JP2001195630A - System and method for paper sheet processing - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a paper sheet processing system which can enhance throughput without increasing the burden on a person in charge. SOLUTION: A unsealing labeler device 14 sticks an unasealed-article label on a package of paper sheets. This package is unsealed by an unsealing device 16. The unsealed package is put in a storage box. A storage labeler device 20 sticks a storage box label on the storage box. The unsealed paper sheets are inspected by an inspection device 22. Paper sheets rejected by the inspection device 22 are discharged after a rejection labeler device 26 sticks rejected article labels. Pieces of information on those unsealed article labels, storage box labels, and rejected article labels are related and stored in a memory 402.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

The present invention relates to a paper sheet processing system and a paper sheet processing method to which the paper sheet processing system is applied.

[0002]

2. Description of the Related Art A paper sheet processing system includes a wrapping section for opening a package for packing a predetermined number of paper sheets, and an inspection section for inspecting the wrapped sheets one by one. And a terminal computer that manages the sheet processing apparatus.

[0003] The wrapped package which is wrapped in the wrapping section is
Stored in a storage box and discarded. At this time, the wrapped package and storage box are not particularly controlled, and even if it becomes necessary to manage the wrapped package, collectively dispose of all paper sheets after processing is completed. There was no need to manage.

[0004]

However, when it is necessary to judge disposal on the way, it is good to have a small number of wrapped packages, but if there are tens of thousands of wrapped packages, Impossible or misjudgment occurs.

[0005] In addition, when collectively discarding after processing, it is necessary to secure a storage place for storing the opened package until all the processing is completed.
Since it cannot be discarded on the way, the disposal process is performed in a lump at the end.

[0006] In addition, in many cases, the search for an unpackaged package is specified based on the time or the like, which makes the attendant's processing complicated and burdensome.

As described above, in the conventional processing method, there is a possibility that the processing efficiency is reduced, and a problem occurs that a burden on an operator is increased.

The present invention has been made in view of the above-described problems, and has as its object to provide a paper sheet processing system capable of improving processing efficiency without increasing the burden on staff. It is in.

[0009]

According to a first aspect of the present invention, there is provided a sheet processing system according to the first aspect of the present invention, comprising: a package having predetermined information for packaging a predetermined number of sheets. First assigning means for assigning an identifier to the package, opening means for opening the package to which the identifier has been assigned by the first assigning means, and storage means for accommodating the package opened by the opening means. A second assigning means for assigning an identifier to the storage means, an inspecting means for inspecting the paper sheets opened by the opening means, and a second attaching means for applying an identifier to the paper sheets removed by the inspecting means. 3 is provided, and storage means for storing information corresponding to the identifiers respectively assigned by the first to third assigning means in association with each other.

[0010] The paper sheet processing system according to claim 2 is
First providing means for providing an identifier to a package provided with predetermined information for packaging a predetermined number of paper sheets, and opening means for opening the package provided with the identifier by the first providing means;
Storing means for storing the package which has been opened by the opening means, second providing means for providing an identifier to the storing means, and inspection means for inspecting the paper sheets opened by the opening means. A third assigning means for assigning an identifier to the sheet removed by the inspection means, a storage means for storing information corresponding to the identifiers assigned by the first to third assigning means in association with each other, Based on the information stored by the storage unit, the presence / absence of the sheet removed by the inspection unit is determined, and the disposal of the storage unit that stores the package associated with the identifier of the removed sheet is determined. Determining means for determining whether or not the determination is possible.

