JPS6318792B2 - - Google Patents

Description

[Detailed description of the invention] [Objective of the invention] (Field of industrial application) The present invention is for processing paper sheets such as paper waste and securities, and has a counting function and a set number separation function. The present invention relates to a paper sheet processing device.

(Prior Art) Conventionally, paper sheet processing devices equipped with a counting function and a set number separation function have a structure in which both functions are switched by a changeover switch.

(Problem to be solved by the invention) Therefore, if the changeover switch is operated incorrectly when the set number of sheets has been set, the reverse function may be performed, or when the set number of sheets has not been set, the switch may be operated incorrectly. Even if the switch was switched to the set number of sheets separation function, there was a problem that the set number of sheets separation function did not work.

The present invention determines whether or not data is set in the sheet number setting memory that stores the set sheet number data, and controls the switching between the counting function and the set sheet number separation function based on the determination, thereby accurately switching between the two functions. It is an object of the present invention to provide a paper sheet processing device that is easy to use and that simplifies switching operations.

[Structure of the invention]

(Means for Solving the Problems) The paper sheet processing device of the present invention includes a paper sheet supply section that feeds out paper sheets one by one, and a paper sheet feeding section that conveys the paper sheets sent out from the paper sheet supply section. a paper sheet conveyance section,
a paper sheet detection unit that detects paper sheets conveyed in the paper sheet conveyance unit and outputs a paper sheet detection signal;
a counting memory for storing counting data, a sheet number setting memory for storing set sheet number data, a sheet number setting storage section that is set when the set sheet number data is preset in the sheet number setting memory, a display section, and the sheet detection unit. a count up means for counting up counting data in the counting memory every time a paper sheet detection signal is output from the unit; and a count up means for counting up counting data in the counting memory; a determining means for determining whether or not there is a match; a detecting means for determining that the paper sheets fed out from the paper sheet supply section are finished;
When the determination means determines that there is a match, and
control means for stopping the operation of the sheet supply section when the sheet number setting storage section is reset and the detection means determines that the sheet supply is finished; and counting data in the counting memory and setting of the sheet number setting memory. and a display means for displaying the sheet count data on the display section.

(Function) The present invention presets and stores the set sheet number data in the sheet number setting memory, sets the sheet number setting storage section, and also sets paper sheets.

Then, the paper sheets are fed out one by one in the paper sheet supply section, and the paper sheets sent out from the paper sheet supply section are transported by the paper sheet transport section. The paper sheet detecting section detects the paper sheet detected by the paper sheet detection section and outputs a paper sheet detection signal, and the count data of the counting memory is counted up by the count up means every time the paper sheet detection signal is output. In addition, the determination means compares the sheet number setting memory and the counting memory, and when the sheet number setting memory and the counting memory match with each other while the sheet number setting storage section is set, the control means operates the sheet supply section. is stopped, and the count data of the count memory and the set number of sheets data of the sheet number setting memory are displayed on the display section by the display means.

On the other hand, when the sheet number setting storage section is reset, when the detection means finishes feeding out the paper sheets from the paper sheet supply section, the operation of the paper sheet supply section is stopped and the count data in the counting memory is displayed on the display means. Display on the display.

(Example) Hereinafter, an example of the paper sheet processing apparatus of the present invention will be described with reference to the drawings.

FIG. 1 is a perspective view showing the appearance of this embodiment.
In the figure, 1 is the housing, and the paper sheet input port 2 is on the top surface.
However, a key operation section 3 and a display section 4 are provided on the front, and an opening/closing door 5 is provided on one side. On the key operation unit 3, a number key 6, a preset key 7, a start key 8, a reset key 9, and a CE key 10 are arranged. In addition, the display section 4 shows
A set number display 11, a count display 12, a completion display lamp 13, and an error display lamp 14 are provided, respectively. On the other hand, inside the housing 1, as shown in FIG. A paper sheet storage section 23 and a motor 24 are respectively provided.

