JPS63178384A - Sheet paper processor - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial Application Field) The present invention is a paper sheet processing device, for example, which inspects banknotes to determine authenticity, count, and type of banknotes, and then deposits them into a safe deposit box. This invention relates to a banknote sorting and counting machine in which banknotes are stored.

(Prior art) As a paper sheet processing device, for example, a paper sheet processing device that performs authenticity determination, counting, denomination classification, etc. of banknotes, stores banknotes by denomination in a safe, and automatically processes teller operations. There is a device.

Since such devices are used for cashier operations, the inside of the safe cannot be seen from the outside, and when the safe is removed from the device, it cannot be opened without a key.

When the safe is set in the device and used, the safe must be set correctly and the inside of the safe must be empty for processing to proceed.

However, in the conventional device, when the safe is not set properly or when the safe is not empty, it simply indicates that there is an abnormality.

Therefore, even if the operator resets the safe correctly, the abnormality display remains as long as the inside of the safe is not empty. Since the inside of the safe cannot be visually inspected, the operator cannot know that the inside of the safe is empty and cannot take appropriate action.

(Problems to be Solved by the Invention) Conventionally, when there is an abnormality on the safe side, the cause of the abnormality is unknown, so there has been a problem that appropriate measures cannot be taken.

[Structure of the Invention] (Means for Solving the Problems) In order to solve the above-mentioned problems, the present invention provides a paper sheet processing device that inspects input paper sheets and stores them in a storage. A storage unit to which the storage unit is installed; a first detection means provided in the storage unit for detecting whether the storage unit is installed; and a first detection means for detecting the installation status of the storage unit based on the detection result of the first detection unit. a first notification means for notifying the storage unit; a second detection means for detecting the state inside the storage unit attached to the storage unit; The second notifying means is also provided.

(Function) The internal state of the storage and the device status of the storage are notified by independent first notification means and second notification means, so that the cause of the abnormality can be appropriately notified.

(Example) The present invention will be described below based on an example shown in FIGS. 1 to 9. FIG. 1 is a perspective view showing the appearance of the banknote processing device 10, which includes a banknote counting unit 10A that determines the denomination, authenticity, and other aspects of deposited banknotes and counts them.
The banknote storage section 10B, which stores deposited banknotes and the safe, are connected in a vertically overlapping state, and the banknote counting section 10A and the banknote storage section 10B can be separated if necessary. There is. A supply unit (which supplies a large number of banknotes P... in a stacked state in front of the banknote counting unit (IOA)
11) is provided above the supply section 11, and a pressing member 12 that can move up and down to suppress the banknotes P at the same time as the supply of banknotes is completed is provided.

Oven pockets 13, 14, 15, and 16 are provided on the upper surface of the banknote counting unit 10A, in which banknotes P discriminated by the inspection unit described later are sorted and accumulated based on the discrimination results. These oven pockets 13.14, 15.1
6 is a cover 13a, 14 which has a notch in the center and is openable and closable so that banknotes P that have been sorted and stacked can be easily taken out.
a, 15a, and 16a are provided. It should be noted that the oven pocket 13 is for beam directing.

Further, an operation section 17 is provided on the upper surface of the banknote counting section 10A. The operation unit 17 is used for starting and stopping operations, inputting an employee number, and the like. Furthermore, 1
Reference numeral 8 denotes a separate operation section that has a part of the mechanism of the operation section 17, that is, the main switch for starting and stopping the operation, etc., on the left side. It can be operated by a staff member. In addition,
The operation section 18 has a level of damaged banknotes (defaced and damaged banknotes).

A 19-step rotary switch (not shown) is provided for setting the degree of tape attachment, etc.).

Further, a small printer 19 is connected to the banknote counting section 10A, so that processing data can be printed.

Furthermore, a display device 20 is provided at the top of the banknote counter 10A.
is provided. This display device 20 is a display section and a counter that displays the number of sheets, amount, abnormality, etc.

It consists of a switch for setting modes such as front and back, fitness, storage, denomination, sorting, deposit, and pocket designation, and is also configured so that it can be swung in the direction of the staff member operating it.