[0011] The paper sheet processing system according to claim 3 is
First providing means for providing an identifier to a package provided with predetermined information for packaging a predetermined number of paper sheets, and opening means for opening the package provided with the identifier by the first providing means;
Storing means for storing the package which has been opened by the opening means, second providing means for providing an identifier to the storing means, and inspection means for inspecting the paper sheets opened by the opening means. A third assigning means for assigning an identifier to the sheet removed by the inspection means, a storage means for storing information corresponding to the identifiers assigned by the first to third assigning means in association with each other, Based on the information stored by the storage unit, when the sheet is removed by the inspection unit, the storage unit that stores the package associated with the identifier of the excluded sheet cannot be discarded. A discriminating means for discriminating, and a display means for displaying the identifier of the paper sheet removed by the inspecting means in association with the identifier of the storage means determined to be non-disposable by the discriminating means. That.

[0012] The paper sheet processing system according to claim 4 is
First providing means for providing an identifier to a package provided with predetermined information for packaging a predetermined number of paper sheets, and opening means for opening the package provided with the identifier by the first providing means;
Storing means for storing the package which has been opened by the opening means, second providing means for providing an identifier to the storing means, and inspection means for inspecting the paper sheets opened by the opening means. A third assigning means for assigning an identifier to the sheet removed by the inspection means, a storage means for storing information corresponding to the identifiers assigned by the first to third assigning means in association with each other, The display means for displaying the identifier of the paper sheet removed by the inspection means, the identifier of the storage means for storing the package associated with the paper sheet identifier, and the re-examined paper sheet At that time,
An input unit that receives the input of the identifier of the paper sheet; and, based on the identifier input by the input unit, determines whether or not there is a sheet that has not been re-inspected. Determining means for determining whether or not the storage means for storing the associated packaged goods can be discarded.

According to a fifth aspect of the present invention, there is provided a paper sheet processing method, wherein an identifier is provided to a package provided with predetermined information for packaging a predetermined number of paper sheets, and the package provided with the identifier is opened. And storing the opened packaged goods in the storage means, providing the storage means with an identifier, inspecting the opened paper sheets, and removing the paper removed by the inspection step. Assigning an identifier to the leaf, storing the package, the storage means, and information corresponding to the identifier assigned to each of the paper sheets in association with each other, and performing the inspection step based on the stored information. If the paper sheet is removed by the above, it is determined that the storage means for storing the package associated with the identifier of the removed paper sheet cannot be discarded, and the identifier of the removed paper sheet is discarded. Associated with the identifier of the storage means determined to be impossible Displaying, re-examining the rejected paper sheet, and receiving an input of the identifier of the paper sheet, and judging the presence / absence of unretested paper sheet based on the input identifier. And a step of determining whether or not the storage means for storing the package associated with the unretested paper sheet identifier can be discarded.

[0014]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of a paper sheet processing system according to the present invention and a paper sheet processing method applied to the paper sheet processing system will be described below with reference to the drawings.

As shown in FIG. 1, this paper sheet processing system 1 includes a paper sheet processing apparatus 10 (-1, 1) for processing paper sheets.
,...) And a terminal computer 40 connected to the sheet processing apparatus 10 via the communication line 30.

As shown in FIG. 2, the paper sheet processing apparatus 10 has an inlet 1 into which an article wrapped by a package 3 having predetermined information, that is, a predetermined number of paper sheets 2 is input.
2, along the transport direction of the main transport path 11 that transports the inserted paper sheets 2, a tear-off labeler device 14 that functions as a first applying device, a tear-off device 16 that functions as a tear-off device,
And an inspection device 22 functioning as inspection means.

The wrapping labeler device 14 affixes a wrapped product label L1 as a unique identifier as shown in FIG. 3 (a) to a package 3 for packing the inserted paper sheets 2. The wrapping device 16 wraps the package 3 that wraps the paper sheets 2,
The paper sheet 2 is separated from the opened packaged product, that is, the packaged product 4. The inspection device 22 inspects the separated paper sheets 2.

The package label L1 includes the number of the paper sheet processing apparatus 10 (-1, -2, -3...) For processing the paper sheet 2, the serial number of the package 4, and the like. Has been recorded.

At a predetermined position of the sheet processing apparatus 10, a storage box 18 functioning as storage means for storing the separated packaged articles 4 and a storage box labeler apparatus 20 functioning as second application means are provided. Have been.