The paper sheet supply section 21 is provided with side plates 25 on both sides of the paper sheet input port 2, and one end thereof is slightly inclined downward as it goes toward the paper sheet transport section 22. A support plate 27 having an opening 26 near one end is fixed, and a reversing roller 28 is provided above one end of the support plate 27 to be rotated counterclockwise in the figure by the drive of the motor 24. Further, below the support plate 27, there are provided a belt-shaped delivery roller 29 whose upper portion projects upward from the opening 26 and which rotates counterclockwise in the drawing by the drive of the motor 24, and a stopper mechanism 30. There is. In the stopper mechanism 30, the lower end of a connecting rod 33 is connected to the operating rod 32 of the self-holding magnet 31, and the other end is connected to the upper end of the connecting rod 33.
is rotatably supported by a spring 35 at one end.
An undulating plate 36, which is always urged upward, is connected. The reversing roller 2 is attached to one end of the undulating plate 36 by the operation of the self-holding magnet 31.
A stopper 37 is formed that moves toward and away from the feed roller 8 and moves up and down with respect to the feed roller 29. Therefore, this stopper 37 is positioned above the feed-out roller 29 when the self-holding magnet 31 is de-energized, and the stopper 37 is positioned above the feed-out roller 29 to move the paper sheet W to the feed-out roller 2.
9 to stop the feeding operation, and send back the paper sheet W that is in the middle of being fed out in contact with the reversing roller 28. When the self-holding magnet 31 is energized, it is positioned below the feeding roller 29 and the paper sheet W is moved back. The paper sheets W are brought into contact with a sending-out roller 29 to start a feeding operation, and the sent-out paper sheets W are sent out to the next paper sheet conveying section 22 without contacting with a reversing roller 28.

The paper sheet conveying section 22 is provided with a carry-in roller 38 on one side of the support plate 27, which rotates counterclockwise in the figure by the drive of the motor 24. The lower end of a guide body 40, which has a curved surface so as to form a conveyance section 39 with respect to the outer peripheral surface of the guide body 40, is rotatably mounted on a shaft 41, and is urged counterclockwise in the figure by this shaft 41. A base end of a roller arm 43 having a driven carry-out roller 42 at its tip is rotatably mounted on an axis. Further, a driving carry-out roller 44 that contacts the driven carry-out roller 42 and rotates counterclockwise in the figure by the drive of the motor 24 is provided on the fixed plate 45.
A pair of guide plates 46 and 47 are provided for guiding the roller arm 43 and paper sheets W through the conveying section 39 to the discharge rollers 42 and 44, respectively. A sheet detector 50 consisting of a light emitting diode 48 and a phototransistor 49 facing each other is provided on the pair of guide plates 46 and 47.

In the paper sheet storage section 23, a storage box 51 is provided on the other side of the lower part of the casing 1 so that the storage box 51 can be taken in and out. A guide plate 52 for guiding the material to the storage box 51 is rotatably provided via a shaft 53. This guide plate 52 is biased clockwise in the figure by a spring 54, and the other end is in contact with an overflow detector 55.

The overflow detector 55 is connected to the storage box 51.
When a predetermined amount of paper sheets W has accumulated, the other end of the guide plate 52 is displaced upward and turned off. Further, 56 is an arm position detector which is turned off when the roller arm 43 is not set correctly. 57 is a storage box position detector which turns off when the storage box 51 is not set correctly. 58 is a door position detector which is turned off when the opening/closing door 5 is completely closed.

FIG. 3 is a block diagram showing the internal system. In the figure, 61 is a count up means 61a, a judgment means 61b, a detection means 61c, and a control means 61.
d. When a central control unit (CPU) constituting the display means 61e receives a key signal from the key operation unit 3, it operates according to a program stored in the ROM 66, which will be described later, and displays the set number of sheets, count value, etc. is displayed on the display section 4 by the display means 61e via the digit decoder 62 and the segment decoder 63. The CPU 61 also has a read-only memory (ROM) 66, a random access memory (ROM) 67, a paper sheet detection section 68, and a first error detection section 69 via an address bus 64 and a data bus 65. , a second error detection section 70, and a latch circuit 71 are connected thereto.

The RAM 67 includes a number setting memory 72, a counting memory 73, a total memory 74, a completion indicator lamp memory 75, an error indicator lamp memory 76, a number setting flag 77 as a number setting storage section, a set number of copies completed flag 78, and a set number of copies not completed. flag 7
9, power outage processing flag 80, number register 81,
Timer counter 82 and blinking timer 83
etc. are provided with their respective addresses defined. Further, the paper sheet detection section 68 is connected to the paper sheet detector 50.
When the first error detecting section 69 detects the passage of the paper sheet W, the first error detecting section 69 outputs a paper sheet detection signal at the "1" level, and when the overflow detector 55 turns off, the first error detecting section 69 outputs a paper sheet detection signal at the "L" level.
The second error detection unit 70 outputs an "L" level error detection signal when any of the arm position detector 56, storage box position detector 57, and door position detector 58 is turned off. It is output and given to the CPU 61. Further, the latch circuit 71 outputs a motor drive signal for driving the motor 24, a magnet excitation signal and a magnet release signal for operating the self-holding magnet 31.