In addition, (21) is a handle provided on the front of the banknote counting unit (IOA) and used when a paper jam occurs or when pulling out the mechanism for cleaning, and (22) is a handle provided in the front of the banknote counting unit (IOA).
(23) is a drawer handle for a storage safe, which will also be described later.

Note that (24a) and (25a) are small doors for concealing keys provided to unlock electromagnetic locks (24) and (25), which will be described later.

Next, the internal structure of the banknote processing apparatus shown in FIG. 1 will be explained using FIG. 3. At the bottom of the supply section 11, there is a take-out roller 26 that comes into contact with the banknotes P and takes out the paper sheets one by one using frictional force.
is installed. Further, the banknotes P taken out by the take-out roller 26 are conveyed on a conveyance path 27 constituted by a belt and rollers. On this conveyance path 27, there is a thickness detection unit 28 for detecting whether or not two bills P are taken out, and a denomination for the supplied bills P.

Inspection department 2 that determines authenticity, good/bad 1, front and back, etc., and counts them.
9 is arranged, and the inspection section 29 uses an optical and magnetic detection device. Moreover, on the above-mentioned conveyance path 27,
A plurality of sensors 30 are provided, each consisting of a light emitting element and a light receiving element, and detecting the passage of banknotes. Furthermore, a gate 31 is provided at a branching portion of the conveyance path to sort out banknotes. Note that the conveyance path 27 is connected to the inspection section 2.
Downstream from 9, oven pockets 13, 14, 15.1
6, and a transport path 27b that transports banknotes to a storage safe, which will be described later.

Gates 31... are also provided on the conveyance path 27a, and the paper sheets P are temporarily accumulated in the temporary accumulation warehouses (32), (33), and (34), respectively, by the gates (31)... be done. These temporary storage facilities (32), (33), (
A shutter (35) is provided at the bottom of each of the shutters (34), and a shutter (36) that can be moved up and down is provided at the top.
)... are attached, and as the shutter (35) opens, the button (36) descends, and the banknotes temporarily accumulated in the temporary accumulation bins (32), (33), and (34) are removed. P... are forcibly pushed into the corresponding storage safes (37), (38), and (39). When the button (36) is raised, the banknotes (36) are pushed in by the pivotable claws (40a), (40b), (40c) that are pivoted to the storage safes (37), (38), and (39). P)... is stored so that it does not move back. Furthermore, when the button (36) is raised, the shutter (35) is closed and returned to its initial state.

In addition, (24) is an electromagnetic lock for temporary storage drawer, (
Reference numeral 25) indicates an electromagnetic lock for withdrawing metal parts, and each is set to operate as necessary to limit the time when withdrawal is possible.

Furthermore, temporary storage warehouses 32, 33, 34. A detector 41a that detects whether or not there are banknotes in the temporary storage is located near the
, 41b, and 41c are provided, respectively. Further, above the detectors 41a, 41b, 41e, there are microswitches 42a, 42b.

42c is provided to detect whether or not the button 36 has operated. Moreover, the main detector 43a is composed of a light emitting element on the storage safe 37°38.39 side and a light receiving element on the temporary storage 32, 33.34 side.

44b and 44c are provided respectively, and a storage safe 37.
It is detected whether or not 38.39 is empty.

FIG. 3 is a side view showing movable parts that hold various parts in the banknote storage section. Each special feature safe 32 shown in FIG.
33 and 34, by operating the electromagnetic lock 24, the temporary storage section 45 can be pulled out in the direction of arrow X1 along the slide rail 46, and each temporary storage section 32,
The banknotes P temporarily accumulated at 33 and 34 can be taken out by hand.

Further, when the temporary stacking section 45 is pulled out in the direction of the arrow X1, the conveyance section 47 positioned above the temporary stacking section 45 and feeding banknotes (P) moves along the slide rail 48 in the direction of the arrow X2. After being pulled out, the conveyance upper part 49 forming the upper part of the conveyance path 27b is rotated counterclockwise as shown by the arrow around the first fulcrum 49a, and then clockwise as shown by the arrow around the second fulcrum 49b. This makes it possible to remove banknotes P that have become jammed in the transport section 47, and also to easily clean the optical sensor 50 and the like.