The storage box 18 stores the package 4 to which the package label L1 is attached. Storage box labeler device 20
Affixes a storage box label L2 as a unique identifier as shown in FIG.

On the storage box label L2, the paper sheet processing apparatus 10 (-1, -2, -3,...) In which the storage box 18 is stored.
And the serial number of the storage box 18 are recorded.

In the inspection device 22, the paper sheet that has been inspected, that is, the completed product 2 is conveyed on the main conveyance path 11 and discharged from the discharge port 24 of the paper sheet processing device 10.
In the inspection device 22, the rejected paper sheet, that is, the rejected product 5 determined to require the reinspection is conveyed on the sub-conveyance path 13 and discharged from the reject opening 28.

On the sub-transport path 13, there is provided a reject traveler 26 functioning as a third applying means.
This reject traveler device 26 includes
A reject traveler L3 as a unique identifier as shown in FIG.

The reject travel L3 includes a paper sheet processing apparatus 10 (-1, -2, -3) that has processed the rejected product 5.
..), The serial number of the rejected product 5, and the like.

In this embodiment, the opened product 4 and the storage box 1
8 and the rejected goods 5 as open label label L1, storage box label L2, and reject travel L
3 is used, a method of directly printing an identifier on each of them, or a method using a barcode may be used.

In the above-described sheet processing system, each sheet processing apparatus 10 (-1, -2, -3,...)
Includes a CPU 100 for controlling the driving of the apparatus.

The CPU 100 includes a memory 102 for storing a control program and various data of the apparatus, sheets and the like discharged from the insertion port 12, a discharge port 24, and a reject port 28.
A sensor 104 for detecting sheets discharged from the printer, a conveyance belt for defining the main conveyance path 11 and the sub conveyance path 13 for conveying the sheets, a conveyance mechanism 106 including conveyance rollers, and the like are connected. , Each drive is controlled.

The CPU 100 is connected with a wrapping labeler device 14, a wrapping device 16, a storage labeler device 20, an inspection device 22, a reject traveler device 26, and the like.
Each drive is controlled by the PU 100.

Further, an external interface 108 is connected to the CPU 100. The external interface 108 is connected to the communication line 30 and has a CPU
Necessary information under the control of the terminal computer 4
0 and the like, and receive necessary information from the terminal computer 40.

Based on the output signal from the sensor 104 provided in the insertion port 12, the CPU 100 tears the opened label label L1 on the opened labeler device 14 by printing the opened serial number and the processed machine number. Control is performed so as to be attached to the package 3 before sealing.

The CPU 100 includes the storage labeler device 2
For 0, control is performed so that the storage box label L2 on which the storage box serial number and the processed machine number are printed is attached to the set storage box 18.

Further, the CPU 100 controls the reject traveler 26 so that the reject travel L3 on which the reject product serial number and the process number are printed is attached to the reject product 5.

The serial number of the processed unit, the serial number of the opened item, the serial number of the storage box, and the serial number of the rejected item are transmitted to the external interface 404 of the terminal computer 40 via the external interface 108 under the control of the CPU 100.

The terminal computer 40 has a CPU 400 functioning as a determining means. The CPU 400 includes a memory 402 functioning as storage means, an external interface 404, and a display device 4 functioning as display means.
06, an input device 408 functioning as input means, and the like.

The memory 402 stores, in addition to the control program and various data of the terminal computer 40, each of the sheet processing apparatuses 1
The processing unit number, the serial number of the opened item, the serial number of the storage box, and the serial number of the rejected item transmitted from 0 (-1, -2, -3, ...) are associated under the control of the CPU 400, and are stored as a database. Saved.

For example, the storage box serial number information is stored in the memory 102 in a table format as shown in FIG. 5A together with information such as the number of the processed box and the time at which the storage box label L2 is attached to the storage box 18. Have been.