Next, the effect will be explained.

First, while waiting for key-in, the set number of sheets incomplete flag 79 is set according to the error check subroutine shown in FIG. It constantly judges whether there is a signal or not.
If the set number of sheets incomplete flag 79 is set, that is, the previous counting operation was completed with the set number of sheets separation function and the set number of sheets data preset in the number of sheets setting memory 72 was not reached, the lighting code of the completion indicator lamp memory 75 is set. is reversed and the completion indicator lamp 13 is turned on and off repeatedly, so the completion indicator lamp 13 blinks. In addition, the first error detection unit 69
If there is an error signal from the storage box 51, that is, if more than a specified amount of paper sheets W is accumulated in the storage box 51, a lighting code is written in the error display lamp memory 76, and on the other hand, there is an error signal from the second error detection section 70. In other words, if at least one of the arm position detector 56, storage box position detector 57, and door position detector 58 is off, the lighting code in the error display lamp memory 76 is reversed and the key code buffer is turned off. Clear, that is, all the key code data input under an error condition is cleared, and after a certain number of seconds set by the flashing timer 83 has elapsed, the loop returns to the determination of the set number of sheets incomplete flag 79 is repeated. Therefore, the error indicator lamp 14 lights up when there is an error signal from the first error detection section 69, but goes around the loop once when there is an error signal from the second error detection section 70. The lighting code in the error display lamp memory 76 is inverted every time, so it blinks. Therefore,
The cause of the error can be determined by checking whether the error display lamp 14 is lit or blinking.

Next, the set number of sheets is preset while the error display lamp 14 is off, that is, when there is no error signal from the first and second error detection sections 69 and 70. In this operation, first set the number of sheets to be installed using the number key 6, temporarily store the set number data (set number of sheets data) in the number register 81, and then
Press preset key 7. Then, the CPU 61
The set number of sheets data temporarily stored in the number register 81 is written to the number of sheets setting memory 72, and the number of sheets setting flag 77 is set.

Next, after setting the paper sheets W in a piled state on the support plate 27 (in this case, since the stopper 37 is located above, the paper sheets W are separated from the feed roller 29), Press start key 8.
Then, the CPU 61 first prohibits the reception of key input according to the flowchart shown in FIG.
After resetting the set number of sheets incomplete flag 79 and clearing the set number register 81, a jam check process is performed.

The jam check process begins with the paper sheet detection unit 68 according to the subroutine process shown in FIG.
It is determined whether or not there is a paper sheet detection signal at the "L" level, and if there is, that is, when paper sheets W are stuck in the conveyance section 39, the error display lamp memory 7
Write the lighting code in 6 and turn on the error display lamp 14.
lights up. Therefore, when the error display lamp 14 is lit, the opening/closing door 5 is opened, the roller arm 43 is rotated clockwise about the shaft 41, and the paper sheets stuck in the conveying section 39 are removed. Remove W and set to the original state again. Then, since the paper detection signal from the paper detection section 68 disappears, the error display lamp memory 76 is cleared and the error display lamp 14 is turned off, and then the latch circuit 71 outputs a magnet release signal for a fixed number of seconds. In this case, since the self-holding magnet 31 is in a non-energized state, it is maintained in that state even if the magnet release signal is output.

Next, after resetting the lighting codes of the completion indicator lamp memory 75 and the error indicator lamp memory 76, the process proceeds to the error check subroutine and again checks whether there is an error signal from the first and second error detection sections 69, 70. Then, the process returns to the flowchart of FIG. 4, and then it is determined whether or not the set number of sheets completion flag 78 has been set. If the set number of sheets completion flag 78 is set, the counting memory 73 and cumulative total memory 74 are cleared. On the other hand, if the set number completion flag 78 is not set, the counting memory 73 and cumulative memory 74 are not cleared.
The count up means 61a counts up and adds to the count data up to the previous time stored in 3. Thereafter, the set number of sheets completion flag 78 is reset, the completion indicator lamp memory 75 is cleared, the completion indicator lamp 13 is turned off, the power failure processing flag 80 is set, and the motor drive signal is output from the latch circuit 71 for the specified number of seconds. After a certain period of time, a magnet excitation signal is output for a certain period of time.

