JPH0212586A - Money processor - Google Patents

Abstract

PURPOSE:To prevent occurrence of errors in the sums of counting processes carried out by two or more operating sections by separately storing the numbers of the operating sections when counting processes are performed on the inputs of the sections. CONSTITUTION:A right-side and left-side operations section 13 and 14 are connected with a CPU 151 through an operation control section 163 and, when a process is performed by using the right-side section 13, a number is stored in a RAM 153 as the number of the section 13 and the amount at the time of completion of the counting work is registered under the number. When a process is performed by using the left-side section 14, a number is stored in the RAM 153 as the number of the section 14 and the amount at the time of completion of the counting work is registered under the number. In addition, the key input operations through the operating sections 13 and 14 is constituted in such a way that, when the operation of this processor is designated through of the sections, the key input from the other section is not accepted. Therefore, no error occurs in the individual sums of the sections 13 and 14.

Description

[Detailed Description of the Invention] [Object of the Invention] (Industrial Application Field) The present invention provides, for example, after inspecting mixed banknotes and coins,
The present invention relates to a money handling device that performs counting processing, etc.

(Prior Art) Various types of money processing devices of this type, such as banknote processing devices, have been devised in the past, and for example, a banknote processing device that inspects and determines the type of banknotes and performs deposit processing has been put into practical use. There is. Such a banknote processing apparatus is designed to inspect and determine the type of banknotes supplied, and then to sort and store the banknotes in corresponding storage sections. Therefore, if a storage section becomes full during processing, the next deposit process will not be possible unless the full storage section is replaced, even if other storage sections are empty. Ta.

By the way, among such banknote processing apparatuses, there is an apparatus in which each processing operation can be instructed from two or more operation sections. In this case, for example, counting of banknotes is started using the first operation section, and after inputting numerical values such as an account number and an individual identification number, the counting is completed. Then, counting of banknotes is started using the second operation section, and after inputting numerical values such as account number and personal identification number, counting is completed.

However, in a device that has 22 or more operation sections, if the input numbers such as the account number and personal identification number described above are the same, the input number for each operation section is memorized. It wasn't something I was doing. For this reason, there is a risk that errors may occur in the tally since the numbers are tallied without being able to distinguish between each operating section. Furthermore, since numbers are not stored and managed for each operating section, there are cases where a number entered from another operating section becomes valid, making it impossible to perform independent tasks for each operating section.

(Problem to be Solved by the Invention) The present invention provides a device (having two or more operation parts as described above) in which input numbers such as the account number and personal identification number described above are the same. To solve the problem that when a machine is operated, it is not possible to distinguish between each operating unit, resulting in incorrect totals, or numbers entered from other operating units are considered valid, making it impossible to perform independent work for each operating unit. It is for 2
For devices with more than one operating section, the account number,
Even if input numbers such as personal identification numbers are the same, they can be aggregated for each operation unit, and the numbers entered from other operation units are not considered valid, allowing independent operations to be performed for each operation unit. The purpose is to provide a money processing device that can handle

[Structure of the Invention] (Means for Solving the Problems) The present invention is a money handling device that inspects the type of supplied money and stores the money in a predetermined storage section based on the inspection result, at least two input means for inputting the processing information of the money; an auditing means for auditing the type of the money; and a storage section for sorting and storing the money in a predetermined storage section based on the audit result of the auditing means. , storage means for storing the processing information inputted by the at least two input means for each of the input means.

(Function) In a money handling device having two or more operating sections, when the same number is input from each of the operating sections and counting processing is performed, the number is stored in the storage section separately for each operating section. Therefore, when counting is performed using two or more operation units, there will be no errors in the totals, and there will be no need to re-enter numbers, thereby improving work efficiency.

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

FIGS. 1 and 2 show a money processing apparatus according to the present invention, for example, a banknote processing apparatus for depositing banknotes. That is, this banknote processing device includes a banknote counting section 1 that performs inspection and counting of the gold 11i (type), authenticity and authenticity of supplied banknotes, and a banknote counting section 1 that stores banknotes that have been inspected and counted. The banknote storage section 2, which is separately stored in the safe, has a slanted shape, and these are connected in a vertically overlapping state, and the banknote counting section 1 and the banknote storage section 2 can be separated if necessary. It is structured so that it can be done.

A supply section 3 for supplying a large number of banknotes P in a stacked state is provided on the front side of the banknote counting section 1. Above this supply section 3, a banknote P... is pressed. A presser member 4 that can move up and down is provided.

At the top of the banknote counter 1, oven pockets 5, 6, and 7.degree. 8 are provided in which banknotes P discriminated by an inspection section 25, which will be described later, are sorted and accumulated based on the discrimination results.

The oven pockets 5, 6° 7.8 are provided with covers 9, 10, 11, and 12 that have a cutout in the center and that can be opened and closed so that banknotes P that have been sorted and accumulated can be easily taken out. There is. Note that the oven pocket 5 is for rejects.

