JP2001243519A - Paper sheets processing system and paper sheets processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To shorten the time required to read the segment cards and to significantly shorten the total processing time of a paper sheets processing system compared with a case where the segment cards are read after the collation of ejected tickets. SOLUTION: When an operator depresses a collation switch 53b, an ejected ticket processor 5 reads the next card segmented by a main body 5a in parallel to the collation of ejected tickets and before the collation of ejected tickets is finished by a personal computer 5b.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an inspection machine for inspecting paper sheets, a paper processing machine for processing paper sheets determined to be rejected by the inspection machine, and a paper processing machine for the same. And a sheet processing system comprising a central control console connected to an inspection machine.

[0002]

2. Description of the Related Art Conventionally, a paper sheet processing system includes an inspection machine for inspecting paper sheets, an exclusion ticket processing machine for processing paper sheets determined to be excluded by the inspection machine, and an exclusion ticket processing system. It consists of a centralized control console connected to the machine and the inspection machine.

The above-described inspection machine inspects whether a sheet is good, bad, or rejected by inspecting one sheet at a time for each predetermined inspection unit. The inspection machine performs a process corresponding to each of the sheets determined to be good and bad, and outputs the number of good and bad to the centralized control console as an inspection result. Also, the paper sheets determined to be excluded tickets are accumulated in the excluded ticket cassette. When stacking exclusion tickets in this exclusion ticket cassette, classification cards are stacked for each inspection unit. A unique card ID number (unique information) is assigned to this section card for each inspection unit. The card ID number is output to the central control console in correspondence with the number of the good and bad cards as the inspection result in the corresponding inspection unit.

[0004] In the above-mentioned excluded ticket processing machine, the inspection machine determines that the ticket is an excluded ticket, and processes the excluded tickets accumulated in the excluded ticket cassette. The excluded ticket processing machine includes a main unit (RS mechanical control) for processing the excluded ticket and a personal computer (PC, RS client) for controlling the main unit.

In such an excluded ticket processing machine, as a procedure for processing the excluded tickets accumulated in the above excluded ticket cassette, a sorting card reading process of reading a card ID number from a sorting card by a main body, and reading from a sorting card by a PC. Classification card collation processing for collating the card ID number with the card ID number corresponding to the detection result output to the central control console, processing for loading the classification card into the main body by the main body, and judgment by the main body as a rejected ticket A process of counting sheets by flowing sheets into the main body (sheet through), collating rejected tickets based on the number of rejected tickets counted by the PC and the number of good and bad tickets as inspection results. The above processing is repeated in the order of the collation processing, the next card reading processing in the main body, and so on.

However, in the conventional paper sheet processing system as described above, the processing for the rejected tickets accumulated in the rejected ticket cassette takes too much processing time due to the serial flow, and there is a demand for performing other tasks. I can't make it happen.

[0007]

As described above, it eliminates the disadvantage that the entire processing time is excessively long because the processing for the excluded ticket is performed in a serial flow. It is an object of the present invention to provide a paper sheet processing system and a paper sheet processing machine that can achieve a simple flow and can shorten the entire processing time.

[0008]

According to the present invention, there is provided a paper sheet processing machine which stores an inspection result indicating whether a paper sheet is a rejected ticket or a non-rejected ticket for each predetermined inspection unit in association with unique information. In processing a rejected ticket that is connected to an external device and that is sorted and collected by a sorting member to which unique information is given for each inspection unit, unique information for classifying the excluded ticket for each inspection unit is given. Reading means for reading unique information from the sorting member, unique information of the sorting member read by the reading means, and unique information corresponding to the inspection result of the sheet for each inspection unit stored in the external device; First collating means for collating, when the unique information is collated by the first collating means, the number of rejected tickets classified by the sorting member is counted, and the unique information collated by the first collating means is counted. Corresponding inspection result When the unique information is collated by the second collating means for collating the number of rejected tickets on the basis of the first collating means and the first collating means, the next sorting member is executed in parallel with the processing by the second collating means. And control means for executing the above-mentioned processing by the reading means.

