JP6071234B2 - Paper sheet processing system - Google Patents

Description

Embodiments of the present invention relates to a sheet processing system for carrying out accept segmented integrated sheet in the sheet processing apparatus.

  A sheet processing apparatus is used that sequentially takes out and conveys a plurality of sheets fed in batch, reads information relating to the sorting destination of the sheets, and accumulates the information in a sorting and stacking unit that is the final sorting destination. . The worker takes out a predetermined amount of paper sheets collected from the sorting and accumulating unit, stores them in a container, holds the container, places it on the transport device, and transfers it to the next work site by the transport device.

  [Patent Document 1] describes a container that receives paper sheets taken out from the final sorting location, and a holding mechanism that holds the container and transfers it to a transport roller track (transport device). The holding mechanism is a telescope-type drawer mechanism that is detachably attached to the sorting device. The holding mechanism is housed in the sorting device during the sorting operation, and is pulled out after the operation is completed.

Special table 2007-505739 gazette

  In other words, the holding mechanism is provided so as to be able to be pulled out in order to accommodate two containers in succession below two final sorting locations arranged one above the other. And it is characterized in that it can be pulled out by half to fill the front container, or can be completely pulled out to fill the rear container or both containers.

  In any case, when the holding mechanism is completely pulled out, it projects in a cantilever state from the sorting device to the transport roller track. Therefore, a considerable weight is applied to the proximal end portion of the holding mechanism, and the holding mechanism must be strong enough to withstand it. Furthermore, the container must be transferred from the holding mechanism to the transport roller track, and labor is required for the worker.

Under such circumstances, he aims to simplify the mechanism for transferring the divided integrated sheet to the next work site, the cost and labor required sheet processing system that obtained a reduction in are required .

The paper sheet processing system according to the present embodiment includes a first sorting / stacking unit, a second sorting / stacking unit disposed under the first sorting / stacking unit, and a parking unit provided under the two sorting / stacking units. A paper sheet processing apparatus that has a machine section and sorts and collects paper sheets in the two sorting and stacking sections, and two storage cases are arranged along the direction of drawing out from the parking section of the paper sheet processing apparatus. And having these two storage cases stored in the parking unit as a first position, and of the two storage cases allocated to the transfer destination of the second paper sheets that have been divided and accumulated in the second sorting and collecting unit. A second position where only the first storage case on the front side in the pull-out direction is pulled out from the parking unit, and the transfer of the first paper sheets that are separately stacked in the first stacking section of the two storage cases. The second storage case on the far side in the pull-out direction assigned previously is used for the parking Have a, and movably provided with paper sheet transfer apparatus in the third position to draw from, the paper sheet processing apparatus, the first, second sorting and stacking unit, and a plurality of rows of the stationed machine unit The paper sheet transfer machine is provided with a number corresponding to the plurality of rows of the first and second sorting and accumulating units and the parking unit, and the plurality of paper sheet transfer machines. However, each has a connector that can be connected to another paper sheet transfer machine .
The paper sheet processing system according to the present embodiment includes a first sorting / stacking unit, a second sorting / stacking unit disposed under the first sorting / stacking unit, and a parking unit provided under the two sorting / stacking units. A paper sheet processing apparatus that has a machine section and sorts and collects paper sheets in the two sorting and stacking sections, and two storage cases are arranged along the direction of drawing out from the parking section of the paper sheet processing apparatus. And having these two storage cases stored in the parking unit as a first position, and of the two storage cases allocated to the transfer destination of the second paper sheets that have been divided and accumulated in the second sorting and collecting unit. A second position where only the first storage case on the front side in the pull-out direction is pulled out from the parking unit, and the transfer of the first paper sheets that are separately stacked in the first stacking section of the two storage cases. The second storage case on the far side in the pull-out direction assigned previously is used for the parking A paper sheet transfer machine movably provided at a third position to be pulled out from the paper sheet, and the paper sheet transfer machine can adjust the height positions of the first and second storage cases. Elevating mechanism is provided.
The paper sheet processing system according to the present embodiment includes a first sorting / stacking unit, a second sorting / stacking unit disposed under the first sorting / stacking unit, and a parking unit provided under the two sorting / stacking units. A paper sheet processing apparatus that has a machine section and sorts and collects paper sheets in the two sorting and stacking sections, and two storage cases are arranged along the direction of drawing out from the parking section of the paper sheet processing apparatus. And having these two storage cases stored in the parking unit as a first position, and of the two storage cases allocated to the transfer destination of the second paper sheets that have been divided and accumulated in the second sorting and collecting unit. A second position where only the first storage case on the front side in the pull-out direction is pulled out from the parking unit, and the transfer of the first paper sheets that are separately stacked in the first stacking section of the two storage cases. The second storage case on the far side in the pull-out direction assigned previously is used for the parking A paper sheet transfer machine provided movably in a third position to be pulled out from the paper sheet transfer machine, a carriage having wheels provided at the bottom, and placed on the carriage, And first and second storage cases for storing paper sheets.