On the other hand, the safe section 51 having the storage safes 37, 38, and 39 shown in FIG. 2 can be pulled out in the direction of arrow X3 along the slide rail 52 by operating the electromagnetic lock 23. By pulling out the safe section 51, it is installed in the storage safes 37, 38, 39. lid 53a,
53b and 53C are each configured to rotate clockwise to automatically close the storage safe 37°38.39.

The storage safes 37, 38, and 39 can be taken out upward after the safe section 51 is pulled out.

Furthermore, as shown in FIGS. 4(a) and 4(b), the safe section 51 has backup bodies 54a, 54b, and 54c inside each of the storage safes 37, 38, and 39, and slides (not shown). It is supported by a shaft and can move up and down. The drive piece 55a of the backup body of each storage safe 37, 38, 39.

55b and 55c have magnets 56a and 56b.

56c is provided, as well as Nihari reed switches 57a, 57b, and 57c on the safe section 51 side. And each reed switch 57a when the storage safes 37, 38, 39 are almost empty.

57b and 57c are arranged to be turned on. Furthermore, magnets 58a, 58b, 58e are provided below the storage safes 37, 38, 39, and reed switches 59a, 59 are provided on the safe section 51 side.
b, 59c are provided, and each storage safe 37, 38 .
39 is set correctly, the reed switch 59a
, 59b, and 59c are arranged so that they are turned ON. Then, reed switches 57a, 57b, and 57c are ON, and reed switches 59a, 59b, and 59c are OFF.
When N, it is determined that each storage safe 37, 38, 39 is set correctly. Further, on the upper surface of the safe section 51, LED display devices 60a, 6
0b and 60c are provided corresponding to the storage safes 37, 38, and 39, respectively, and are designed to light up when the safes are set correctly. Therefore, Fig. 4(a)
As shown in FIG. 3, since banknotes P are accumulated in the storage safe 37, the reed switch 57a is not turned on and the L
The ED display device 60a does not light up. Further, as shown in FIG. 4(b), when the inside of the storage safe 37 is empty and the safe is correctly set, the LED display device 60a lights up.

When replacing the storage safe, the staff member pulls out the safe section 51 as shown in FIG. 5 and replaces each storage safe 37, 38 .
Perform 39 exchanges.

At this time, if the LED display devices 60a, 60b, and 60e are not lit, it can be immediately determined that the safe is incorrectly set.

Next, the above-mentioned shutter 35 will be explained.
As shown in the figure, the shutter 35 has plates 61 and 62.
The plate 61 is supported by slide rails 63 and 64. Further, the plate 62 is also supported by a slide rail (not shown). The ends of the plates 61.62 are connected to the opening/closing members 65.6.
The opening/closing members 65 and 66 are pivotally supported to each other in the center and rotate in conjunction with each other in opposite directions. The ends of the opening/closing member 66 and the plate 61 are provided with springs 67a.

67b, it is urged in the direction indicated by the arrow in the figure.

The state shown in FIG. 6 is a state in which the shutter is closed, and when the plate 61 moves in the direction indicated by the arrow, the plate 62 moves in the opposite direction in conjunction. Opening/closing member 65
and 66 are biased by a roller 68a rotated by a motor 68 to perform opening/closing operations, and when the roller 68 rotating in the direction of arrow B is removed from the illustrated position, the biasing forces of springs 67a and 67b , the plates 61, 62 move and the shutter 35 opens. Note that the magnet 6 is attached to the end of the opening/closing member 66.
9 is provided, and reed switches 70a and 70b are provided at the shirt top closed position and the shirt top open position, respectively. The reed switch 70a detects that the shutter is closed, and the reed switch 70b detects that the shutter is open.

Next, the display device 20 will be explained. The display device 20 is roughly divided into a mode setting key and a display device.

At the upper left of the display device 20, an online/offline selection key 71 for selecting online processing or offline processing is provided.