A paper sheet processing machine according to the present invention comprises: a first apparatus for processing rejected tickets collected by being sorted by a sorting member provided with unique information for each predetermined inspection unit; and the first apparatus. A second device connected to an external device that outputs an operation instruction to each of the inspection units and stores the inspection result of whether the paper sheet is a rejected ticket or a non-rejected ticket in association with the unique information. In the above, the first device may include a reading unit that reads unique information from a sorting member to which unique information that sorts the excluded ticket for each inspection unit is provided, and a process of counting the number of excluded tickets sorted by the sorting member. The second device reads the unique information of the sorting member read by the reading unit and the unique information corresponding to the inspection result of the sheet for each inspection unit stored in the external device. Information and a first reference to match Means, when the unique information is collated by the first collating means, based on the number of rejected tickets by the processing means and the inspection result corresponding to the unique information collated by the first collating means. The second collating means for collating the number of sheets, and when the unique information is collated by the first collating means, the reading means of the first device is executed in parallel with the processing by the second collating means. Control means for executing a reading process for the next sorting member according to.

A paper sheet processing system according to the present invention includes an inspection machine for inspecting paper sheets, an excluded ticket processing machine for processing a paper sheet determined to be an excluded ticket by inspection by the inspection machine, A centralized control console that integrates the entire machine and the excluded ticket processing machine, wherein the inspection machine inspects whether the sheet is a excluded ticket or a non-excluded ticket for each predetermined inspection unit. The output means for outputting to the centralized control console the number of sheets determined to be other than an excluded ticket by the inspection means in association with the unique information as the inspection result of the inspection unit, and the inspection means determines that the paper sheet is an excluded ticket. A stacking unit for stacking paper sheets by inserting a sorting member provided with unique information corresponding to the inspection result for each of the inspection units by the inspection unit; and Reading means for reading unique information given to the sorting member inserted in the stacked sheets, unique information read by this reading means, unique information output to the centralized control console by the output means, First collating means for collating, when the unique information is collated by the first collating means, the number of rejected tickets classified by the collating member of the collated unique information is counted, and the centralized control is performed by the inspection machine. The unique information is collated by the second collating means for collating the number of rejected tickets for each inspection unit based on the number of paper sheets other than the rejected tickets output on the table, and the first collating means. In this case, there is provided control means for executing the processing by the reading means for the next sorting member in parallel with the processing by the second collating means.

[0011] A paper sheet processing system according to the present invention includes an inspection machine for inspecting paper sheets, an excluded ticket processing machine for processing a paper sheet determined to be an excluded ticket by inspection by the inspection machine, and the inspection machine described above. A centralized control console that integrates the entire machine and the excluded ticket processing machine, wherein the inspection machine inspects whether the sheet is a excluded ticket or a non-excluded ticket for each predetermined inspection unit. The output means for outputting to the centralized control console the number of sheets determined to be other than an excluded ticket by the inspection means in association with the unique information as the inspection result of the inspection unit, and the inspection means determines that the paper sheet is an excluded ticket. Stacking means for stacking paper sheets by inserting a sorting member provided with unique information corresponding to the inspection result for each of the inspection units by the inspection means, wherein the centralized control console is output by the output means; And a table for storing inspection results corresponding to the specific information of each of the inspection units, wherein the rejection ticket processing machine is provided to the sorting member inserted in the paper sheets accumulated by the accumulation means. Reading means for reading the unique information; first matching means for matching the unique information of the sorting member read by the reading means with the unique information stored in the table of the central control console; and the first matching means When the unique information is collated, the number of rejected tickets classified by the collation member of the collated unique information is counted, and the table of the centralized control console corresponds to the unique information collated by the first collation means. The unique information is collated by the second collating unit for collating the number of rejected tickets for each inspection unit based on the number of sheets other than the rejected ticket in the inspection result, and the first collating unit. To, in parallel with the processing by the second comparing means comprises a control means for executing the processing by the reading unit for the next segment members.