At the upper left and right ends of the banknote counting section 1, there are right operation sections 13. A left side operation section 14 is provided. The right operation section 13 is used for starting and stopping operations, inputting an employee number, and the like. The left side operation section 14 is a separate operation section in which main switches for performing some of the functions of the operation section 13, such as starting and stopping operations, are provided on the left side. Thereby, each operating section 13, 14 can be operated by two staff members on the left and right sides of the banknote processing apparatus.

The operation unit 14 is equipped with a 10-step low-crisis switch (not shown) for setting the level of damaged banknotes (defacement, damage, tape attachment, etc. of banknotes).

In addition, near the bottom of the supply section 3, a right-side occupied lamp 13a is provided that indicates whether the operation section in use is the left or right one.
and a left-hand occupancy lamp 14a. These lamps 13a, 14a are composed of, for example, light emitting diodes.

A small printer 15 is electrically connected to the banknote counter 1 so that processing data and the like can be printed out.

A display device 16 is provided at the top of the banknote counter 1. The display device 16 includes a display section for displaying the number of sheets, amount, abnormality, etc., and a switch for setting modes such as counting, front/back, fit/loss, storage, denomination, deposit, sorting, all storage at hand, and pocket designation. It is configured so that it can swing in the direction of the operator.

In addition, 17 is provided on the front of the banknote counter 1, and is used when a note jam occurs or when pulling out the mechanism part for cleaning, 18 is provided on the front of the banknote storage section 2, A handle for the drawer of the temporary storage section 32 to be described later, 1
Reference numeral 9 indicates a handle for drawing out the safe section 38, which will be described later, and which is provided on the front surface of the banknote storage section 2. Reference numeral 20.21 indicates a small door for concealing a key, which is provided to release an electromagnetic lock mechanism 43, 44, which will be described later. It is.

Next, the internal structure will be explained in detail using FIG. 2. At the bottom of the supply section 3, there is provided a take-out roller 22 that comes into contact with the set banknotes P and takes out the banknotes P one by one by frictional force, and the banknotes P taken out by this take-out roller 22 , a conveyance path 23 composed of belts and rollers. At the starting end of the conveyance path 23, there is a thickness detection section 24 for detecting whether or not two banknotes P are taken out, and a thickness detection section 24 for detecting whether two banknotes P are taken out, and a thickness detection section 24 for detecting whether or not two banknotes P are taken out. An inspection section 25 is provided for determining and counting losses, front and back sides, etc.

The inspection section 25 uses, for example, an optical and magnetic detection device.

The conveyance path 23 is downstream from the inspection section 25 and is divided into a conveyance path 26 that conveys banknotes P to oven pockets 5, 6, 7.8, and a conveyance path 27 that conveys banknotes P to a storage safe described later. This branch is provided with a sorting gate 28 for sorting banknotes P. The conveyance path 26 is provided with a sorting gate 29 for sorting the banknotes P into the open pockets 5.6, 7.8. A plurality of detectors 30 are provided on the conveyance paths 23, 26, and 27, each of which includes a light-emitting element and a light-receiving element and detects passage of banknotes P.

The conveyance path 27 is provided with sorting gates 31..., and the banknotes P are sorted by the sorting gates 31... and sent to the temporary accumulation warehouse 33°34.35 of the -time accumulation section 32.
They are temporarily accumulated in each. - The upper part of the time storage 33, 34, 35 is provided with a button 36 that can move up and down, and the lower part is provided with a corresponding shutter 37. 37 is opened and the pusher 36 is lowered, banknotes P temporarily accumulated in the safes 33, 34, 35 are transferred to storage safes provided corresponding to the safes 38. 39, 40, and 41. When the pusher 36 is raised, the banknotes P... pushed in by the rotatable claws 42 provided in the storage safe 39, 40, 41 are stored so as not to return. When the bushing 36 rises, the shutter 37 is closed, returning to the initial state.

Note that 43 is an electromagnetic locking mechanism for drawing out the temporary storage section 32, and 44 is an electromagnetic locking mechanism for drawing out the safe section 38.
Each of these operates as needed, allowing you to limit when withdrawals can be made.

- The time storages 33, 34, 35 are each provided with a detector 45, 46, 47, which is composed of a light emitting element and a light receiving element, and detects whether or not there is a banknote P inside. Above the detectors 45, 46, 47 are microswitches 48, 49, 50 that detect whether the button 36 has operated or not.
is provided. Storage safe, 39, 40, 41,
Detectors 51, 52, and 53 each consisting of a light emitting element and a light receiving element and detecting whether or not there is a banknote P inside are provided.

FIG. 3 shows the movable parts that hold the temporary storage section 32 and safe section 38 in the banknote storage section 2. As shown in FIG. That is, by releasing the electromagnetic locking mechanism 43, the - hour accumulating section 32 can be pulled out along the slide rail 54 in the direction of the arrow X1, and each - hour accumulating section 33.3
4.35E-Hours The banknotes P accumulated can be taken out by hand.