A deposit/arrangement key 72 is provided below this key, and allows the user to select whether to perform the deposit processing or to organize the deposit.

Deposit processing is a process in which, for example, at a store, etc., the day's sales are inputted as appropriate and the data is saved so that it can be aggregated later.Organization is simply counting by denomination, This process involves sorting the front and back sides of the notes, or separating them into good notes and unfit notes.

Below the deposit/arrangement key 72 are provided keys for setting the details of arrangement, including a counting key 73, front and back keys 74 .
Good/damage key 75. A fitness/damage front/back key 76 is provided.

Below these keys are ten thousand keys 7 for setting the ticket type.
7a, 5000 keys 77b, 1000 keys 77c, 500 keys 77d
There are 10,000 yen bill, 5,000 yen bill, 1,000 yen bill, respectively.
Set the ticket type for the 500 yen bill.

The processing settings when inputting the counting key 73 to the fitness/loss front/back key 76 will be explained.

(1) Counting mode In this mode, the inserted bills are sorted and counted by denomination, and -10,000 yen bills, 5,000 yen bills, and 1,000 yen bills are accumulated in oven pockets 14, 15, and 16, respectively.

(2) In this mode, the tickets specified by the front and back mode keys 77a to 77d are counted separately for each front and back. Accumulated.

(3) A mode in which the tickets specified by the ticket type using the fit/loss mode keys 77a to 77d are divided into good notes and unfit notes and counted.
Oven pocket 13 for unfit notes and other notes, respectively.
, 14°15.

(4) Use the fitness/damage front/back mode keys 77a to 77d to determine the fitness and the front/back of the ticket specified by the ticket type, and select the correct ticket as the front ticket, the regular ticket as the back ticket, and the unfit ticket in the oven pocket 13, It will be collected on 14.15.

A storage key 78 is provided on the right side of the fitness front/back key 76, and when this key is pressed, a mode is entered for depositing money and storing the ticket in the storage safe 37, 38, 39. storage key 7
8 are storage mode switching keys 79a and 79b for switching the storage mode.

79e and 79d are provided. After pressing the storage key 78, these storage mode switching keys 79a, 79b are pressed.
, 79c, and 79d will display "Storage 1" and "Storage 1" respectively.
"Storage 2", "Storage 3".

“Storage 0” is set. These modes will be explained.

(1) Storage 1 mode Storage safes 37, 38 and 39 respectively A mode for storing 10,000 yen bills, 1,000 yen bills, and other tickets.

(2) Storage 2 modes Storage safes 37, 38 and 39 respectively A mode for storing 10,000 yen bills, -10,000 yen bills, and other tickets.

(3) 3 storage modes Storage safe 37, 38, 39 respectively A mode for storing 1,000 yen bills, 1,000 yen bills, and other tickets.

(4) Storage 0 mode When the storage safe 37 is full in the mode where tickets are stored in the storage safe in a mixed state, the storage destination is switched to the storage safe 38, and when the storage safe 38 is full, the storage destination is switched to the storage safe 39. Store it.

Note that the storage mode can only be set when replacing the storage safe. In other words, the storage safe is set correctly,
The mode cannot be set unless it is detected that the contents of the storage safe are empty. Also, once the storage mode is set, this mode is stored in the RAM (described later), and even if counting is performed with an interrupt during processing in the storage mode, when the engraving is canceled later, the original storage mode will be restored. is automatically set.

Further, an interrupt key 80 is provided above the storage mode switching key 79c. This interrupt key 80 is
For example, when you want to organize while in the storage mode, or when you want to process deposits and counts, press the button after the currently processed ticket has been stored.

Then, the data being processed can be stored and processed in other modes. When the process is finished, the user presses the interrupt key 80 again or the storage key 80 to return to the original storage mode.