[0012]

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

FIG. 1 and FIG. 2 show a schematic configuration of a paper sheet processing system according to an embodiment of the present invention.
That is, the sheet processing system includes a bundle processing machine 1 that processes a bundle of tickets (sheets), a preprocessing unit 3a that performs preprocessing on the bundle of tickets conveyed by the conveyor 2 from the bundle processing machine 1, 3b, 3c and the pre-processing units 3a, 3b, 3c, respectively.
b, a plurality of inspection machines 4a, 4b, 4c for inspecting one by one each of the tickets from 3c, these inspection machines 4a, 4b,
Excluded ticket processor (sheet processing machine) 5 for processing and collating the excluded ticket from 4c, and bundle processor 1 and inspection machines 4a, 4
a centralized control console (external device) 6 which is connected to b, 4c and the rejected ticket processing machine 5 by a cable 7 and integrally controls the whole;
It is constituted by.

The bundle processing machine 1 is supplied with sheets bundled in a predetermined unit. For example, 10 bundles each consisting of 100 paper sheets are put in a bundled state (corresponding to a bundle). The inserted bundle is conveyed, and during this conveyance, the type (sheet type) of the paper sheet is detected based on a pattern other than a portion that is not visible due to the uppermost band of the ticket, and the detection result is used as an inspection machine 4a (4b, 4b). 4c), output to central control console 6.

Further, the above-mentioned bundle processing machine 1 includes each of the inspection machines 4a,
4b and 4c, the bundle of the detected sheets is conveyed by the conveyor 2 according to the processing status from the conveyor 2,
An inspection machine 4a (4b, 4c) capable of performing an inspection by controlling a distribution gate (described later) provided above.
Are allocated to the pre-processing units 3a (3b, 3c).

The pre-processing units 3a (3b, 3c) receive the bundle of sheets conveyed from the bundle processor 1 by the conveyor 2 and sorted. Then, the pre-processing unit 3a (3
In b and 3c), the band of the received bundle of paper sheets is cut to take out one bundle of paper sheets. Further, the pre-processing unit 3a (3b, 3c) cuts the band of the picked-out piece of the sheet, and the opposing inspection machines 4a (4b, 4c).
Is to be transported.

Next, the inspection machine 4a (4b, 4c) will be described with reference to FIG.

The inspection machines 4a (4b, 4c) inspect sheets one by one from the opposing pre-processing units 3a (3b, 3c) one by one, and re-distribute good tickets and non-re-distributable failures. It is classified into tickets and rejected tickets that cannot be inspected.

As shown in FIG. 2, the inspection machines 4a (4b, 4b,
c) includes a control unit 31, a memory 32, a display unit 33, an operation unit 34, a conveyance state detection unit 35, a pass / fail detection unit 36, a ticket type detection unit 37, a thickness detection unit 38, a comprehensive determination unit 39, and a drive circuit 4.
0, drive circuit 41, closing section 42, shredder section 43,
Transport control unit 44, rejected ticket cassette 45, interface 46, interface 47, interface 48
It is composed of

The control unit 31 includes an inspection machine 4a (4b, 4b)
Control the whole of c). The memory 32 is used for storing a control program and for storing data. The display unit 33 displays processing contents, operation guidance, and the like. The operation unit 34 gives an operation instruction.

The transport state detecting section 35 is provided with an inspection machine 4a.
(4b, 4c) The transport state of each sheet transported by a transport path (not shown) inside is detected. The pass / fail detection unit 36 detects pass / fail of each sheet conveyed by the conveyance path. The bill type detection unit 37 detects the type of each sheet conveyed by the conveyance path. The thickness detection unit 38 detects the thickness of each sheet conveyed by the conveyance path.

The overall judgment section 39 includes a detection result from the transport state detection section 35, a detection result from the pass / fail detection section 36, a detection result from the bill type detection section 37, and a detection result from the thickness detection section 38. Paper sheets are comprehensively determined by

The interfaces 46, 47, 48
Are connected to the bundle processor 1, the centralized control console 6, and the pre-processing units 3a (3b, 3c), respectively.

The driving circuit 40 includes an inspection device 4a (4b,
4c) The sealing unit 42 that seals good paper sheets of a predetermined number (for example, 100 sheets) stacked in an internal stacking unit (not shown) is driven. The drive circuit 41 drives a shredder unit 43 that cuts the paper sheets detected as defective by the pass / fail detection unit 36. The transport control unit 44
Controls a transport mechanism (not shown) that drives a transport path (not shown) inside the inspection machine 4a (4b, 4c). The discharge ticket cassette 45 accumulates rejected tickets transported by a transport mechanism controlled by the transport controller 44. The excluded ticket cassette 45 inserts a sorting card issued by an issuing mechanism (not shown) for each sheet determined as an excluded ticket among sheets for each predetermined inspection unit (collation unit). Collect. This classification card has a unique card ID number (unique information) for each inspection unit.
Is given.