When the temporary accumulation section 32 is pulled out in the direction of arrow X1,
- The conveyance section 55, which is located above the time accumulation section 32 and feeds the banknotes P, can be pulled out in the direction of arrow X2 along the slide rail 56, and after being pulled out, forms the upper part of the conveyance path 27. The upper transport unit 57 is connected to the first fulcrum 58
By rotating the banknote P in the counterclockwise direction as shown by the arrow X3 around the second fulcrum 59 and then in the clockwise direction as shown by the arrow X4 around the second fulcrum 59, it becomes possible to remove the bank note P that has become jammed in the conveying section 55. , and is configured so that the detector 30 and the like can be easily cleaned.

The safe section 38 having the storage safes 39, 40, and 41 can be pulled out in the direction of arrow X5 along the slide rail 60 by releasing the electromagnetic locking mechanism 44. By pulling out the safe section 38, the storage safe 39
, 40.41, the lids 61, 62.63 provided on the storage safes 39, 40.4 rotate clockwise, respectively.
1 is configured to automatically close the inlet.

Note that the storage safes 39, 40, and 41 can be taken out upward after the safe section 38 is pulled out.

The safe section 38 is further configured as shown in FIGS. 4 and 5. In other words, storage safe 3'9, 40.4
1 has back-up bodies 64, 65, 66 on the inside, and these back-up bodies 64, 65, 66 are supported by a slide shaft (not shown) to move up and down. The backup bodies 64, 65, 66 are the driving members 6
7.68°69, and these driving members 67,68,69 are equipped with magnets 70.71°72.
are provided, and reed switches 73, 74, and 75 are provided on the safe section 38 side. Each reed switch 73, 74° 75 is connected to a storage safe 39, 4.
The magnets 70 and 71.72 are arranged to turn on the magnets 70 and 71.72 when the magnet 0.41 is almost empty. Storage safe 39
, 40°41, there are magnets 76.77.78
are provided, and a safe section 3 corresponding to these is provided.
Reed switches 79, 80.81 are provided on the 8 side, and when each storage safe 39, 40.41 is set correctly, the reed switches 79, 80, 81 are turned on by a magnet 76.77° 78. It is arranged like this. When the reed switches 73, 74.75 are on and the reed switches 79, 80.81 are on,
Each storage safe 39, 40, 41 is determined to be correctly set.

On the upper surface of the safe section 38, indicators (light emitting diodes) 82, 83.
84 is provided, and lights up twice when the storage safe 39, 40, 41 is set correctly. Therefore, as shown in FIG.
Since the bank note P is stored in the reed switch 9, the reed switch 73 is not turned on and the display 82 is not lit. Fifth
As shown in the figure, the storage safe 39 is empty and the storage safe 39 is empty.
When set correctly, the indicator 82 lights up. When replacing the storage safe, the staff member pulls out the safe section 38 as shown in FIG. 6 and replaces each storage safe 39,
40. Perform the exchange of 41. At this time, display W82,8
If 3.84 is not lit, storage safes 39, 40.
It can be immediately determined that the set No. 41 was incorrect.

Next, the shutter 37 will be explained with reference to FIG. 7. The shutter 37 is composed of plates 85 and 86, and the plate 85 is made up of slide rails 87 and 8g.
Supported by

The plate 86 is also supported by a slide rail (not shown). Each end of the plate 85, 86 is supported by each end of the opening/closing member 89, 90, respectively. The opening/closing members 89 and 90 are pivotally supported in the center,
They are designed to rotate in conjunction with each other in opposite directions. The ends of the opening/closing member 90 and the plate 85 are urged in the direction of the arrow by springs 91 and 92, respectively. Note that the state shown in FIG. 7 is a state in which the shutter 37 is closed, and when the plate 85 moves in the direction of arrow A, the plate 86 moves in the opposite direction in conjunction.

The opening/closing members 89, 90 perform opening/closing operations by being biased by a roller 94 rotated by a motor 93, and when the roller 94 rotating in the direction of arrow B is removed from the position shown in the figure, the springs 91, 92 are attached. 85 and 86 are moved and the shutter 37 is opened.

A magnet 95 is attached to the end of the opening/closing member 90, and reed switches 96 and 97 are provided at the shirt-taper closed position and the shirt-taper open position, respectively. Then, the reed switch 96 detects that the shutter 37 is closed, and the reed switch 97 detects that the shutter 37 is open.

Next, the display device 16 will be explained with reference to FIG. The display device 16 is roughly divided into a mode setting key part and a display section. On the upper left side of the display device 16,
An online/offline selection key 101 is provided for selecting online processing or offline processing. A business selection switch 102 is provided below the selection key 101, and allows the user to select whether to perform deposit processing, organization processing, or cash-in-hand storage processing.

Here, the deposit processing is a process in which, for example, at a store, the sales of the day are inputted as appropriate, and the data is saved so that it can be totaled later.