The information of the serial number of the opened product includes the number of the processed unit, the serial number of the storage box attached to the storage box 18 for storing the opened product 4, and the label 3 of the opened product label L1 on the package 3 before opening. It is stored in the memory 102 in a table format as shown in FIG.

The information on the serial number of the rejected product is the serial number of the processed unit, the serial number of the packaged product affixed to the packaged product 4 containing the rejected product 5, and the storage box 1 for storing the packaged product 4.
The information is stored in the memory 102 in a table format as shown in FIG. 5C together with information such as the storage box serial number affixed to 8 and the time at which the rejected product label L3 is applied to the rejected product 5.

The external interface 404 connected to the CPU 400 is connected to the communication line 30 and
The information necessary for the control of the sheet processing apparatus 10 (−
1, -2, -3, ...) and the like, and receives necessary information from each sheet processing apparatus 10 (-1, -2, -3, ...).

The display device 406 displays necessary information under the control of the CPU 400. For example, FIG. 6A is an example of a display screen that displays information related to the storage box 18 and the packaged item 4. Serial number management of a plurality of numbered wrapped items 4 and serial numbers of a plurality of rejected items 5 to which a rejected item serial number is assigned to a storage box to which a storage box serial number is assigned. An association by management, an unprocessed reject serial number for notifying the presence or absence of an unretested rejected product 5, a determination as to whether the storage box 18 can be discarded based on the presence or absence of an unretested rejected product 5, and the like are displayed. .

The input device 408 includes a numeric keyboard for inputting numbers from 0 to 9 and the like. This input device 408
Is used by the attendant for re-inspection completion input when the staff re-inspects the rejected product 5 among the rejected goods 5.

At this time, the attendant refers to the serial number of the rejected product 5 not yet re-inspected displayed on the display screen as shown in FIG. Is completed, the reject serial number of the rejected product 5 is input by the input device 408 on the display screen as shown in FIG.

When the CPU 400 receives the input of the reject serial number on the display screen as shown in FIG. 6B, the CPU 400 determines that the reexamination has been completed, and displays the display as shown in FIG. On the screen, the rejected product corresponding to the input rejection serial number is removed from the list of unprocessed rejection serial numbers, and the judgment registration is set to “Done” in the database on the memory 102 as shown in FIG.
And

In the display screen shown in FIG.
If there is a rejected product that has not been re-examined in the storage box 18, that is, if the re-examination has not been completed, the CPU 400 does not permit the disposal of the storage box 18, determines that “disposal is impossible”, determines When there is no rejected product for the inspection, that is, when the reinspection is completed, the disposal of the opened item 4 in the corresponding storage box 18 is permitted, and it is determined that “disposal is possible”.

Next, a method of processing sheets in this sheet processing system will be described.

As shown in FIG. 7, the CPU 100 of the sheet processing apparatus 10 first checks whether the storage box 18 has been set at a predetermined position based on an output signal from a sensor 104 provided at a predetermined position in the storage unit. It is detected whether or not it is (ST11).

When the CPU 100 detects that the storage box 18 is set at a predetermined position (ST11,
Y), the storage labeler device 20 is controlled, and the storage box label L2 in which the processing unit number and the storage box serial number are recorded as shown in FIG. 3B is attached to the set storage box 18 (FIG. 3B). ST12).

Then, the CPU 100 transmits the information of the storage box label L2 attached to the storage box 18 from the external interface 108 to the terminal computer 40 via the communication line 30.
Send to Then, the CPU 4 of the terminal computer 40
00 receives the information of the storage box label L2 transmitted from each sheet processing apparatus 10 by the external interface 404, and stores the information in the memory 402 based on the received information in FIG.
(A) is created (ST)
13).

Subsequently, the CPU 10 of the sheet processing apparatus 10
0, based on an output signal from the sensor 104 provided in the insertion port 12, detects whether or not the wrapping paper wrapped in the packaged article 3 has been input from the insertion port 12 (ST1).
4).