The detection results from the detection units 35, 36, 37 and 38 are supplied to the comprehensive judgment unit 39 within a predetermined time after passing the ticket. Thereby, the comprehensive determination unit 39 determines whether the paper sheet is a rejected ticket, a defective ticket, or a good ticket based on these detection results. This decision logic is
If the priority order is determined in the order of “excluded ticket determination> bad ticket determination> good ticket determination”, and there is a determination that even one of the individual determination results is an excluded ticket, it is determined as an excluded ticket,
In the case where all the sheets are judged to be good, the sheets are judged to be good, and the others are judged to be bad, and information as a result of the judgment is outputted to the control unit 31. The determination result of such a sheet is output to the central control console 6 as an inspection result compiled for each inspection unit by the control unit 31 in association with the card ID number assigned to the sorting card.

Next, the excluded ticket processing machine 5 will be described with reference to FIG.

The rejected ticket processor 5 processes the rejected tickets accumulated in the rejected ticket cassette 45 and collates the rejected tickets based on the inspection result (the number of good and bad tickets) from the central control console 6. Is what you do. As shown in FIG. 3, the excluded ticket processing machine 5 includes a main body (RS mechanical control, first device) 5a and a personal computer (PC, RS client, second device) 5b. The main body 5a includes a main body control section 51, a card reading section 52, an operation section 53, a memory 5,
4. It includes a rejection ticket processing unit 55 and the like. The personal computer 5b includes a CPU 56, a display unit 5,
7, a printer 58, and an interface 59.

The main body control section 51 controls each mechanism in the main body 5a of the excluded ticket processing machine 5. The card reading section 52
Is the rejected ticket cassette 4 of the inspection machine 4a (4b, 4c).
5 is to read the unique information given to the sorting card C inserted into the rejected tickets accumulated in 5. The operation unit 53 has a take-out switch 53a and a collation switch 53b, and various operations on the rejected ticket processor 5 are instructed by an operator. The excluded ticket processing unit 55 processes the paper sheets accumulated in the excluded ticket cassette 45 as the excluded ticket based on the inspection result in the inspection machine 4a (4b, 4c).

The CPU 56 controls the entire personal computer 5b, transmits an operation instruction to the main body control unit 51 of the main body 5a, and exchanges data with the central control console 6 via the interface 59. Things. The display unit 57 displays various processing contents. The printer 58 prints out the error content as a processing result when the rejected ticket is not verified. The interface 59 is for connecting to the central control console 6.

Next, the centralized control console 6 will be described with reference to FIG.

The centralized control console 6 includes an inspection machine 4a (4b,
4c), and receives information indicating the inspection result in response to the inspection result transfer request from the excluded ticket processor 5.

As shown in FIG. 4, the central control console 6 includes a main control unit 61, an operation unit 62, a display unit 63, a memory 64, a printer 65, an interface 66, and an interface 6.
7, interface 68, and interface 6
9.

The main controller 61 controls the centralized control console 6 as a whole. The operation unit 62 gives an operation instruction. The display unit 63 displays various processing contents. The memory 64 stores a control program and is used for data storage. The printer 65 prints various processing contents.

The interface 66 is connected to the excluded ticket processing machine 5. The interface 67 is
It is connected to the inspection machine 4a. Interface 6 above
Reference numeral 8 is connected to the inspection machine 4b. The interface 69 is connected to the inspection machine 4c.

The memory 64 has a table 64a for storing the inspection result of the sheet by the inspection machine 4a (4b, 4c) for each predetermined inspection unit. As shown in FIG. 5, the table 64a stores the inspection machines 4a (4b,
In 4c), the number of good tickets, the number of defective tickets, and the like are stored in correspondence with the card ID number as unique information given for each predetermined inspection unit.

Next, FIG. 6 shows the inspection machine 4a (4b, 4b).
It is a figure which shows the state of the exclusion ticket S and the sorting card C integrated on the exclusion ticket cassette 45 of c).