The sorting process simply involves counting the bills by denomination, sorting them by front and back, and sorting them into good and unfit bills. Money in hand storage processing means that banknotes that have been deposited once and are not stored in the storage safe 39, 40, 41 are stored in the storage safe 39° without changing the data aggregated during the deposit processing. 40.41.

Below the job selection switch 102, a group of keys for setting processing contents are provided, such as a counting key 103, a front/back key 104, a fitness key 105, and a fitness/damage front/back key 106. Below these keys 103 to 106 are a 10,000 yen key 107 and a 5,000 yen key 1 for setting the ticket type.
08, a 1,000 yen key 109, and a 500 yen key 110 are provided, and are used to set the ticket type to -10,000 yen, 5,000 yen, 1,000 yen, and 500 yen, respectively.

Here, counting key 103, front/back key 104, fitness key 1
05. Setting of processing contents when the fitness/loss front/back key 106 is pressed will be explained.

(1) Counting mode In this mode, inserted banknotes are sorted and counted by denomination, and -10,000 yen, 5,000 yen, and 1,000 yen notes are accumulated in oven pockets 6, 7, and 8, respectively.

(2) A mode in which the banknotes specified by the front and back mode keys 107 to 110 are sorted and counted by front and back.The front banknotes are placed in the oven pocket 6, the genuine banknotes are placed in the oven pocket 7, and other banknotes are placed in the oven pocket. It is accumulated in 8.

(3) In the mode where the bank notes specified by the fit/loss mode keys 107 to 110 are divided into good notes and unfit notes and counted, the oven pockets 6. .8 is accumulated.

(4) Determine whether the bank note specified by the fitness/reverse mode keys 107 to 110 is fit or not and whether it is obverse or obverse, and select the correct note as the obverse note, the correct note as the reverse note, and the unfit note as the unfit note in the oven pocket 6. 7.8 is accumulated.

A storage key 111 is provided on the right side of the fitness front and back keys 106, and when this storage key 111 is pressed, banknotes are stored in the safes 39, 40 through deposit processing or all-hand storage processing.
．． 41. Below the storage key 111 is a storage mode switch key 112 for switching the storage mode.
．． 113, 114 and a clear key 115 are provided.

After pressing the storage key 111, these keys 112.11
When you press 3.114.115, "Storage 1" respectively.
, "Storage 2,""Storage3," and "Storage 0" are set.

These modes will be explained below.

(1) Storage 1 mode This is a mode in which the storage safes 39, 40, and 41 store 10,000 yen notes, 1,000 yen notes, and other notes, respectively.

(2) Storage 2 mode This is a mode in which the storage safes 39, 40, and 41 store 10,000 yen notes, -10,000 yen notes, and other notes, respectively.

(3) Storage 3-mode storage safes 39, 40, and 41 have 1,000 yen notes and 1,000 yen notes, respectively.
This is a mode for storing other tickets.

(4) Storage 0 mode In this mode, banknotes are stored in a mixed state in the storage safe 39, 40° 41. When the storage safe 39 becomes full, the storage destination is switched to the storage safe 40, and the storage safe 40 is full. When the condition is reached, the storage destination is switched to the storage safe 41.

In addition, the storage mode setting is storage safe 39°40.41
This can only be done when replacing the That is, storage safe 39.40
．． 41 is set correctly -), storage safe 39,4
If 0.41 is empty, the mode cannot be set.If the force is not detected, the mode cannot be set.Also, when the -1 degree storage mode force is set, this mode is set to RA (described later).
Even if the count is stored in M and the counting process is performed by interruption during processing in the storage mode, when the engraving is canceled afterwards, the original storage mode is automatically set again.

Furthermore, an interrupt key 111a is provided above the storage mode switching key 114. This interrupt key 11
1a is pressed after the currently processed ticket has been stored, for example, when you want to organize the tickets in storage mode, or when you want to perform deposit/count processing. Then, the data being processed can be stored and processed in other modes. When the process is finished, press the interrupt key 1113 again.
By pressing , or by pressing the storage key 111,
Return to the original storage mode. In this way, if the remaining tickets are processed again in the 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, organization processing such as counting can be performed, and in this case as well, when the counting process is completed and the storage key 111 is pressed, the storage key 111 is pressed again. It will return to its original storage mode.

In addition to the above, when the job selection switch 102 is set to deposit processing and counting is set, the oven pocket 6.7.8 is used to perform deposit processing. That is, in the storage mode, banknotes are stored in the storage safe 39,
However, when depositing and counting, banknotes are accumulated in oven pockets 6, 7, and 8, and counting data and the like are handled in the same way as in the 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 the storage safe 39, 40, 41.

Approximately at the center of the display device 16 are display devices 116°, 117 .
118, 119, and 120 are provided. Display 11
6,117,118,119゜120 displays the number or amount of banknotes counted based on the inspection results of the inspection section 25, and the display 116 displays the number or amount of genuine banknotes and the amount of 10,000 yen notes. The display 117 shows the number or amount of unfit notes and the number or amount of 5,000 yen notes. The display 118 shows the number or amount of face tickets and the number or amount of 1,000 yen notes. The display 119 shows the number or amount of notes. The display 120 displays the total amount of genuine notes and the number or amount of 500 yen notes. In addition, the display device 116,1
17,118°119 always displays the count value even during processing of banknotes.