Then, if the remaining tickets are processed again in storage mode, they will be added back to the count value before the interruption. Furthermore, even if it is not an interrupt, for example, when storage in the storage mode is completed, it is possible to organize the counting etc. In this case as well, when the counting process is completed and the storage key 78 is pressed, the original storage mode is returned. Return to

Furthermore, in addition to the above, when deposit/arrangement is set to deposit and counting is set, the oven pocket is used to perform deposit processing. In other words, in the storage mode, the tickets are stored in the storage safes 37, 38, 39, but they cannot be deposited or
When counting, the tickets are in the oven pocket 14.15.16
The counting data and the like are handled in the same way as in storage mode.

This is the case, for example, when a teller or the like directly deposits money and does not need to store it in a storage.

In the center of the display device 20, display sections 81a, 81b, 8
1c, 81d, and 81e are provided.

These display sections display the number of tickets counted based on the results of the inspection section 29, and the display section 81a displays the number or amount of genuine notes and the number or amount of -10,000 yen notes. The section 81b displays the number or amount of unfit notes and the number or amount of 5,000 yen notes. Further, the display section 81c displays the number or amount of front tickets and the number or amount of 1,000 yen notes, and the display section 81e displays the number or amount of back tickets and the number or amount of 500 yen notes. The display section 81e also displays the total amount. Furthermore, the display units 81a to 81d constantly display the count value even during ticket processing.

A display section 82 for displaying the status code of the device is provided on the right side of the display section 81e, and a display section 83 for displaying each unit of the device is provided on the end side of the display section 81e. For example, 83a, 83b, 83c are LE
When the storage safes 37, 38, and 39 are set using D lamps, these LED lamps light up when the contents are not empty. Further, on the right side of the display device 2o, a display section 84 is provided on which the status and abnormal state of the device are displayed for each item. This display shows: Ready, Running, Pocket Full, Storage Full, Supply Section Confirmed, Transport Section Confirmed, Pocket Confirmed, Storage Confirmed, Operation Confirmed, Door Open/Unit Drawer, Storage Faulty.

It is displayed when a storage device abnormality, sensor cleaning device abnormality, etc. occur.

In 84 of the display sections 84, 841 indicates storage failure and storage device abnormality, respectively. A storage failure is a failure during the storage operation of the tickets accumulated in the temporary storage. For example, when the shutter 35 opens and the time is over, the button shutter 36 remains down and does not return and the time is over. It lights up when the shutter 35 is no longer closed and the time is over. Moreover, an abnormality in the accumulating device means that the light is turned on when the shutter 35 is opened or the button shutter 36 is operated when the above-mentioned storage operation command is not issued.

Next, the operation section 18 will be explained. As shown in FIG. 8, the operation section 18 includes a 7-segment, 10-digit display section 8.
5 and a return key 86. Inquiry key 87
．． Completion key 881 number key 89, circle key 90. #key 9
1 and a numeric keypad 92° display switching key 93 are provided. Further, below the numeric keypad 92, the banknote processing device 1
A start/stop key 94 is provided for inputting instructions to start and stop the operation of 0. Furthermore, this start/stop key 94
On the right side is the continuation key 95. A reset key 96 is provided. The inquiry key 87 is a key that is pressed when performing various types of totals. Further, the number of tickets key 89 is a key for setting a predetermined number of tickets when dividing the number of tickets by temporarily stopping the processing operation every time a predetermined number of tickets are accumulated in the oven pockets 14, 15, 16. If you press this number key 89 once, it will be 100 sheets, if you press it twice, it will be 200 sheets.
If the number is 200 or less, press the number key 89 after entering the number using the numeric keypad 92, and the number entered manually using the numeric keypad will be set. The display switching key 93 is used for display devices 81a to 81d.
This key is used to switch between displaying the number of sheets or the amount. Further, the # key 91 is input before the staff number is input using the numeric keypad 92.