The side view which shows the external appearance of the paper sheet processing apparatus and paper sheet transfer machine which comprise the paper sheet processing system based on this embodiment. The figure which shows the state which stored the paper sheet transfer machine based on the embodiment in the paper sheet processing apparatus. The figure which shows the state which receives the paper sheets integrated | stacked in the lower division | segmentation collection pocket of the paper sheet processing apparatus based on the embodiment in the front side storage case of a paper sheet transfer machine. The figure which shows the state which receives the paper sheets integrated | stacked on the upper division | segmentation collection pocket of the paper sheet processing apparatus based on the embodiment in the rear storage case of a paper sheet transfer machine. The figure which shows the state which moved the paper sheet transfer machine based on the embodiment to the following work site | part. The figure which shows the mutually different 1st modification of the paper sheet transfer machine based on the embodiment. The figure which shows the 2nd modification of the paper sheet transfer machine based on the embodiment. The figure which shows the 3rd modification of the paper sheet transfer machine based on the embodiment.

Hereinafter, the present embodiment will be described with reference to the drawings.
FIG. 1 is a side view showing the outer appearance of a paper sheet processing apparatus 1 and a paper sheet transfer machine 2 constituting the paper sheet processing system S.

First, the paper sheet processing apparatus 1 will be described. The paper sheet processing apparatus 1 is roughly composed of three units. A supply unit, a sorting and integrating unit, and a barcode processing unit.
The supply unit includes an input unit that accepts batch input of a plurality of paper sheets to be processed, an output unit that sequentially extracts the paper sheets that have been input to the input unit, and an output unit that has been output to the output unit. A transport path for transporting paper sheets one by one is provided.

  Further, a reading unit for reading the classification information, which is information related to the classification destination from the surface of the conveyed paper sheet, is arranged on the conveyance path, and the classification destination of the paper sheet is determined from the classification information read from each paper sheet. A discriminating unit for discriminating between is provided. The discrimination signal output from the discrimination unit is sent to the control unit, and the control unit sends a drive control signal to the sorting and integrating unit.

  The sorting integration unit includes a stage sorting gate that receives a driving signal of the control shell and a pocket sorting gate. Furthermore, it is composed of a plurality of division accumulation pockets P1 and P2 which are a plurality of stages (two stages in this case) and are a plurality of columns of division accumulation sections, which are the sorting destinations of the paper sheets via the gate.

  The bar code processing unit has a bar code printer that converts the classification destination of the paper sheet determined by the determination unit into a barcode and prints the classification destination code on the surface of the paper sheet conveyed to the conveyance path.

Next, the paper sheet processing action of the paper sheet processing apparatus 1 configured as described above will be described.
First, a plurality of paper sheets to be processed are batch-loaded into the loading unit by the worker's manual work. When the operation start switch is pushed and the operation is started, the paper sheets in the input unit are supplied to a predetermined extraction position, and one sheet is extracted from the extraction unit onto the conveyance path. The taken-out paper sheets are conveyed through the conveyance path and pass through the reading unit.

  The sheet information that has passed through the reading unit is read here. The read classification information is sent to the determination unit, and the classification destination of the paper sheet is determined. This discrimination signal is sent to the control unit, and becomes a control signal from the control unit to the stage division gate and the pocket division gate of each column. Further, the paper sheet is conveyed toward the barcode processing unit.