When the CPU 100 detects the insertion of the wrapping paper (ST14, Y), it controls the transport mechanism 106 to transport the paper on the main transport path 11 and controls the opening labeler device 13. Then, the package label 3 in which the processed unit number and the package serial number as shown in FIG. 3A are recorded is affixed to the package 3 in which the paper sheets 2 are packed (ST1).
5).

Then, the CPU 100 controls the transport mechanism 106
Is controlled to transport the wrapping paper, and the wrapping product 3 to which the wrapped product label L1 has been affixed is opened in the opening device 16 (ST16). Thereby, the packaged product 3 and the paper sheet 2 which have been broken are separated. The opened packaged product, that is, the packaged product 4 is stored in the storage box 18 together with the packaged product label L1 stuck (ST17).

Then, the CPU 100 transmits the information of the package label L1 attached to the package 4 to the external interface 1.
08 to the terminal computer 40 via the communication line 30. Then, the CPU 40 of the terminal computer 40
0 indicates that the external interface 404 receives the information on the package label L1 transmitted from each of the sheet processing apparatuses 10 and stores the information in the memory 402 based on the received information as shown in FIG. Create a database (ST1
8).

The CPU 100 controls the transport mechanism 106 to transport the paper sheet 2, and inspects the paper sheet 2 in the inspection device 22 (ST19).

In the inspection device 22, the CPU 100
The paper sheets that have been inspected, that is, completed products 2, are conveyed on the main conveyance path 11 and discharged from the discharge port 24 (ST2).
7). Also, the CPU 100 causes the inspection device 22
A rejected paper sheet, that is, a rejected product 5 determined to require re-inspection, is conveyed on the sub-conveyance path 13 and the rejection traveler device 26 is controlled to process the rejected paper as shown in FIG. The reject product label L3 recording the number and the reject product serial number is attached to the reject product 5 (ST21).

Then, the CPU 100 sets the rejected product 5
Is transmitted from the external interface 108 to the terminal computer 40 via the communication line 30. Then, the terminal computer 40
CPU 400 receives the information of the rejected product label L3 transmitted from each sheet processing apparatus 10 by the external interface 404, and based on the received information,
A database as shown in FIG. 5C is created in the memory 402 (ST22). Then, the CPU 100 controls the transport mechanism 106 to transfer the rejected product 5 to the sub-transport path 1.
3 and is discharged from the reject port 28 (ST2).
3).

Subsequently, the CPU 100 proceeds to step ST2.
3, after the reject product 5 is discharged from the reject port 28, and in step ST27, the completed product 2
Is discharged from the outlet 24, it is detected whether or not the capacity of the storage box 18 is full based on the output signal from the sensor 104 for detecting the full capacity of the storage box 18 (ST24).

If the full capacity of the storage box 18 is not detected (ST24, N), the CPU 100 determines whether or not the loading of the wrapping sheets has been completed (ST25). CP
If U100 determines that the insertion of the wrapping sheet has been completed (ST25, Y), the process ends. Also, CP
If U100 determines that the insertion of the wrapping sheets has not been completed (N in ST25), the process returns to step ST14, and waits again for the insertion of the wrapping sheets.

When the full capacity of the storage box 18 is detected (ST24, Y), the CPU 100 displays this fact on the display device 406 of the terminal computer 40 to urge the attendant to replace the storage box 18 (ST26). ). Then, the process ends.

Next, a registration method by re-inspection of a rejected product will be described.

As shown in FIG. 8, first, the attendant re-examines the rejected product 5 discharged from the reject port 28 of the sheet processing apparatus 10, and inputs the reject serial number of the completed product which has been re-examined. On the display screen displayed on the display device 406 of the terminal computer 40 as shown in FIG. 6B, an input is made using the input device 408 (ST31).