Next, to explain the control block of this device, the CPU
Reference numeral 100 controls the entire device, and includes a thickness detection section 2.
8 and the inspection section 29 are connected to the CPU 100 via an inspection section interface 101. Further, the conveyance device 102 forming the conveyance path 27 is connected to the CPU 100 via a conveyance control device 103. Each reed switch and sensor connects to the CPU via sensor interface 104.
100, and the CPU 100 uses information from these sensors to control ticket transport and grasp the internal state of the device. The printer 19 is the printer interface 10
5 to the CPU 100, and the CPU 10
Print the total data etc. according to instructions from 0. Also 1
07 is a ROM (read only memory) in which a control program for this device is stored. 1 more
08 is a RAM (Random Access Memory), and the denominations, number of processed notes, number of good and damaged notes, etc. are all stored in this RAM.
It is stored in AM107. The display control unit 108 is the CPU1
00, and the display control unit 108 is connected to
It is connected to various display devices 81 to 84 in the display device 20 and performs display control.

Also, various mode setting keys 71 to 80 in the display device 20
is connected to the display control section 108, and the display control section 1
09 sends a command to the CPU 100 to set a mode according to input contents from each key. Further, the operation section 17 is connected to an operation control section 109, and the operation control section 109 is connected to the CPU 100. The CPU 100 then controls the start and stop of ticket processing in response to instructions from the operation unit 17. Note that a DIP switch 110 is connected to the CPU 100, and this DIP
By specifying the switch 110, a specific function of the banknote processing device 10 can be stopped. Also CPU100
A counting device 111 is connected to. This counting device 111 counts the number of banknotes stacked in the primary storage 32, 33, 34 and the number of banknotes stored in the storage safes 37, 38, 39.

Next, the operation of the banknote processing apparatus 1o mentioned above will be explained. The operator first sets the storage safes 37, 38, and 39 into the safe section 51. That is, the safe section 51 is pulled out as shown in FIG. 5, and each storage safe 37, 38, 39 is loaded. At this time, if all the safes are set correctly, the reed switches 57a and 59a are turned on. Therefore, the CPU 100 determines that the cassette has been loaded correctly,
The LED lamps 60a, 60b, and 60c are turned on. Next, when the safe section 51 is stored, each safe 37°38.3
If 9 is empty, it is detected at 44a, 44b, and 44c, respectively. If any of the storage safes is not empty, the display devices 83a, 83b, 83c, 83
The corresponding LED lamp of d lights up. In this way, since the set state of the safe and the state of its contents are displayed, the staff member can immediately determine whether to set the safe again or set another safe depending on each state.

Next, the operator sets the mode, but if the safe is not set correctly or any storage safe is not empty, the CPU 100 controls the storage mode so that it becomes invalid even if the storage mode is specified. In other words, the storage mode can only be specified when an empty storage safe is set correctly. Note that when specifying the counting mode, front/back mode, fitness/loss mode, or front/back fitness/loss mode, the mode can be specified regardless of the state of the storage safe.

In this way, the storage mode can only be specified when the storage safe is set correctly and the contents are empty. Therefore, if there are banknotes left in the storage safe, these banknotes will not be mixed with banknotes to be processed from now on.

Therefore, there is no risk of mismatch between the number of banknotes in the safe and the number of processed banknotes, and there is no risk of a mixed state due to the residual field even though it is desired to store banknotes of a single denomination. When the storage key 78 is input for mode selection, the storage mode is then designated.

If nothing is specified or the clear key 79d is input, the storage 0 mode is entered. When the storage 1 mode is set here, a 10,000 yen note is placed in the storage safe 37.

The storage safe 38 is set to store 1,000 yen notes, and the storage safe 39 is set to store other notes, ie, 500 yen notes and 5,000 yen notes. At the same time, the set mode is stored in the RAM 107. After setting the tickets in the supply section 11 all at once, the operator presses the start button 94. Then, the banknotes P are taken out by the takeout roller 26, inspected by the inspection section (29), passed through the gate 31, passed through the conveyance path (27b), and temporarily accumulated in the temporary accumulation warehouses (32), (33), and (34). At the same time, the display devices 81a to 81d of the display device (20) display count data for each denomination, that is, the amount, and the display device 81e displays the total amount. At this time, since the storage 1 mode is set, temporary storage 31 has 10,000 yen bills, 32 has 1,000 yen bills, and 33 has other (5,000 yen bills,
500 yen notes) are accumulated.