The inspection machines 4a (4b, 4c) are, for example, a bundle (100), a bundle (500), a bundle (1000).
A good ticket, a bad ticket, and a rejected ticket are determined for each predetermined inspection unit such as a sheet. At this time, the inspection machines 4a (4b, 4c)
The sheets S determined to be excluded tickets are accumulated in the excluded ticket cassette 45.

When the inspection of the sheets in the predetermined inspection unit is completed, the inspection machine 4a (4b, 4c) inspects the number of good and bad (other than rejected) sheets in association with the unique information. As a result, while outputting to the centralized control console 6 and issuing the sorting card C to which the above-mentioned unique information is added, the sorting cards C are stacked by being stacked on the excluded tickets S accumulated in the excluded ticket cassette 45. The sorting card C partitions the excluded ticket S in the excluded ticket cassette 45 for each inspection unit.

As shown in FIG. 5, the eliminated tickets S accumulated in the eliminated ticket cassette 45 are processed by the eliminated ticket processor 5.
That is, the operator takes out the rejected tickets S accumulated in the rejected ticket cassette 45 together with the above-mentioned sorting cards C. The operator processes the removed ticket S with the removed ticket processor 5 every time the removed ticket S is partitioned by the sorting card C.

At this time, the operator first supplies the section card C to the card reading section 52 to read the unique information given to the section card C. Then, when the rejection ticket processing machine 5 successfully completes the collation processing of the unique information of the sorting card C, the rejected ticket S partitioned by the sorting card C
Is supplied into the excluded ticket processing machine 5 and the collation switch 53b for instructing the collation start is pressed. As a result, the excluded ticket processor 5 starts the process of matching the excluded ticket S.

Next, the operation of the excluded ticket processing machine 5 will be described with reference to FIG.
This will be described with reference to the flowchart shown in FIG.

That is, the operator takes out the sorting cards C and the excluded tickets S accumulated in the eliminated ticket cassette 45.
Then, the leading sorting card C is inserted into a card insertion slot (not shown) provided in the main body 5a of the excluded ticket processing machine 5. At this time, the CPU 56 issues a permission to read the section card C to the main body control unit 51 (step 1).

The main body control section 51 of the main body 5a includes a CPU 56
Based on the reading permission of the sorting card C from the group, the sorting card reading process for reading the card ID number (unique information) given to the sorting card C inserted by the card reading unit 52 is performed (step 2). The main body control unit 51 uses the card reading unit 52 to read the card ID number as the unique information read from the sorting card C into the personal computer 5.
b to the CPU 56.

On the other hand, the CP of the personal computer 5b
Upon receiving the card ID number notified by the main body control unit 51, the U56 communicates with the central control console 6 and searches for a card ID number that matches the card ID number stored in the table 64a. Thereby, the CPU 56
Performs collation processing of the classified card C based on whether or not a matching card ID number exists in the table 64a (step 3). The result of the collation of the sorting card C is notified to the main body control unit 51.

As a result, upon receiving a notification that the classification card C has not been collated (step 4), the main body control section 51
The inserted sorting card C is discharged (step 5), and the state returns to the state before the inserting of the sorting card in step 1 described above.

Further, upon receiving a notification that the sorting card C has been collated (step 4), the main body controller 51 takes in the inserted sorting card C (step 6). Thereafter, the operator operates the operation unit 53 to take out the removal switch 53a.
When is pressed, the main body controller 51 takes out the card C (step 7). Further, the rejected ticket S following the collated sorting card C is flown to the rejected ticket processing unit 55, and when the operator presses the collation switch 53b using the operation unit 53, the main unit control unit 51 sends the rejected ticket S to the personal computer 5b.
Is notified of the start of the collation processing. Thereby, the rejection ticket S is collated by the personal computer 5b (step 8).

When the collation switch 53b is pressed, the CPU 56 instructs the main body control unit 51 to remove the rejected ticket S.
Of the card reading unit 5
The reading processing of the next sorting card by 2 is permitted. Thereby, in parallel with the rejection ticket S collation processing, the next sorting card C
Is input, the main body control unit 51 executes a reading process for the sorting card.

