position by the supporting means in the discharging direction in the standing position;
Communication means for communicating with the sheet bundle packaging device;
With
The sheet bundle packaging device
A plurality of receiving means for receiving the sheet bundle discharged from the paper sheet processing apparatus;
Stacking means for stacking the sheet bundle received by the receiving means;
Packaging means for wrapping the bundle of paper sheets accumulated by the accumulation means;
An evacuation stacker;
A communication means for communicating with the paper sheet processing apparatus;
With
When a failure occurs in the paper bundle packaging device,
The sheet bundle packaging device transmits the failure information to the sheet processing apparatus by the communication means,
When the paper sheet processing apparatus receives the failure information by the communication unit of the paper sheet processing apparatus, the paper sheet processing apparatus uses the setting unit to set a discharge position for discharging the paper sheet bundle using the retraction stacker of the paper sheet stacking apparatus. A paper sheet processing system characterized in that it is set at an acceptable position. The communication means of the paper sheet processing apparatus is:
Send the paper bundle category to be pushed to the paper bundle packaging device, receive fault information from the paper bundle packaging device,
The communication means of the sheet bundle packaging device is:
2. The paper sheet bundle packaging apparatus according to claim 1, wherein fault information of the paper sheet bundle packaging apparatus is transmitted to the paper sheet processing apparatus, and a category of the paper sheet bundle received by the receiving unit is received from the paper sheet processing apparatus. Paper sheet processing system. The evacuation stacker is
A receiving section for receiving the sheet bundle in a standing position;
A fall prevention guide that prevents the paper sheet bundle received from the receiving unit from falling to the rear side;
A backup for pressing the sheet bundle supported by the fall prevention guide to the fall prevention guide side with a constant load spring;
Detection means for detecting that the backup is within a predetermined range;
A notification means for notifying the detection result to the control means of the sheet bundle packaging device;
With
The control means includes
2. The paper sheet processing system according to claim 1, wherein the detection result notified from the detection means is transmitted to the paper sheet processing apparatus. The paper sheet processing apparatus also has
When the detection result received from the control unit of the sheet bundle packaging device is that the backup is not in a predetermined range and full is detected, the sheet bundle conveying unit is stopped to stop the sheet bundle conveying unit. The paper sheet processing system according to claim 1. A paper sheet processing apparatus that sorts paper sheets supplied to the supply unit, forms a bundle of paper sheets of a predetermined number, and discharges the paper sheets from a plurality of locations, and a paper sheet discharged from the paper sheet processing apparatus A paper sheet processing apparatus of a paper sheet processing system, comprising:
Take-out means for taking out the sheets supplied to the supply unit one by one;
A conveying means for conveying the paper sheet taken out by the taking-out means;
A paper sheet discriminating means for discriminating a paper sheet conveyed by the conveying means;
Stacking / binding means for stacking and binding a predetermined number of paper sheets sorted based on the determination result of the paper sheet determining means;
A paper sheet bundle transporting means for transporting the paper sheet bundle bound by the stacking / binding means;
Setting means for setting the position for lifting the sheet bundle conveyed by the sheet bundle conveying means in a plurality of stages, and one side end surface of the sheet bundle placed at the position set by the setting means Lift means having a support means for raising a predetermined angle as a bottom and supporting it in a standing position;
An extruding means for extruding the paper sheet bundle supported in the standing position by the supporting means in the discharging direction in the standing position;
Communication means for communicating with the sheet bundle packaging device;
With
The communication means includes
Send the paper bundle category to be pushed to the paper bundle packaging device, receive fault information from the paper bundle packaging device,
The lift means includes
A sheet processing apparatus, wherein when the failure information is received from the sheet bundle packaging apparatus, the lifting position is changed and the sheet is pushed out to a retracting stacker of the sheet bundle packaging apparatus. A paper sheet processing apparatus that sorts the paper sheets supplied to the supply unit, forms a bundle of paper sheets of a predetermined number, and discharges the paper sheets from a plurality of locations, and a paper sheet discharged from the paper sheet processing apparatus A paper sheet bundle packaging device for receiving a bundle and packaging after a predetermined number of sheets are packed,
A plurality of receiving means for receiving the sheet bundle discharged from the paper sheet processing apparatus;
A stacking unit that stacks the sheet bundle received by the receiving unit;
Packaging means for packaging the bundle of paper sheets accumulated by the accumulation means;
A communication means for communicating with the paper sheet processing apparatus;
With
The plurality of receiving means include
A receiving means for receiving a sheet bundle extruded from the paper sheet processing apparatus at a normal time;
Receiving means comprising a retracting stacker for receiving a sheet bundle extruded from the sheet processing apparatus when a failure occurs in the sheet bundle packaging apparatus;
With
The communication means includes
Sending the fault information of the paper sheet bundle packaging device to the paper sheet processing apparatus, receiving the category of the paper sheet bundle received by the receiving means from the paper sheet processing apparatus,
The sheet bundle packaging device
A sheet bundle packaging apparatus that stacks and packs the sheet bundle received by the receiving unit for each category, and stacks the sheet bundle in the retraction stacker when a failure occurs in the apparatus.

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