Note that the display devices 81a to 81d are used during inspection and counting.
The counting results, that is, the number of bills are displayed one after another, and when the inspection and counting of the bills inserted in bulk is completed, the total amount for each denomination is displayed. At this time, the display switching key 9 of the operation unit 17
When 3 is pressed, the display devices 81a to 81d display the number of tickets instead of the amount.

Therefore, it can be visually determined whether or not the inspection and coefficient operations are stopped during processing.

Next, the staff member checks the counting data for each denomination and the total amount displayed on the display section (20) and the deposit slip, and if the data match, a Press the completion button 88. Then, the CPU 100 sends a storage operation command to the transport control unit 102. Conveyance control section 10
2 controls to drive the motor 68 and a drive source (not shown) of the bushing 36.

Then, as the shutter 35 opens, the button shutter 36 descends and the banknotes are stored in the storage safes 37, 38, and 39.

At this time, the microswitches 42a and 42b.

42c detects the operation of the pusher 36, and the sensor 41 detects the presence or absence of banknotes in the temporary storage 32, 33, 34.

When there is no output from any one of the sensors 41a, 4lb, and 41c, the CPU 100 determines that the ticket is stored incorrectly because the ticket remains in the corresponding temporary storage in the temporary storage 32° 33.34. .

Further, when the microswitches 42a, 42b, and 42C do not detect the return of the bushing 36 within a fixed time after the bushing 36 has been operated, it is determined that the bushing 36 has timed out, and cPUloo determines that the bushing is defective. Furthermore, the opening and closing of the shutter 35 is also detected by the reed switches 70a and 70b, and when the shutter 35 is not closed within a predetermined period of time, the shutter time has expired and the CPU 100 determines that the storage is defective.

When it is determined that the storage is defective, the display unit 84 of the display device 20
The LED lamp will light up to notify the staff.

Furthermore, the operations of the shutter 36 and the shutter 35 are detected even outside the above-mentioned storage operation command, and if it is detected that the shutter 35 opens or the shutter 36 operates when the storage operation command is not issued from the CPU 100, It is determined that the storage device is abnormal, and the display unit 841 of the display device 20 is
The ED lamp will light up to notify the staff.

In this way, when an abnormality occurs on the safe side, since the storage failure and storage device abnormality are displayed, the status of the device can be known and the staff can move on to the next task.

On the other hand, when comparing the displayed data with the deposit slip, if the data does not match, press the return button (86) provided on the operation section (17). By inputting the input, the electromagnetic lock (24) is released and the temporary storage section (45) can be pulled out in the direction of arrow X as shown in FIG. Therefore, the staff member must
5) The tickets P accumulated in 5) can be taken out and returned. At this time, the data displayed on the display device (29) and the data stored in the RAM are transferred to the CPU 100.
Cleared by

The above-mentioned temporary storage boxes 32 to 34 and storage safes 37 to 39
200 and 2,000 tickets can be stacked in each, and during processing, a counter device 111 counts how many tickets are currently stacked in each. For example, when the temporary storage 32 reaches 200 banknotes during processing in the storage 1 mode described above, the subsequent banknotes P are stored in the oven pocket 1.
The CPU 100 and the transport control device 103 control the transport controller 103 so that the transport controller 103 guides the transport controller 4 to the transport controller 103 and stacks the transport controller 103. The same applies to other safes. Therefore, even if the temporary storage is full during deposit processing, deposit processing can be continued, improving processing efficiency.

Next, when the storage 1 mode process described above is completed and you want to organize the tickets, first set the mode. For example, when the counting key is pressed and the counting mode is set, the staff member next selects the ticket P . . are supplied to the supply section (11) all at once, and the start button 94 of the operation section 17 is pressed. Then, the above field P・
.
, 15°16 are classified and accumulated by denomination. At this time, if the number of sheets key 89 is pressed in advance on the operation section 17 to specify the number of sheets of 100 sheets, the loading is stopped at the same time as 100 Oven Pocket-10,000 yen bills P are accumulated, and the stacked By removing the 10,000 yen bill (P), the conveyance is restarted and the stacking is performed. Similarly, 5,000 yen bills (P) are accumulated in the oven pocket 14, and 1,000 yen bills (P) are accumulated in the oven pocket. These accumulated data are then displayed on the display section (20).