  The paper sheet conveyed to the barcode processing unit is printed with the sorting code of the paper sheet determined by the determination unit. The printed bar code is verified and read through a bar code reader. The paper sheet that has passed the bar code processing unit is identified by the discrimination unit, and the signal is sent to the control unit. The control unit sends drive signals to the drive unit of the stage division gate and the drive unit of the pocket division gate.

  Paper sheets are designated by the stage sorting gate as one of the upper and lower branch conveyance paths, and are sorted and accumulated in predetermined sorting and accumulation pockets P1 and P2 by the pocket sorting gate. Paper sheets to be rejected when passing through the step path portion are guided to a reject pocket provided at the innermost side of each step and are accumulated.

The paper sheet transfer machine 2 is configured as follows.
That is, the paper sheet transfer machine 2 includes a carriage 4 provided with a movable vehicle 3 which is a wheel in the bottom corners, and a carriage 4 mounted on the carriage 4 and having only an upper surface opened. It consists of storage cases 5A and 5B. On one side of the carriage 4, a handle 6 is provided for an operator to grip and move the carriage 4 via the movable vehicle 3.

Here, two storage cases 5A and 5B are arranged at the front and rear of the carriage 4 (refer to the front side as the “front side” and the other side as the “rear side” based on the handle 6).
Such a paper sheet transfer machine 2 is provided corresponding to the two divisional accumulation pockets P1 and P2 of each row of the paper sheet processing apparatus 1. Then, it is stored in the paper sheet processing apparatus 1 so as to be freely inserted and removed, and after the sorting and accumulating work is completed, it is drawn out from the paper sheet processing apparatus 1 and accepts the sorted and collected paper sheets. The apparatus 1 can be moved to the next work site 20.

The paper sheet processing apparatus 1 includes a parking unit 10 that is a space for storing the paper sheet transfer machine 2 therein.
FIG. 2 is a diagram illustrating a state in which the paper sheet transfer machine 2 is stored in the parking unit 10 of the paper sheet processing apparatus 1.
The vertical and horizontal height dimensions of the parking unit 10 are almost the same as the vertical and horizontal heights of the paper sheet transfer machine 2, and the end of the paper sheet transfer machine 2 slightly protrudes from the parking unit 10. Not too much. That is, there is no cause for the paper sheet transfer machine 2 stored in the parking unit 10 to interfere with the series of actions related to the paper sheet processing apparatus 1.

  Here, an anti-blur guide 11 serving as a positioning member is provided in the parking unit 10, and a positioning roller 12 that engages with the anti-blur guide 11 is provided in the paper sheet transfer machine 2. Therefore, when the paper sheet transfer machine 2 drawn out from the parking unit 10 is once stored in the parking unit 10 again, the positioning roller 12 is engaged with the anti-blur guide 11 so that the paper sheet is smoothly and reliably transferred. The transfer machine 2 is guided into the parking unit 10.

  Although the anti-blur guide 11 and the positioning roller 12 are used as the respective positioning members, the present invention is not limited to this. For example, a rubber roller or the like is attached to the side surface of the parking unit 10 or the sheet transfer machine 2 You may attach only to the side. In short, any member can be used as long as the paper sheet transfer machine 2 can be smoothly taken in and out of the parking unit 10.

  As described above, after the sheet stacking operation of the sheet processing apparatus 1 is completed, or when a predetermined amount of sheets is stacked in any of the stacking pockets P1 and P2, etc. The paper sheets are taken out from the divided accumulation pockets P1 and P2 and transferred to the paper sheet transfer machine 2.

  In this paper sheet processing apparatus 1, statistically, for example, the amount of paper sheets accumulated in the lower division accumulation pocket P2 is larger than the amount of paper sheets accumulated in the upper division accumulation pocket P1. It is set in advance so as to increase the amount.

  3 and 4 show the paper sheets in the case where the amount of paper sheets that are sectioned and accumulated in the lower section stacking pocket P2 is larger than the amount of sheets that are sectioned and accumulated in the upper section stacking pocket P1. It is a figure explaining the taking-out state of the paper sheet from the processing apparatus 1 to the paper sheet transfer machine 2. FIG.

  First, as shown in FIG. 3, the worker pulls out the paper sheet transfer machine 2 by half from the parking unit 10 of the paper sheet processing apparatus 1. Since the movable vehicle 3 is provided at the bottom of the paper sheet transfer machine 2 and the handle 6 is provided on the front side, the movement of the paper sheet transfer machine 2 is extremely simple.