The CPU 400 of the terminal computer 40
When the input of the reject serial number via the input device 408 is received, the database of the memory 402 is referred to and the corresponding reject serial number is searched. When searching for the corresponding reject serial number, CPU 400 writes the information of the rejected product in the database so that the judgment registration is set to “completed” (ST32).

Subsequently, when the CPU 400 receives a display instruction of a display screen indicating the progress of the processing as shown in FIG. 6A, the CPU 400 reads necessary information from various databases recorded in the memory 402. (ST33).

Then, based on the read information, CPU 400 displays a list of information as shown in FIG. 6A (ST34). At this time, if there is a rejected product that has not been re-inspected, the CPU 400 displays the serial number of the rejected product and displays “serialized” without permitting the disposal of the storage box storing the corresponding packaged product. "No".

As described above, in the paper sheet processing system, if there is predetermined information required for the package to be opened and the package cannot be discarded until the inspection of the sheet is completed. By assigning a unique identifier to each of the opened items, the storage box for storing the opened items, and the rejected items that were inspected, etc. You can check the information of
It is possible to prevent the clerk from making mistakes in discarding the disposal.

Further, by associating each information with each other and storing the information in a memory as a table database, it is easy to confirm the rejected product and to relate the rejected product to the storage box for storing the opened product containing the rejected product. It becomes possible to grasp, and it becomes possible to reduce the burden on the staff. This also makes it possible to improve processing efficiency.

Further, based on the associated information stored in these databases, whether or not re-inspection of rejected products has been completed, whether or not re-examined rejected products exist, and whether or not rejected products exist It is possible to easily recognize the discrimination result, such as whether or not the storage box can be discarded, based on the rejected product, and to easily search the rejected product for the package containing the package and the package containing the package. Become. This makes it possible to improve the processing efficiency without increasing the burden on the staff.

[0067]

As described above, according to the present invention, it is possible to provide a paper sheet processing system capable of improving the processing efficiency without increasing the burden on the staff.

[Brief description of the drawings]

FIG. 1 is a diagram schematically showing a configuration of a paper sheet processing system of the present invention.

FIG. 2 is a diagram schematically illustrating a configuration of a sheet processing apparatus in the sheet processing system illustrated in FIG. 1;

3A is a diagram showing an example of a wrapped product label attached to a package before wrapping in the paper sheet processing apparatus shown in FIG. 2; FIG. It is a figure showing an example of a storage box label stuck on a storage box, and (c) is a figure showing an example of a reject goods label stuck on a reject goods.

FIG. 4 is a diagram illustrating a control block of the paper sheet processing system illustrated in FIG. 1 and a connection relationship between respective devices.

5A is a diagram showing an example of a database in the form of a table of storage box serial numbers created when a storage box label is attached, and FIG. It is a figure which shows an example of the database of the table format of the serial number of the opened product created at the time of attaching, and (c) is a database of the table format of the serial number of a rejected product created when attaching a rejected product label. It is a figure showing an example of.

FIG. 6A is a diagram showing an example of a display screen showing the progress of processing, and FIG. 6B is an example of an input screen on which a reject product serial number is input when reject product reinspection is completed. FIG.

FIG. 7 is a flowchart showing a sheet processing method applied to the sheet processing system of the present invention.

FIG. 8 is a flowchart showing a rejected article registration processing method applied to the paper sheet processing system of the present invention.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 ... Paper sheet processing system 10 ... Paper sheet processing apparatus 14 ... Opening labeler apparatus 16 ... Opening apparatus 18 ... Storage box 20 ... Storage labeler apparatus 22 ... Inspection apparatus 26 ... Reject traveler apparatus 30 ... Communication line 40 ... Terminal Computer 100 CPU 400 CPU 402 Memory 406 Display device 408 Input device

Claims (5)