A display 121 is provided on the right side of the display 120 to display the status of the device using codes, and a display section 122 is provided above the display 121 to display information for each unit of the device. ing. In the display section 122, for example, 123.degree. 124.125 is a light emitting diode, which lights up when a storage safe 39, 40.41 which is not empty is set.

A display section 126 is provided on the right side of the display device 16, on which the status and abnormal state of the device are displayed for each item. The display unit 126 shows the following information: Ready completed, Operating, Pocket full, Storage full, Supply section confirmed, Transport section confirmed, Pocket confirmed, Storage confirmed, Operation confirmed, Door open/Unit drawer, Storage failure, Storage device abnormal, Sensor Displays cleaning, equipment abnormalities, etc.

In the display unit 126, for example, 127 and 128 are light emitting diodes that respectively indicate storage failure and storage device abnormality. A storage failure is a failure when storing banknotes accumulated in the time storage 33, 34, and 35. For example, when the shutter 37 is opened and a timeout occurs, the shutter 36 is lowered. This is when the shutter 37 does not close and the time is over because the shutter 37 is not closed. An abnormality in the storage device means that the shutter 37
This is when the button opens or the button 36 operates.

Next, the right side operation section 13 will be explained with reference to FIG. 9. The right operation unit 13 is provided with a 7-segment, 10-digit display 131, for example, and a return key 13.
2. Inquiry key 133, completion key 134, number of sheets key 135
, a circle key 136, a # key 137, a numeric keypad 138, a display switching key 139, a start/stop key 140 for starting and stopping the operation of the apparatus, a continue key 141, a reset key 142, and the like. The inquiry key 133 is a key that is pressed when performing various tallies. number key 13
Reference numeral 5 is a key for setting a predetermined number of banknotes when dividing the number of banknotes so that the processing operation is temporarily stopped every time a predetermined number of banknotes are accumulated in the oven pocket 5°6.7. and 1
, if you press this number key 135 once, it will be 100 sheets, if you press it twice, it will be 200 sheets, and if it is less than 200, if you press the number key 135 after setting the number with the numeric keypad 138,
The number of sheets entered using the numeric keypad 138 is set. The display switching key 139 is a key for switching the display on the displays 116 to 119, and is configured to switch between displaying the number of sheets or the amount. The # key 137 is a key for inputting the staff number, and is pressed before inputting the staff number using the numeric keypad 138.

The left operation section 14 will be explained with reference to FIG. 10. The left operation section 14 includes a fitness dial switch 166, a completion key 167 similar to the right operation section 13, and a return key 168.
, a continuation key 169, a start/stop key 170 for starting and stopping the operation of the device, and a bill presser release key 171 for moving the bill presser member 4 upward.

FIG. 11 shows the configuration of the control system.

That is, a CPU (central processing unit) 151 is in charge of controlling the entire apparatus, and a ROM (read-only memory) 152 and a RAM (random access memory) 153 are connected to it. The ROM 152 stores a control program for the CPU 151.

The RAM 153 stores the number of processed banknotes for each denomination, the number of good and damaged banknotes, and the like.

Further, the thickness detection section 24 and the inspection section 25 are connected to the CPU 151 via an interface circuit 157. A conveyance system 159 such as the conveyance path 23.26° 27 is connected to the CPU 151 via a conveyance control section 158.

The various detectors, microswitches, reed switches, etc. described above are connected to the CPU 151 via an interface circuit 160, and the CPU 151 controls the conveyance of banknotes and determines their condition based on signals from these. There is.

The printer 15 is connected to the CPU 151 via an ink face circuit 161, and is configured to print out total data and the like under the control of the CPU 151. The display device 16 is connected to the CPU 151 via a display control section 162. CPU151
The right and left side operation sections 1 are controlled via the operation control section 163.
3°14 is connected. In addition, the CPU 151 is connected with a right-side occupancy lamp 13a1 and a left-side occupancy lamp 14a, corresponding to the right side operation section 13 and the left side operation section 14. These occupancy lamps are such that the right occupancy lamp 13a lights up when processing is performed in response to an instruction from the right operation section 13, and the left occupancy lamp 14a lights up when processing is performed using the left operation section 14. CPU
A counting device 164 is connected to 151 .

The counting device 164 calculates the number of banknotes accumulated in the storage boxes 33, 34, 35, and the storage safes 39, 40, .
This is to count the number of banknotes stored in 41.

A dip switch 165 is connected to the CPU 151, and by operating the dip switch 165, a specific function of the apparatus can be stopped.