For example, the time required for the reading process (steps 1 and 2) of the sectioned card is 0.7
When the time required for the rejected ticket collation processing (steps 8 and 9) is 1.5 seconds in seconds, the processing time until the rejected ticket collation processing classified by the next division card is read by the division card The time required for processing can be reduced by 0.7 seconds.
This reduction in processing time is less than one second in a single operation, but when processing a large amount of paper sheets, the reduced processing time is accumulated in multiple operations and the total processing time is reduced. Can be greatly reduced.

That is, when the collation switch 53b is depressed by the operator, the excluded ticket processing machine 5 executes the rejected ticket S collation processing without waiting for the end of the rejected ticket S collation processing by the personal computer 5b. And the main body 5a
The reading process for the next sorting card C is executed.

As a result, since the reading process of the sorting card C to be subjected to the next matching process is executed during the matching process of the rejected ticket S, compared with the case of executing the reading process of the sorting card C after the matching process, the overall The processing time can be reduced by the time required for the reading process of the sorting card C.

The rejection ticket S is compared with the rejection ticket counted by the rejection ticket processing unit 55 of the main body 5a and the central control console 6.
(Step 8) based on the number of good and bad tickets stored in the table 64a. That is, the number of rejected tickets counted by the rejected ticket processing unit 55 is compared with the number of rejected tickets determined based on the number of good tickets, bad tickets, and inspection units. It is determined that they have been matched, and if the numbers do not match, it is determined that there is no matching (step 9).

If the CPU 56 determines that the rejected ticket S has been collated by this collation processing, the CPU 56 proceeds to the above-described step 3, and the collation processing for the next section card becomes possible. That is, when the matching process for the excluded ticket S is completed, the CPU
When the result of reading the next section card C by the card reading section 52 of the main body 5a permitted in step 1 has already been notified, the section 56 executes the section card collation processing. Further, when the reading result of the next sorting card C is not notified, the CPU 56 executes the collation processing of the sorting card C after waiting for the notification of the reading result.

If it is determined that there is no collation in the collation processing for the excluded ticket S, the CPU 56 executes error processing such as printing the content of the non-collation by the printer 58 (step 10).

As described above, the rejected ticket collation processing and the sorting card reading processing are executed in parallel.
The next sorting card to be collated can be pre-read, and the time required for reading the next sorting card to be processed can be reduced in the overall processing time.

[0055]

As described above in detail, according to the present invention, the processing for a rejected ticket can be performed in parallel, and the entire processing time can be shortened. Can be provided.

[Brief description of the drawings]

FIG. 1 is a diagram showing a schematic configuration of a paper sheet processing system according to an embodiment of the present invention.

FIG. 2 is a block diagram showing a schematic configuration of the inspection machine.

FIG. 3 is a block diagram showing a schematic configuration of an excluded ticket processing machine.

FIG. 4 is a block diagram showing a schematic configuration of a centralized control console.

FIG. 5 is a view for explaining the contents of a table in a memory;

FIG. 6 is a view for explaining a sorting card and a rejected ticket to be integrated in a rejected ticket cassette.

FIG. 7 is a flowchart for explaining processing of an excluded ticket.

[Explanation of symbols]

 4a (4b, 4c) ... Inspection machine 5 ... Excluded ticket processing machine 5a ... Main unit 5b ... Personal computer 6 ... Centralized control console 31 ... Control unit 39 ... Total judgment unit 45 ... Excluded ticket cassette 51 ... Main unit control unit 52 ... Card reading Unit 55: Excluded ticket processing unit 56: CPU 64: Memory 64a: Table S: Excluded ticket C: Classification card

Claims (4)