  In this state, of the storage cases 5A and 5B placed on the carriage 4 of the paper sheet transfer machine 2, only the front storage case 5A is pulled out from the parking unit 10, and the upper surface opening is exposed. Therefore, the paper sheets collected in the lower-stage sorting and accumulating pocket P2 are stored inside from the upper surface opening of the front storage case 5A.

  Since the paper sheet transfer machine 2 has been moved so that the front storage case 5A to be stored is located in the very vicinity of the lower-level sorting and accumulating pocket P2, even if there are a large number of paper sheets, it is relatively easy. Work can be done and labor can be saved.

Next, as shown in FIG. 4, the paper sheet transfer machine 2 is further pulled out to the front side, and the upper surface opening of the rear storage case 5B is exposed from the paper sheet processing apparatus 1, and is placed in the upper section stacking pocket P1. Stores sorted paper sheets.
Compared to the case of the lower-stage divided accumulation pocket P2 and the front storage case 5A described above, there is a distance between the upper-stage divided collection pocket P1 and the rear storage case 5B, but it is understood that the number of stacked sheets is small. Therefore, work can be completed in a relatively short time, and labor is not required.

  After all the paper sheets sorted and accumulated in the paper sheet processing apparatus 1 are stored in the storage cases 5A and 5B before and after the paper sheet transfer machine 2, the paper sheet transfer machine 2 is moved to the next operation. Move to site 20. At this time, the handle 6 provided on the carriage 4 may be grasped and pushed forward.

  FIG. 5 is a diagram showing a state in which the paper sheet transfer machine 2 is moved to a work table 20 which is a next work site, for example, a relatively distant place from the paper sheet processing apparatus 1.

  When the paper sheet transfer machine 2 is moved to the work table 20, the paper sheets transferred by the paper sheet transfer machine 2 are transferred to the work table 20 together with the storage cases 5A and 5B. By designing the height of the carriage 4 according to the height of the work table 20, the respective storage cases 5 </ b> A and 5 </ b> B can be transferred from the paper sheet transfer machine 2 to the work table 20 relatively easily. Can be posted.

  Then, the paper sheet transfer machine 2 having only the cart 4 is moved again to the original paper sheet processing apparatus 1 and another empty storage cases 5A and 5B are placed on the cart 4. Then, it may be stored again in the parking unit 10 and wait for the next sheet acceptance.

  As described above, the paper sheets that are separately collected are temporarily placed on the holding mechanism consisting of the telescope-type drawer mechanism, and further transferred from the holding mechanism to the conveying roller track, so that the next work site is transferred from the conveying roller track. Compared with the case where the paper sheet is transferred, the paper sheet transfer machine 2 functions as both the holding mechanism and the transport roller track, so that the paper sheet is transferred from the paper sheet processing apparatus 1 to the next work site 20. Can be obtained, and cost and labor can be reduced.

  Even if the paper sheet transfer machine 2 is all pulled out from the parking unit 10, it does not have to be cantilevered like the holding mechanism described above, and an excessive load is not applied like the holding mechanism base. . The paper sheet transfer machine 2 has a simple configuration in which the storage cases 5A and 5B are simply mounted on the cart 4 having the movable vehicle 3 attached to the bottom, and can be provided at low cost. Furthermore, the paper sheet transfer machine 2 is simply movable and does not require a telescopic drawer mechanism such as a holding mechanism.

  In addition, although the work table 20 is applied here as the next work part, it is not limited to this. For example, it may be a transport belt or a transport vehicle. The height dimensions at these work tables, conveyor belts, transport vehicles, and other subsequent work sites are variously determined and are not constant.

FIGS. 6A, 6B, and 6C are views showing a first modification of the paper sheet transfer machine having different configurations.
FIG. 6A shows a paper sheet transfer machine 2A that can adjust the overall height.

  That is, the carriage constituting the paper sheet transfer machine 2A is divided into two parts in the upper and lower directions to form a lower bottom plate 4a provided with the movable vehicle 3 and an upper placement plate 4b on which the storage cases 5A and 5B are placed. The lower bottom plate 4a and the upper mounting plate 4b are connected by an elevating mechanism 15.