Next, the normal operation of this banknote processing apparatus will be explained. First, the operator moves the storage safe 39, 40° 41 to the safe section 38.
Heset. That is, the storage safes 39, 40, 41 are loaded by pulling out the safe section 38 as shown in FIG. At this time, if all the storage safes 39, 40, 41 are set correctly, the reed switches 73, 74.
75, 79, 80.81 are turned on. As a result, the CPU 151 determines that all storage safes 39, 40° 41 have been correctly set, and lights up the indicators 82°, 83, and 84. Next, when the safe section 38 is stored in the device, if the inside of each storage safe 39, 40.degree. 41 is empty, it is detected by the detectors 51, 52.degree. 53, respectively. Then, if any storage safe is not empty, CPU1
51 lights up the corresponding light emitting diode among the light emitting diodes 123, 124, and 125. In this way, since the set status and contents status of the storage safes 39, 40.41 are displayed, the operator can either re-set the storage safes 39, 40.41 according to each status, or choose another storage safe. You can immediately determine whether to set the

Next, the operator selects the processing job using the job selection switch 102 and sets the mode. However, if the storage safe is not set correctly or one of the storage safes is not empty, the operator does not specify the storage mode. It is controlled by the CPU 151 so that it is invalidated even if it is disabled. In other words, the storage mode can be specified only when the empty storage safe is correctly set.

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 correctly set and empty. Therefore, if a banknote remains in the storage safe, this banknote will not be mixed with the banknote to be processed from now on. This results in
There is no risk of discrepancies between the number of banknotes in the storage safe and the number of processed banknotes, and there is no risk of a mixed state due to remaining banknotes even though it is desired to store them in a single denomination. .

Now, for example, if you select "deposit processing" with the business selection switch 102 and press the storage key 111 in the mode setting,
Next, specify the storage mode. At this time, if nothing is designated or if the clear key 115 is pressed, the "storage O mode" is entered. Here, for example, the storage mode switching key 112
When is pressed and "Storage 1 mode" is set,
The storage safe 39 is set to store 10,000 yen notes, the storage safe 40 is set to store 1,000 yen notes, and the storage safe 41 is set to store other notes (5,000 yen notes, 500 yen notes), and the set mode is RAM.
153. Then, after setting the banknotes P in the supply section 3 all at once, the operator starts the operation section 13.
Press the stop key 140. Then, the banknotes P in the supply section 3 are taken out by the take-out roller 22, inspected by the inspection section 25, passed through the conveyance path 27 via the sorting gate 28, and temporarily accumulated in the -time accumulation warehouses 33, 34, and 35. At the same time, the count data for each denomination, that is, the amount, is displayed on the displays 116 to 119 of the display device 16, and the total amount is displayed on the display 120. At this time, since the storage mode is set, the -hour storage 33 holds 10,000 yen notes, the -hour storage 34 holds 1,000 yen notes, and the -hour storage 35 holds other tickets (5,000 yen notes). , 500 yen notes) are accumulated.

The displays 116 to 119 sequentially display the counting results, that is, the number of banknotes during inspection and counting, and when the inspection and counting of all banknotes P set in bulk are completed, the total amount for each denomination is displayed. Display. At this time, when the display switching key 139 of the operation unit 13 is pressed, the displays 116 to 119 display the number of banknotes instead of the amount. therefore,
It can be determined at a glance whether inspection and counting operations are stopped during processing.

When all the banknotes P set in the supply unit 3 have been inspected and counted, the operator checks the counting data and total amount for each denomination and the total amount displayed on the display devices 116 to 120 with the deposit slip. If both data match, the completion key 134 of the operation unit 13 is pressed. Then, C.P.
U151 sends a storage operation command to the transport control unit 158.

Upon receiving this, the conveyance control section 158 controls to drive the motor 93 and a drive source (not shown) of the bushing 36. As a result, the shutter 37 opens and the shutter 36 descends, causing the
The banknotes within are stored in storage safes 39, 40, and 41, respectively.

At this time, the operation of the button 36 is detected by the microswitch 48, 49, 50, and the temporary storage 33, 34, 35 is detected by the detector 45, 46, 47.
The presence or absence of banknotes within the bank is detected. When there is no output from any of the detectors 45, 46 and 47, the banknotes remain in the corresponding temporary storage in the temporary storage 33, 34.35, so 10PU151
is determined to be improperly stored.

Further, when the microswitches 48, 49, and 50 do not detect that the button 36 has returned within a predetermined time after the button 36 is operated, the button 36 has timed out, and the CPU 151 determines that the storage is defective. Further, the opening/closing operation of the shutter 37 is also detected by the reed switches 96 and 97, and when the shutter 37 does not close within a predetermined time, it is a time-out of the shutter 37, and therefore the CPU 151 determines that the storage is defective.

When it is determined that the storage is defective, the CPU 151
The light emitting diode 127 in the display section 126 of No. 6 is turned on to notify the operator.

In addition to the above-mentioned storage operation, the operations of the shutter 36 and the shutter 37 are also detected, and if the shutter 37 is opened or the shutter 36 is operated when the CPU 151 does not issue a storage operation command, the operation is detected. ,CPU
151 determines that the storage device is abnormal, and lights up the light emitting diode 128 in the display section 126 of the display device 16 to notify the operator.