[Claims] 1. An external device which stores an inspection result of whether a sheet is an excluded ticket or a non-excluded ticket in association with specific information for each predetermined inspection unit, and wherein the unique information is stored for each inspection unit. In a paper sheet processing machine that processes exclusion tickets accumulated by being divided by the assigned sorting member, reading means for reading unique information from a sorting member provided with unique information for sorting the excluded ticket for each inspection unit. First collating means for collating the unique information of the sorting member read by the reading means with the unique information corresponding to the inspection result of the sheet for each inspection unit stored in the external device; When the unique information is collated by the first collating means, the number of rejected tickets classified by the classification member is counted, and
A second collating unit for collating the number of rejected tickets based on the inspection result corresponding to the unique information collated by the collating unit; and, when the unique information is collated by the first collating unit,
Control means for executing processing by the reading means for the next sorting member in parallel with processing by the second collating means. 2. A first device for processing exclusion tickets collected by being sorted by a sorting member provided with unique information for each predetermined inspection unit, outputting an operation instruction to the first device, In the sheet processing machine including a second device connected to an external device that stores an inspection result indicating whether a sheet is a rejected ticket or a non-rejected ticket for each inspection unit in association with the unique information, A reading unit for reading unique information from a sorting member provided with unique information for sorting the excluded tickets for each inspection unit; and a processing unit for performing a process of counting the excluded tickets sorted by the sorting member. The second device, the unique information of the sorting member read by the reading means, and unique information corresponding to the inspection result of the sheet for each inspection unit stored in the external device, , And first matching means for matching When the unique information is collated by the first collating means, the number of rejected tickets is determined based on the number of rejected tickets by the processing means and the inspection result corresponding to the unique information collated by the first collating means. When the unique information is collated by the second collating means for collating and the first collating means,
Control means for executing a reading process for the next sorting member by the reading means of the first apparatus in parallel with the processing by the second collating means. . 3. An inspection machine for inspecting a paper sheet, an exclusion ticket processing machine for performing processing on a paper sheet determined to be an exclusion ticket by an inspection by the inspection machine, and an inspection machine for the inspection machine and the exclusion ticket processing machine. In a paper sheet processing system constituted by a centralized control console for integrating the whole, an inspection means for inspecting whether or not a paper sheet is an excluded ticket or a non-excluded ticket for each predetermined inspection unit; Means for outputting to the centralized control console the number of sheets determined to be other than a rejected ticket as the inspection result of the inspection unit in association with the unique information, and sheets rejected by the inspection means Stacking means for inserting a sorting member provided with unique information corresponding to the inspection result for each inspection unit by the inspection means and stacking, and the rejection ticket processor is integrated by the stacking means. Paper leaf Reading means for reading the unique information given to the classifying member inserted in the class; collating the unique information read by the reading means with the unique information output to the centralized control console by the output means; When the unique information is collated by the first collating means,
The rejected tickets classified by the collating member of the collated unique information are counted, and the rejection for each inspection unit is performed based on the number of sheets other than the rejected tickets output from the inspection machine to the central control console. A second collating unit for collating the number of tickets, and when the unique information is collated by the first collating unit,
A sheet processing system comprising: a control unit that executes a process by the reading unit on a next sorting member in parallel with a process by the second collation unit. 4. An inspection machine for inspecting paper sheets, an exclusion ticket processing machine for processing a paper sheet determined to be an exclusion ticket by inspection by the inspection machine, and an inspection machine and an exclusion ticket processing machine. In a paper sheet processing system constituted by a centralized control console for integrating the whole, an inspection means for inspecting whether or not a paper sheet is an excluded ticket or a non-excluded ticket for each predetermined inspection unit; Means for outputting to the centralized control console the number of sheets determined to be other than a rejected ticket as the inspection result of the inspection unit in association with the unique information, and sheets rejected by the inspection means And accumulating means for inserting and accumulating a sorting member provided with unique information corresponding to the inspection result for each inspection unit by the inspection means, wherein the centralized control console is output by the output means. Above A table for storing inspection results corresponding to the unique information for each inspection unit, wherein the rejection ticket processing machine stores the unique information given to the sorting member inserted into the paper sheets stacked by the stacking means; Reading means for reading, unique information of the sorting member read by the reading means, unique information stored in a table of the centralized control console,
First collating means for collating the information, and when the unique information is collated by the first collating means,
The number of rejected tickets classified by the collation member of the collated unique information is counted, and the sheets other than the rejected ticket in the inspection result corresponding to the unique information collated by the first collation means by the table of the centralized control console. A second collating unit that collates the number of rejected tickets for each inspection unit based on the number of pieces of the inspection unit, and when the unique information is collated by the first collating unit,
Control means for executing processing by the reading means for the next sorting member in parallel with processing by the second collating means.