Then, first, motor 2 is activated by the motor drive signal.
4 is driven, the feed roller 29, the reversing roller 28, the carry-in roller 38, and the driving carry-out roller 44.
rotate counterclockwise. After this, the self-holding magnet 31 is activated by the magnet excitation signal.
is excited, so that the stopper 37 is separated from the reversing roller 28 and positioned below the feed roller 29. Therefore, the paper sheets W are separated one by one from the lower layer by the rotation of the feed roller 29, and are stored in the paper sheet storage section 23 through the paper sheet transport section 22. At this time, each time the paper sheet W passes through the paper sheet detector 50, the paper sheet detection section 68 outputs a paper sheet detection signal.

On the other hand, the CPU 61 resets the timer counter 82 and determines whether or not there is a paper detection signal from the paper detection section 68. If there is no sheet detection signal, the timer counter 82 is set and the timer counter 82 is set for a certain period of time (2000m).
s), and if there is a paper detection signal within the certain period of time, "1" is added to the counting memory 73, and then the number of sheets setting flag 77 is set. Determine whether or not.
When the number of sheets setting flag 77 is set, that is, when the set number of sheets data is preset in the number of sheets setting memory 72, the determining means 61b compares the number of sheets setting data of the number of sheets setting memory 72 and the count data of the counting memory 73. Compare to see if they match. If the results do not match or if the number setting flag 77 is reset, the display means 61e displays the set number of sheets data in the number setting memory 72 on the set number display 11, and displays the count data in the counting memory 73 on the count display 12. are displayed respectively,
After resetting the timer counter 82, the first
It is determined whether or not there is an error detection signal from the second error detection sections 69 and 70. If there is no error detection signal from either of the first or second error detection sections 69, 70, the detection means 61c determines whether or not there is no paper detection signal from the paper sheet detection section 68.
Here, if there is a paper sheet detection signal, a timer counter 82 is set, and it is determined whether or not there is no paper sheet detection signal within a certain period of time (220 ms) set by the timer counter 82. It is determined whether W has completely passed through the sheet detector 50. As a result, when the paper sheet detection signal disappears,
The next paper sheet W is detected and counted. Therefore,
By repeating the processing route A, the paper sheets W are sequentially counted and processed.

Here, when the number of sheets setting flag 77 is set, if the determining means 61b determines that the set number of sheets data in the number setting memory 72 and the count data in the counting memory 73 match, the process proceeds to processing route B. In other words, the set number of sheets completed flag 7
8 is set, and the latch circuit 71 outputs a magnet release signal. Then, the excitation of the self-holding magnet 31 is released, so the stopper 3
7 is located above the feed roller 29 and the paper sheet W
is separated from the feed-out roller 29 to stop the feed-out operation, and the paper sheet W, which has been sent out halfway, is pushed back by the reversing roller 28. On the other hand, the display means 61e of the CPU 61 transfers the counting data in the counting memory 73 to the total memory 74, and transfers the data in the number setting memory 72 and counting memory 73 to the set number display 11 and the counting display 1.
2, it is determined whether or not the set number of sheets incomplete flag 79 is set. In this case, since the set number of sheets incomplete flag 79 is not set, the completion indicator lamp memory 75
The completion indicator lamp 13 is turned on by writing a lighting code into it. Thereafter, the magnet release signal is stopped and the motor drive signal is stopped. Then, since the motor 24 stops, the feed roller 29, the reversing roller 28, the carry-in roller 38, and the driving carry-out roller 44 stop. Next, after performing the jam check process, the power failure processing flag 80 is reset, key input is canceled, and the system returns to the key-in standby state. Then, the paper sheets W are supplied to the paper sheet supply section 21.
8 remains, press the start key 8 again.
When you press , the count memory 73 and total memory 7 are
4 is cleared, and when the counting data in the counting memory 73 reaches the set number data in the number setting memory 72 due to the counting operation of the processing routine A, the stopping means 61b stops the process. Therefore, when the set number of sheets data is present in the number of sheets setting memory 72, that is, when the number of sheets setting flag 77 is set, it operates as a set number of sheets separating function.

On the other hand, if the number of sheets setting flag 77 is not set, the operation of processing route A is repeated without comparing the set number of sheets data of the number of sheets setting memory 72 and the count data of the counting memory 73, and the count data of the counting memory 73 is The display means 61e displays it on the counting display 12 and operates as a counting function.