In this manner, when an abnormality occurs in the safe section 38, since the storage failure and storage device abnormality are displayed, the status of the device can be known and the operator can move on to the next task.

When comparing the displayed data with the deposit slip, if the displayed data and the deposit slip do not match, the electromagnetic locking mechanism 43 is released by pressing the return key 132 of the operation section 13. , the accumulating section 32 can be pulled out in the direction of the arrow X1 as shown in FIG. Therefore, the operator can
．． Banknotes P accumulated in 35 can be taken out. At this time, the CPU 151 clears the data displayed on the display device 16 and the data stored in the RAM 153.

The above-mentioned temporary storage 3B, 34.35 and storage safe 3
9, 40, 41, 200 and 2000 sheets respectively
banknotes can be accumulated and during processing a counting device 16
4 is used to count how many sheets are currently accumulated.

For example, during the processing of the above-mentioned "storage 1 mode",
For example, when the - time stacking box 33 reaches 200 banknotes and becomes full, the CPU 151 controls the banknotes P thereafter to be led to the oven pocket 6 and stacked therein. The same applies to other temporary storage facilities. Therefore, even if the temporary storage is full during deposit processing, deposit processing can be continued, improving processing efficiency.

In this way, when the deposit processing is completed, the CPU 151 calculates the number of coins for each denomination and the total amount processed in the deposit processing.
The total amount is added to the deposit processing total cumulative memory 155 in the AM 153. In addition, the CPU 151 stores the number of coins for each denomination and the total amount accumulated in the oven pocket 6°7.8 in this deposit process in the safe outer roll total cumulative memory 156 in the RAM 153.
Add the cumulative total to .

Next, when the above-mentioned "storage 1 mode" processing is completed and organizing processing is to be performed, the operator first selects "organizing processing" with the task selection switch 102 and sets the mode.

For example, when the counting mode is set by pressing the counting key 103, the operator then sets the banknotes P all at once into the supply section 3, and then presses the start/stop key 140 of the operation section 13.
Press . Then, the bank note P in the supply section 3 is taken out by the take-out roller 22, passes through the thickness detection section 24 and the inspection section 25, passes through the sorting gate 28, and passes through the conveyance path 26 and sorting gate 29 to the oven pocket 6.7. .8 are collected separately by denomination. In this case, if you press the number key 135 on the operation unit 13 in advance to specify the number category of 100, 10,000 yen bills will be placed in the oven pocket 6.
As soon as 0 bills are stacked, the loading is stopped and the stacked 10,000 yen bills are removed from the oven pocket 6, so that loading is started again and stacking is performed. Similarly, 5,000 yen notes are accumulated in the oven pocket 7, and 1,000 yen notes are accumulated in the oven pocket 8. These data are then displayed on the display device 16.

Incidentally, the banknotes that could not be inspected by the inspection section 25 and the banknotes taken in duplicate are rejected and accumulated in the eject oven pocket 5.

When the organizing process is finished and the process is to be performed again in the storage mode, the user selects "deposit processing" with the business selection switch 102 and presses the storage key 111. Then, the "storage 1 mode" stored in the RAM 153 at the time of initial setting is automatically set. This mode is not changed until the storage safe is replaced, and thereafter, when the storage key 111 is pressed, the "storage 1 mode" is automatically set. Therefore, if the mode is changed by mistake, the storage safe 39,
There is no need for banknotes of other denominations to interrupt the 40.41, and there is no need to set the mode again, which can reduce the operator's work.

Next, when you want to interrupt, for example when you have a large deposit and cannot wait until the deposit is complete, press the interrupt key 111a.
Press . Then, other processing can be performed while the data being processed remains stored in the RAM 153. That is, the operator sets the desired work mode and performs the work. When the process is finished, press the interrupt key 111a again or press the storage key 111 to return to the original "storage 1 mode".
to return to. Then, when the remaining banknotes are processed again in the storage mode, the counting result after the interruption is again added to the counting value before the interruption. Furthermore, even if the mode is not the storage mode but the mode for organizing processing such as counting, it is possible to interrupt and perform organizing processing such as counting. In this case as well, when the interrupt counting process is completed and the interrupt key 111a is pressed, the original mode is automatically returned to. Therefore, there is no need to specify the mode again, and the operator's work can be reduced. Also, there is no risk of changing the mode by mistake.

Note that when setting the storage mode, if "storage 0 mode" is set, banknotes are stored in a mixed state in the storage safe. That is, the banknotes are stored in the storage safe 39 in a mixed state,
When the storage safe 39 is full, the storage destination is switched to the storage safe 40, and when the storage safe 40 is full, the storage destination is switched to the storage 41. This allows the storage safe to be used effectively, reduces the frequency of replacing the storage safe, and improves work efficiency.