  The elevating mechanism 15 may be either one that manually moves the upper mounting plate 4b up and down manually relative to the lower bottom plate 4a or one that automatically moves up and down using a hydraulic cylinder. In this case, the height positions of the front and rear storage cases 5A and 5B can be easily changed according to the height position of the next work site 20 at the same time.

  Further, as described above, the rear storage case 5B stores the sheets to be sorted and accumulated in the sorting stacking pocket P1 on the upper side of the sheet processing apparatus 1, so that the lifting mechanism 15 is also operated at this time. Thus, the difference in the height position of the rear storage case 5B with respect to the upper-section divided accumulation pocket P1 can be reduced, which is convenient for improving workability.

FIG. 6B shows a paper sheet transfer machine 2B in which only the front storage case 5A can adjust the height position.
That is, as the paper sheet transfer machine 2B, the lower bottom plate 4a provided with the movable vehicle 3 and the upper placement plate 4b on which only the rear storage case 5B is placed are coupled via the coupling legs 16. Therefore, the height position of the rear storage case 5B is fixed.

  A part of the upper mounting plate 4 b is formed in a recessed shape, and the front storage case 5 </ b> A is supported through the lifting mechanism 15 here. As described above, the lifting mechanism 15 can adjust the height position of the front storage case 5A manually or automatically according to the height position of the next work site 20.

FIG. 6C shows a paper sheet transfer machine 2C in which the height position of the front storage case 5A alone or the front storage case 5A and the rear storage case 5B can be adjusted simultaneously.
In other words, the configuration shown in FIG. 6A and the configuration shown in FIG. 6B are combined, and the lifting mechanism 15 is located between the lower bottom plate 4a and the upper mounting plate 4b. It is provided between the upper mounting plate 4b and the front storage case 5A.

  As a result, the front and rear storage cases 5A and 5B are independently placed at either the height position of the divisional accumulation pockets P1 and P2 of the paper sheet processing apparatus 1 or the height position of the next work site 20. Can also be supported.

Further, the carriage 4 constituting the paper sheet transfer machine 2 includes a movable vehicle 3 at the bottom, and can be easily moved. On the other hand, for example, when the paper sheet transfer machine 2 is pulled out from the parking unit 10 of the paper sheet processing apparatus 1 and the paper sheets sorted and accumulated in the sorting and accumulating pockets P1 and P2 are stored in the storage cases 5A and 5B. Even when it is desired to fix and hold the position, it easily moves.
Therefore, when the paper sheet transfer machine 2 is moved, it can be easily moved. When the position of the paper sheet transfer machine 2 is fixed and held, it is necessary that the paper sheet transfer machine 2 can be fixed and held securely.

FIG. 7 is a diagram of a second modified example of a sheet transfer machine 2D in which the carriage 4 includes a stopper mechanism 17.
In other words, the four corners of the carriage 4 are provided with a stopper mechanism 17 comprising a leg part a that can be automatically expanded and contracted using a mechanical or hydraulic cylinder, and a tension plate b attached to the lower end part of the leg part a.

  The leg portion of the stopper mechanism 17 is always in a contracted state, and the tension plate b is separated from the floor surface F. Therefore, the stopper mechanism 17 does not have any action, and the movable vehicle 3 comes into contact with the floor surface F and can be smoothly moved as the paper sheet transfer machine 2.

  By causing the stopper mechanism 17 to act as necessary, the leg portion a protrudes and the tension plate b contacts the floor surface F. Further, the leg portion a protrudes, and the protrusion of the leg portion a stops in a state where the movable vehicle 3 is lifted from the floor surface F.

  In the figure, a state in which the carriage 4 is extremely lifted is shown for easy understanding, but in practice, the movable vehicle 3 may be separated from the floor surface F even by 1 mm, so that it is only necessary to float slightly. In this state, the stopper mechanism 17 can restrict the movement of the movable vehicle 3 to hold and fix the current position, and can perform a desired operation without any trouble.

  After the desired work is completed, the action of the stopper mechanism 17 is stopped and the leg portion a is contracted. The movable vehicle 3 comes into contact with the floor surface F again and can move freely. That is, the stopper mechanism 17 releases the fixed state with respect to the movable vehicle 3.