[Claims] 1. A first assigning means for assigning an identifier to a package provided with predetermined information for wrapping a predetermined number of paper sheets, and a breach for breaking the package provided with the identifier by the first assigning means. Sealing means; storing means for storing the package opened by the opening means; second applying means for assigning an identifier to the storing means; and inspecting the paper sheets opened by the opening means. A storage unit that associates and stores information corresponding to the identifiers respectively assigned by the first to third assigning units; a third assigning unit that assigns an identifier to the sheet removed by the inspecting unit; Means, and a paper sheet processing system comprising: 2. A first assigning means for assigning an identifier to a package provided with predetermined information for wrapping a predetermined number of paper sheets, and a breach for breaking the package provided with the identifier by the first assigning means. Sealing means; storing means for storing the package opened by the opening means; second applying means for assigning an identifier to the storing means; and inspecting the paper sheets opened by the opening means. A storage unit that associates and stores information corresponding to the identifiers respectively assigned by the first to third assigning units; a third assigning unit that assigns an identifier to the sheet removed by the inspecting unit; Means for determining presence / absence of a sheet rejected by the inspection means based on the information stored by the storage means, and storing the package associated with the identifier of the rejected sheet. Disposal of means A sheet processing system, comprising: a determination unit configured to determine whether or not the paper sheet is acceptable. 3. A first assigning means for assigning an identifier to a package provided with predetermined information for wrapping a predetermined number of sheets, and a breach for breaking the package provided with the identifier by said first assigning means. Sealing means; storing means for storing the package opened by the opening means; second applying means for assigning an identifier to the storing means; and inspecting the paper sheets opened by the opening means. A storage unit that associates and stores information corresponding to the identifiers respectively assigned by the first to third assigning units; a third assigning unit that assigns an identifier to the sheet removed by the inspecting unit; Means, based on the information stored by the storage means, when a sheet is removed by the inspection means, a storage means for storing a package associated with the identifier of the removed sheet. Judge that disposal is impossible Display means for displaying the identifier of the paper sheet removed by the inspection means in association with the identifier of the storage means determined to be non-disposable by the determination means. Paper processing system. 4. A first assigning means for assigning an identifier to a package provided with predetermined information for packaging a predetermined number of paper sheets, and a breach for breaking the package provided with the identifier by said first assigning means. Sealing means; storing means for storing the package opened by the opening means; second applying means for assigning an identifier to the storing means; and inspecting the paper sheets opened by the opening means. A storage unit that associates and stores information corresponding to the identifiers respectively assigned by the first to third assigning units; a third assigning unit that assigns an identifier to the sheet removed by the inspecting unit; Means, identifiers of the paper sheets excluded by the inspection means, and
Display means for displaying an identifier of a storage means for storing the package associated with the paper sheet identifier; and an input for receiving an input of the paper sheet identifier when the rejected paper sheet is re-inspected. Means, based on the identifier input by the input means, to determine the presence or absence of unretested paper sheets, and storage means for storing the packaged goods associated with the unrechecked paper sheet identifiers A paper sheet processing system, comprising: a determination unit configured to determine whether or not the paper can be discarded. 5. A step of assigning an identifier to a package provided with predetermined information for packaging a predetermined number of paper sheets, a step of unwrapping the package provided with the identifier, and a step of unwrapping the unwrapped package. Storing in a storage unit, providing an identifier to the storage unit, inspecting the opened sheet, providing an identifier to the sheet removed in the inspection step, The package, the storage means, and the information corresponding to the identifiers respectively assigned to the paper sheets are stored in association with each other, and based on the stored information, when the paper sheets are excluded in the inspection process, Determining that the storage means for storing the package associated with the removed paper sheet identifier cannot be discarded, and associating the removed paper sheet identifier with the storage means identifier determined to be non-disposable. And the process of displaying Receiving the input of the identifier of the sheet after re-inspecting the leaf; determining whether or not the sheet has not been re-examined based on the input identifier; Determining whether the storage means for storing the packaged goods associated with the identifier is discardable or not.