In addition to the above, for example, the job selection switch 102
If you select "Deposit Process" and press the counting key 103 to set the counting mode, Oven Pocket 6.7
．． 8 to perform the deposit processing. At this time, the banknotes are accumulated in the oven pocket 6°7.8, and the counting data and the like are handled in the same way as in the storage mode. For example, when a teller or the like makes a direct deposit, this is done in the storage safe 39.
There are cases where it is not necessary to store it at 40.41°.

Also, for example, when the front and back keys 104 are pressed during deposit processing, the oven pocket 6.
7.8 is used to distinguish the front and back sides, and counting data and the like are handled in the same way as in the storage mode.

Next, operations using the right side operation section 13 and the left side operation section 14 will be explained.

For example, it is assumed that among the operators who use the left and right operation units, the operator who uses the right side operation unit 13 performs processing first. When the start/stop key 140 is pressed, the presser member 4 which was closed below the supply section 3
moves upward and the right-hand occupancy lamp 13a lights up. Here, when banknotes are inserted into the supply section 3 and the continuation key 141 is pressed, the counting operation is started. When the counting is completed, the completion key 134 is pressed to finish the counting operation. At this time, the right occupancy lamp 13a is turned off, but if a number is input using the # key 137 and the numeric keypad 138 between pressing the start/stop key 140 and pressing the completion key 134, the number on the right operation section 13 will be displayed. RAM
153, and the amount at the time of completion of the above counting work is registered with that number.

Next, it is assumed that processing is performed by an operator using the left operating section 14. The left operation section 14 allows
When the start/stop key 170 is pressed, the presser member 4, which was closed below the supply section 3, moves upward, and the left-hand occupation lamp 14a lights up. Here, when banknotes are inserted into the supply unit 3 and the continuation key 169 is pressed, the counting operation is started. When the counting is completed, the completion key 167 is pressed to finish the counting operation. At this time, the left occupancy lamp 14a turns off, but between pressing the start/stop key 170 described above and pressing the completion key 167, the # key 137
When a number is input using the numeric keypad 138, it is stored in the RAM 153 as the number of the left side operation section 14, and the amount of money at the time of completion of the above counting operation is registered with that number.

Operation f! Key inputs in A13 and 14 are such that when an operation of the device is instructed using one operation section, key inputs from the other operation section are not accepted.

Further, the input numbers are stored in the operating units 13 and 14 without changing unless the numbers are input during the next task (from start to finish).

In this way, since the registration of the processing by each of the left and right operation units is stored separately in the RAM, there is no possibility of errors in the totals for each operation unit.

In the above-mentioned embodiment, a case was explained in which the present invention is applied to a banknote processing apparatus that processes banknotes. It can also be applied to a money management device that processes other banknotes, such as A-value securities.

[Effects of the Invention] As detailed above, according to the present invention, in a device having two or more operation sections, even if input numbers such as account numbers and personal identification numbers are the same, , it is possible to provide a money handling device that can perform aggregation for each operating section, and that can perform independent operations for each operating section without invalidating numbers entered from other operating sections. When counting is performed using the operation unit, there is no need to re-enter the number, which can improve work efficiency.

[Brief explanation of the drawing]

The figures are for explaining one embodiment of the present invention, and FIG. 1 is a perspective view showing the external appearance of the money handling device, FIG. 2 is a side view showing the internal structure of the money handling device, and FIG. 3 is a bank A side view illustrating the movable parts that hold the temporary accumulation section and the safe in the ticket storage section, FIGS. 4 and 5 are views illustrating the safe, and FIG. 6 is an external perspective view showing the safe when it is pulled out. figure,
Fig. 7 is a plan view showing the shutter and its opening/closing mechanism in detail, Fig. 8 is a front view showing the display device in detail, Fig. 9 is a front view showing the right side operation section in detail, and Fig. 10 is the left side operation section. FIG. 11 is a block diagram schematically showing the configuration of the control system. P... Banknotes (paper sheets), 1... Banknote counting section, 2... Banknote storage section, 3...
・Supply section, 6.7°8...Oven pocket (
Full storage section), 13...Right side operation section, 13
a...Right side occupancy lamp, 14...Left side operation section, 14a...Left side occupancy lamp, 16...
... Display device, 25 ... Inspection section (inspection means), 23.26.27 ... Conveyance path, 28, 29
゜31...Separation gate, 32...-Time accumulation section, 33゜34.35...-Time accumulation warehouse, 3
8...Safety Department, 39.40.41...
Storage safe (storage) 151...CPU (control means) 153...RAM, 164...
・Counting device. Applicant's Representative Patent Attorney Takeshi Suzue Industry Figure 1 Figure 2 Figure 1 Figure 1

Claims (1)

[Scope of Claims] A money handling device that inspects the type of supplied money and stores the money in a predetermined storage section based on the inspection result, the device having at least two inputs of processing information for the money. an input means; an inspection means for inspecting the type of the money; a storage section for sorting and storing the money in a predetermined storage section based on the audit result of the inspection means; and the input means input by the at least two input means. A money handling device comprising: a storage means for storing processing information for each of the input means.