As described above, the paper sheet transfer machine 2 is provided with the number corresponding to the plurality of rows of the stacked stacking pockets P1 and P2 of the paper sheet processing apparatus 1. Therefore, it is necessary to provide a parking unit 10 that can store a plurality of paper sheet transfer machines 2 in one paper sheet processing apparatus 1, and a plurality of paper sheet transfer machines 2 can be In some cases, the work site 20 may move.
In particular, in order to move a plurality of paper sheet transfer machines 2 to the same next work site 20, it is not easy to move each paper sheet transfer machine 2 one by one.

FIG. 8 shows a paper sheet transfer machine 2E of a third modified example suitable for moving a plurality of paper sheet transfer machines to the next work site 20 at the same time.
A male connector 18a is attached to the front end of the carriage 4 constituting the paper sheet transfer machine 2E, and a female connector 18b is attached to the rear end. The male connector 18a and the female connector 18b can be connected relatively easily and can be detached by operation, for example, like a connector of a freight car.

  If the male connector 18a is attached to the front side and the female connector 18b is attached to the rear side of all the paper sheet transfer machines 2E provided in the paper sheet processing apparatus 1, as many paper sheets as necessary are required. A similar transfer machine 2E can be connected. In this state, the sheet can be moved from the sheet processing apparatus 1 to the next work site 20, and can be separated and stored in the parking unit 10 relatively easily when returning to the original sheet processing apparatus 1.

  It should be noted that one of the sheet transfer machines 2A, 2B, and 2C in FIGS. 6A, 6B, and 6C, which is the first modification described above, and FIG. 7 that is the second modification. It is possible to appropriately combine the techniques of the paper sheet transfer machine 2D and the paper sheet transfer machine 2E of FIG.

As mentioned above, although this embodiment was described, the above-mentioned embodiment is shown as an example and does not intend limiting the range of embodiment. The novel embodiment can be implemented in various other forms, and various omissions, substitutions, and changes can be made without departing from the scope of the invention. These embodiments and modifications thereof are included in the scope and gist of the invention, and are included in the invention described in the claims and the equivalents thereof.
Hereinafter, the invention described in the scope of claims at the beginning of the application of the present application will be added.
[1]
A paper sheet transfer machine for receiving and carrying out the paper sheets that are sorted and collected by the paper sheet processing apparatus,
A paper sheet transfer machine characterized in that storage cases capable of receiving paper sheets from two sorting and accumulating sections of a paper sheet processing apparatus are arranged side by side and mounted with wheels to be movable. .
[2]
The paper sheet transfer machine according to [1], further comprising a positioning member that can be stored in the paper sheet processing apparatus and that performs positioning during storage.
[3]
The paper sheet transfer machine according to [1], further comprising an elevating mechanism that allows the height position of the storage case to be adjusted.
[4]
The paper sheet transfer machine according to [1], further comprising a stopper mechanism that restricts the movement of the wheel to hold and fix the current position and releases the wheel to release the fixing.
[5]
The paper sheet transfer machine according to [1], further comprising a connector that can be connected to another paper sheet transfer machine.
[6]
A plurality of paper sheets are sequentially conveyed one by one, information on the sorting destination is read from the paper sheets, the sorting destination of the paper sheets is determined from the read information, and the paper is sent to the sorting destination according to the determination result. A paper sheet processing apparatus that sorts and accumulates leaves,
The paper sheet processing apparatus is detachably accommodated, and after the sorting and accumulating operation is completed, the paper sheet processing apparatus accepts the sorting and accumulating paper sheets drawn out from the paper sheet processing apparatus, and further the paper sheet processing A paper sheet processing system comprising: a paper sheet transfer machine that is movable from the apparatus to the next work site.
[7]
The paper sheet processing system according to [6], wherein the paper sheet processing apparatus includes a parking unit that is a space for storing the paper sheet transfer machine.
[8]
The paper sheet transfer machine has a cart provided with wheels at the bottom,
The paper sheet processing system according to [6], comprising a storage case that is placed on the carriage and stores paper sheets.
[9]
A paper sheet processing apparatus used in a paper sheet processing system,
A plurality of paper sheets are sequentially conveyed one by one, information on the sorting destination is read from the paper sheets, the sorting destination of the paper sheets is determined from the read information, and the paper is sent to the sorting destination according to the determination result. Sort and accumulate leaves
After the sorting and accumulating work is completed, a parking unit is provided which is a space space for accepting the sorting and collecting paper sheets, and further storing a paper sheet transfer machine which can be moved to and from the next work site. A paper sheet processing apparatus characterized by that.
[10]
The paper sheet processing apparatus according to [9], wherein at least the parking unit includes a positioning member for positioning the paper sheet transfer machine.