Now, when all the paper sheets W input into the paper sheet supply section 21 are sent out in these counting operations, a paper sheet detection signal is obtained during a certain period of time (2000 ms) set by the timer counter 82. Therefore, the process proceeds to processing route C and determines whether or not the number of sheets setting flag 77 is set.

Here, if the number of sheets setting flag 77 is set, the counting memory 7 is set in the set number of sheets separation function.
Since the state has ended when the count data of No. 3 is less than the set number of sheets data in the number of sheets setting memory 72, after setting the set number of sheets incomplete flag 79, the processing of the processing route B is carried out, and the process returns to the key-in standby state. . Therefore, after this process is completed, the completion indicator lamp 13 blinks due to the error check subroutine in the key-in standby state, indicating that the number of copies is less than the set number.
On the other hand, if the sheet number setting flag 77 is not set, the counting function has finished, and the processing route B is directly performed.
Therefore, in this case, since the set number of sheets completion flag 78 is not set in processing route B, the lighting code is written in the completion indicator lamp memory 75 and the completion indicator lamp 13 is lit. In short, since the completion indicator lamp 13 blinks only when the number of copies is less than the set number of copies in the set number separation function, the completion state can be determined based on the display state of the completion indicator lamp 13.

Next, if the counting operation is to be continued from these completed states, a new paper sheet W is set in the paper sheet supply section 21, and then the start key 8 is pressed. Then, in this case, since the set number of sheets completion flag 78 is not set in the flowchart of FIG.
Processing route A is performed without being cleared. Therefore, the current count data is sequentially added to the previous count data in the count memory 73 by the count up means 61a. At this time, if the number of sheets setting flag 77 is set, the process stops when the shortage of the previous count data is counted with respect to the set number of sheets data in the number of sheets setting memory 72. Therefore, if the number of sheets is less than the set number in the set number separation function, by pressing the start key 8 after setting a new sheet W, the shortage of the set number of sheets can be replenished from the new sheet W. Can be done.

Next, during the counting operation in the processing route A, if the paper sheet W gets stuck in the conveying section 39, a certain period of time (220
ms), the paper sheet detection signal does not disappear during this period, the process proceeds to processing route D, stops the motor drive signal, and stops the motor 24. Therefore, continuous jamming of paper sheets W can be prevented. After that, the count data in the count memory 73 is cleared, and the count data in the count memory 73, that is, zero, is displayed on the display means 61.
Press e to display the count display 12 and the number setting memory 72.
If there is set sheet number data, the set sheet number data is displayed on the set sheet number display 11, and then the program proceeds to the jam error subroutine shown in FIG. 5, where the error display lamp 14 is turned on. Then, when the paper sheet W stuck in the conveyance path 39 is removed, the error display lamp 14 is turned off, the process returns to the flowchart of FIG. 4 again, and the data in the cumulative memory 74 is transferred to the counting memory 73. The data in the counting memory 73 is displayed on the counting display 1 by the display means 61e.
2, the process proceeds to the jam check process of process route B.

On the other hand, if an error detection signal is received from the first and second error detection sections 69 and 70 during the counting operation in the processing route A, the process proceeds to the processing route E and stops the motor drive signal to stop the motor 24. After clearing the count memory 73 and displaying the data in the count memory 73, ie, zero, on the count display 12 by the display means 61e, the process proceeds to the jam error subroutine of processing route D. Then, in this subroutine, the first error detection unit 69
When there is an error signal from the second error detection section 70, the error display lamp 14 lights up, and when there is an error signal from the second error detection section 70, the error display lamp 14 blinks. After that, the process returns to the flowchart of FIG. 4 again, and the data in the cumulative memory 74 is transferred to the counting memory 73, and the data in the counting memory 73 is displayed on the counting display 12 by the display means 61e. Proceed to processing.

Therefore, in the case where the start key 8 is pressed multiple times before the counting data reaches the set number of sheets data in the set sheet number separation function, or in the case where the start key 8 is pressed multiple times in succession during the counting function, Even if a jam error or error occurs during the counting, the cumulative total up to the previous time is displayed, so it is only necessary to re-count the paper sheets W for which the jam error or error has occurred.

To operate as a counting function, first press the CE key 10 to clear the sheet number setting memory 72 and reset the sheet number setting flag 77, and then press the start key 8. Also, CE
If only the number of sheets setting flag 77 is cleared by the key 10, and the number of sheets setting flag 77 is set after the processing of the start key 8 is completed,
When the CE key 10 and the start key 8 are pressed successively, it operates as a counting function, and when only the start key 8 is pressed, it operates as a set number separation function.