It should be noted that banknotes that cannot be identified by the inspection section 29 or those that have been taken in duplicate are rejected and accumulated in the oven pocket.

When the arrangement is completed and processing is to be performed in the storage mode again, the storage key 78 is pressed. Then, during the first setting, R
The mode "Storage 1" stored in AM 108 is automatically set. This mode will not be changed until the safe is replaced, and if you press the storage key 78 from now on, the storage 1
mode will be set automatically. Therefore, there is no possibility that another denomination will enter the storage safe 37, 38 due to a mode change by mistake. Furthermore, there is no need to set the mode again, which reduces the operator's work.

Next, when the user wants to interrupt, that is, when the amount of money deposited is too large to wait until the deposit is completed, the interrupt key 80 is pressed.

Then, other processing can be performed while the data being processed is stored in the RAM 10g. That is, the staff member sets the desired work mode and performs the work.

When the process is finished, press the interrupt key 80 again or press the storage key 80 to return to the original storage 1.
Return to mode. Then, when the remaining banknotes are processed in the storage mode again, the counting result after the interruption is added to the counting value before the interruption.

Furthermore, even if the mode is not in storage mode but in a mode for organizing counts etc., it is possible to interrupt and organize counts etc. In this case as well, when the interrupt counting process is finished and the interrupt key 80 is pressed, it will automatically restart again. Return to original mode. Therefore, there is no need to specify the mode again, which reduces the operator's work. There is also no risk of accidentally changing the mode.

Further, when setting the storage mode, if the storage 0 mode is set, the banknotes P are stored in the storage safe in a mixed state. That is, the banknotes P are stored in a mixed state in the storage safe 37, and when the storage safe 37 is full, the storage destination is switched to the storage safe 38, and when the storage safe 38 is full, the banknotes are stored in the storage safe 39. .

Therefore, the storage safe can be used effectively, the frequency of replacing the safe is reduced, and work efficiency is improved.

In addition to the above, when the deposit/arrangement key 78 is set and a coefficient is set, the deposit process is performed using the oven pocket.

When , the banknote P is in the oven pocket 14.15°16
Coefficient data etc. are handled in the same way as in a storage mode machine. This is the case, for example, when a teller or the like makes a direct deposit, and there is no need to store the money in the storage.

[Effects of the Invention] As described above, according to the present invention, the cause of the abnormality can be displayed accurately, so that operability for the operator can be improved.

[Brief explanation of the drawing]

Fig. 1 is an external view of a banknote processing device to which the present invention is applied;
The figure is a sectional view of the device shown in Figure 1, Figure 3 is a diagram illustrating the moving state of the safe section and secondary accumulation section, Figure 4 is a diagram for explaining the set state of the storage safe, and Figure 5 is a diagram for explaining the set state of the storage safe. Figure 6 is a perspective view showing the safe in a pulled out state, Figure 6 is a diagram showing the opening/closing mechanism of the shutter, Figure 7 is a front view of the display device, Figure 8 is a front view of the operation unit, and Figure 9 is the front view of the operating unit. 2 is a control block diagram of the device shown in FIG. 1. FIG. 14.15.16...Open pocket 20...Display device

Claims (3)

[Claims] (1) In a paper sheet processing device that inspects input paper sheets and stores them in a storage, the storage unit to which the storage is installed and the installation status of the storage installed in this storage unit are good or not. a first detecting means for detecting a first detecting means; a first notifying means for notifying a mounting state of the storage based on a detection result of the first detecting means; and a first reporting means for detecting a state inside the storage fitted to the storage unit. A paper sheet processing device comprising: a second detecting means for detecting the storage condition; and a second notifying means for notifying the internal state of the storage based on the detection result of the second detecting means. (2) The paper sheet processing apparatus according to claim 1, wherein the notification means is a display device. (3) A paper sheet processing apparatus characterized in that the second detection means is a device for detecting whether or not the inside of the storage is empty.