  DESCRIPTION OF SYMBOLS 1 ... Paper sheet processing apparatus, 2 ... Paper sheet transfer machine, P1 ... Upper part side division | stacking pocket (partial integration part), P2 ... Lower part side division | stacking pocket (partial accumulation part), 5A ... Front side accommodation Case, 5B ... Rear storage case, 3 ... Mobile wheel (wheel), 12 ... Positioning roller (positioning member), 15 ... Elevating mechanism, 17 ... Stopper mechanism, 18a ... Female connector, 18b ... Male connector Tools 20 ... Workbench (next work site) 10 ... Parking unit 4 ... Carriage 11 ... Anti-shake guide (positioning member).

Claims (4)

A first section stacking section; a second section stacking section disposed under the first section stacking section; and a parking section provided under the two section stacking sections. A paper sheet processing device that sorts and accumulates paper sheets in a section;
Two storage cases are arranged side by side along the direction to be pulled out from the parking unit of the paper sheet processing apparatus, and the first position where these two storage cases are stored in the parking unit, of the two storage cases A second position for pulling out only the first storage case on the front side in the pull-out direction assigned to the transfer destination of the second paper sheets that have been separately stacked in the second section stacking unit, and the two Moves the second storage case on the back side in the pull-out direction assigned to the transfer destination of the first paper sheets sorted and accumulated in the first sorting and stacking portion of the storage case to the third position for pulling out from the parking unit A paper sheet transfer machine provided as possible,
The sheet processing apparatus has a plurality of rows of the first and second sorting and accumulating units and the parking units,
The paper sheet transfer machine is provided with a number corresponding to the first and second sorting and accumulating units in the plurality of rows and the parking unit,
It said plurality of sheet transfer machine, respectively, the sheet processing system that comprising the linkage member connected to another sheet transfer unit. A first section stacking section; a second section stacking section disposed under the first section stacking section; and a parking section provided under the two section stacking sections. A paper sheet processing device that sorts and accumulates paper sheets in a section;
Two storage cases are arranged side by side along the direction to be pulled out from the parking unit of the paper sheet processing apparatus, and the first position where these two storage cases are stored in the parking unit, of the two storage cases A second position for pulling out only the first storage case on the front side in the pull-out direction assigned to the transfer destination of the second paper sheets that have been separately stacked in the second section stacking unit, and the two Moves the second storage case on the back side in the pull-out direction assigned to the transfer destination of the first paper sheets sorted and accumulated in the first sorting and stacking portion of the storage case to the third position for pulling out from the parking unit A paper sheet transfer machine provided as possible,
The paper sheet transfer machine, the paper sheet processing system that comprising the lifting mechanism to freely adjust the height position of the first and second storage case. A first section stacking section; a second section stacking section disposed under the first section stacking section; and a parking section provided under the two section stacking sections. A paper sheet processing device that sorts and accumulates paper sheets in a section;
Two storage cases are arranged side by side along the direction to be pulled out from the parking unit of the paper sheet processing apparatus, and the first position where these two storage cases are stored in the parking unit, of the two storage cases A second position for pulling out only the first storage case on the front side in the pull-out direction assigned to the transfer destination of the second paper sheets that have been separately stacked in the second section stacking unit, and the two Moves the second storage case on the back side in the pull-out direction assigned to the transfer destination of the first paper sheets sorted and accumulated in the first sorting and stacking portion of the storage case to the third position for pulling out from the parking unit A paper sheet transfer machine provided as possible,
The paper sheet transfer machine is
A truck with wheels on the bottom,
The first and second storage cases placed on the carriage and storing paper sheets; and
Sheet processing system that, comprising a. The paper sheet transfer machine includes a stopper mechanism that restricts the movement and holds and fixes the current position, and allows the movement and releases the fixation. 4. The paper sheet processing system according to any one of 3 above.

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