On the other hand, in the counting function and the set number separation function, if the counting data up to the previous time is to be cleared and counting is to be started from the beginning, the reset key 9 is pressed and then the start key 8 is pressed. Then, in the flowchart of the reset key 9 shown in FIG. 6, the counting memory 73 and the total memory 74 are cleared, and the set number of sheets completed flag 78 and set number of sheets incomplete flag 79 are reset, so that the counting starts from the beginning.

Incidentally, if the set number of sheets data is not set in the number of sheets setting memory 72, that is, the display of the set number of sheets in the counting function may be entirely blank.

In addition, when the display unit 4 is set to the count display 12, the set number display 11, and the number setting flag 77, and the data in the number setting memory 72 and the counting memory 73 do not match, the sheet W Since the completion indicator lamp 13 blinks when one is completed and turns on when another ends, the completion state can be easily determined based on these display states.

〔Effect of the invention〕

According to the present invention, the count data in the count memory is counted up by the count up means every time the paper sheet detection signal is output from the paper sheet detection section, and when the set number data is preset in the sheet number setting memory, the count data is counted up. When the determining means determines that the data in the sheet number setting memory and the counting memory match when the sheet number setting storage section is set, and when the sheet number setting storage section is reset, the sheets are fed out from the sheet supplying section. When the number of sheets to be loaded is finished, the control means stops the operation of the paper sheet supply section, and the display means displays the data in the counting memory and number setting memory on the display section. Since the counting function and the set number separating function can be switched depending on whether the number of sheets is set or not, the switching can be performed accurately and easily.

[Brief explanation of the drawing]

FIG. 1 is a perspective view showing the appearance of an embodiment of the present invention, FIG. 2 is a sectional view thereof, and FIG. 3 is a block diagram.
FIG. 4 is a flowchart based on the start key operation, FIG. 5 is a flowchart showing the jam error, jam check, and error check subroutines, FIG. 6 is a flowchart based on the reset key operation, and FIG. 7 is a functional block of the present invention. It is a diagram. 4...Display section, 11...Set number of sheets display, 12
...Counting display, 13...Completion display lamp, 21
... Paper sheet supply section, 22 ... Paper sheet transport section, 61
a... Counting means forming the central management unit [CPU] 61, 61b... Judgment means forming the central management unit [CPU] 61, 61c... Detecting means forming the central management unit [CPU] 61,
61d...Central management unit [CPU] Control means forming the 61, 61e...Central management unit [CPU]
Display means constituting 61, 68...paper sheet detection section,
72...Number of sheets setting memory, 73...Counting memory,
77...Number of sheets setting flag as a number of sheets setting storage unit, W...Paper sheets.

Claims (1)

[Scope of Claims] 1. A paper sheet supply section that feeds out paper sheets one by one; a paper sheet conveyance section that conveys the paper sheets sent out from this paper sheet supply section; and this paper sheet conveyance. A paper sheet detection section that detects paper sheets conveyed in the section and outputs a paper sheet detection signal, a counting memory that stores counting data, a sheet number setting memory that stores set sheet number data, and a sheet number setting memory that stores sheet number data. A sheet number setting storage section that is set when the set sheet number data is preset; a display section; and a count up means that counts up the counting data in the counting memory every time a sheet detection signal is output from the sheet detecting section. and determining means for determining whether or not data in the sheet number setting memory and counting memory match in a state in which the sheet number setting storage section is set; a detection means for determining that the number of sheets has been completed, and when the determination means determines that the number of sheets matches, and when the number setting storage section is reset and the detection means determines that the number of sheets has been completed, the number of sheets is A paper sheet processing device comprising: a control means for stopping the operation of a supply section; and a display means for displaying count data in the counting memory and set number data in the number setting memory on the display section. 2. The display unit has a count display that displays counting data in the counting memory, a set number display that displays the set number of sheets data in the number setting memory, and a set number display that displays the set number data of the number setting memory, and when the data in the number setting memory and the counting memory match, 2. The paper sheet processing apparatus according to claim 1, further comprising a completion indicator lamp that displays when the paper sheets have been fed out from the paper sheet supply section. 3. The completion indicator lamp blinks when the number of sheets fed out from the sheet supply section is completed when the sheet number setting memory section is set and the data in the sheet number setting memory and counting memory do not match.
The paper sheet processing device according to claim 2, characterized in that the light is turned on at other end times.