JPH09153168A - Cash processing machine - Google Patents

Abstract

PROBLEM TO BE SOLVED: To previously prevent the generation of operator's mis-opertion, to shorten processing time and to reduce operator's load when the removal of fractional paper money is generated at the end of one-batch transaction. SOLUTION: At the time of generating the removal of fractional paper money, a CPU 5 stores a preceding determined fraction stored in a counting result storing area 6a of a memory 6 in a subtracted number area 6b, the determined fraction of the area 6a is reset to '0' and a paper money receiving machine 1 into which the preceding fractional paper money and current paper money are charged counts up the preceding fractional paper money and the current paper money. The preceding defined fraction stored in the area 6b is subtracted from the number of sheets to be the counted result, the subtracted result, the number of bundles and a current defined fraction are stored in the area 6a of the memory 6 and displayed on a simple display part 1a in the machine 1.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a cash handling machine for depositing cash such as coins and bills in a financial institution such as a bank.

[0002]

2. Description of the Related Art Conventionally, cash processing machines for collectively managing cash have been used in the rear operations of financial institutions such as banks. Such a cash processing machine operates a coin depositing machine for depositing coins, a banknote depositing machine having a banknote sealing section for depositing banknotes and sealing banknotes, and a coin depositing machine and a banknote depositing machine. And an operation display section for performing the operation.

A banknote depositing machine having a banknote sealing unit is 100
Banknotes are sealed (created in small bundles) by the banknote sealing unit on a sheet-by-sheet basis. At this time, the banknote deposit machine manages the amount on the operation display unit of the cash processing machine as a fixed fraction after the transaction of one batch is completed for fractions less than 100. After this, when a fractional bill is removed due to an error in the cash handling machine, an operator error, etc., the fixed fractional bills will leave the inventory management in the operation display section of the cash handling machine and shift to operator management. There is.

However, in order to process again the fractional bills whose management for the fixed fractions has been transferred from the cash handling machine to the operator, it is necessary to carry out the depositing treatment together with the next depositing bills. In order to sort the bills for the previous time and the current time, the operator has to perform a manual calculation and input operation to the cash processing machine, which causes a erroneous operation. The burden is increasing.

[0005]

As described above, when a fractional bill is withdrawn due to an error in the cash handling machine, an operator error, etc., after the completion of the transaction of one batch in the bill depositing machine of the cash handling machine, this confirmation is confirmed. Management of fractional bills is transferred to the operator. In this way, in order to process the fractional bills whose management for the fixed fractions has been transferred from the cash handling machine to the operator again, it is necessary to perform the depositing process together with the next depositing bills. In order to sort bills with minutes, the operator has to perform manual calculation and input operation to the cash processing machine, which causes a mistaken operation,
Further, this causes a problem that the processing time becomes long and the operator's burden becomes heavy.

In view of this, the present invention can prevent an erroneous operation by an operator when a fractional bill is extracted after the completion of one batch transaction, and can shorten the processing time to reduce the burden on the cash processing machine. The purpose is to provide.

[0007]

A cash processing machine of the present invention is a cash processing machine for processing deposits of banknotes, and counting means for counting the banknotes inserted into the cash processing machine, and counting by the counting means. A storing means for sealing a predetermined number of banknotes in small bundles, a stacking means for stacking fractional banknotes not sealed by the sealing means, and a number of fractional banknotes stacked in the stacking means is stored. When the storage means and the fractional bills accumulated in the accumulating means are extracted and the fractional bills and the bill to be processed next are put into the counting means together, from the number of sheets as the counting result, The subtraction unit subtracts the number of fractional bills stored in the storage unit.

The cash processing machine of the present invention is a cash processing machine for processing deposits of banknotes, and counting means for counting the banknotes inserted into the cash processing machine and a predetermined number of banknotes counted by the counting means. To a small bundle, a stacking means for stacking the fractional bills that are not sealed by the sealing means, the number of fractional bills accumulated in the stacking means, and the bill counting means First storage means for storing the number of banknotes, and when the fractional banknotes accumulated in the accumulating means are extracted, the number of fractional banknotes stored in the first storage means is used as the subtracted number. When the second storage means for storing, the fractional bill and the bill to be processed next are put into the counting means, from the number of bills as the counting result stored in the first storage means, Two
And subtraction means for subtracting the subtraction number stored in the storage means.

[0009]

BEST MODE FOR CARRYING OUT THE INVENTION An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 shows a schematic configuration of a cash handling machine according to the present invention. That is,
The cash processing machine operates a banknote depositing machine 1 having a banknote sealing part 2 for depositing banknotes and sealing the banknotes, a coin depositing machine 3 for depositing coins, the banknote depositing machine 1 and the coin depositing machine 3, and The operation display unit 4 displays various information.

The banknote depositing machine 1 is provided with a simple display section 1a as a display means for displaying a sealed state, a conveyance layout, a device state and the like. The operation display unit 4 includes a CPU 5 as a control unit for controlling the whole, a memory 6 as a storage unit for storing various information, a display unit 7 as a display unit for displaying various information, an operation unit 8 for performing various operation inputs, And an internal bus 9 that connects the CPU 5, the memory 6, the display unit 7, and the operation unit 8. The memory 6 is provided with a counting result storage area 6a for storing counting results such as the number of unwrapped sheets, the number of bundles, and a fixed fraction, and a subtraction number area 6b for storing a subtraction number described later.

2 and 3 show cross sections of the bill depositing machine 1 and the bill sealing portion 2, respectively. According to FIG. 2, the bill depositing machine 1 as the counting means includes a take-out unit (hopper) 10 on which bills to be counted and discriminated are placed, a discriminating unit 16 for discriminating bill types, correctness or authenticity, and a discriminating unit. It has a stacking unit 26 that stacks a predetermined number of banknotes that have been read through the banknote type, whether they are correct or not, and whether they are genuine or false, and a storage unit 28 that collectively stores them.

When a storage command is input from the operation display unit 4, the bills placed on the take-out unit 10 pass through the separating roller 12 and the take-out roller 14 and the discriminating unit 16 sequentially from the lowermost bill.
Is sent to The discriminating unit 16 is formed integrally with the discriminating and conveying unit 18, and sends out the bill to the conveying device 20 while reading the bill type, correctness, and authenticity of the bill supplied from the take-out unit 10.
The banknotes supplied to the transfer device 20 are transferred via the switching device 22.
It is transported to either the stacking unit 26 or the storage unit 28.

The stacking unit 26 has a first stacking unit 26a on which genuine bills are stacked and a second stacking unit 26b on which unfit bills are stacked.
The second switching device according to the information of the bill obtained by the discrimination unit 16
When 24 is urged, it is a stacking unit that stacks the genuine bills and the unfit bills in their respective stacking units. The first and second stacking units 26a and 26b are independently movable, and move the stacked banknotes to the banknote sealing unit 2.

According to FIG. 3, the banknote banding unit 2 as a banding means receives a predetermined number of banknotes conveyed through the stacking units 26a and 26b of the banknote deposit machine 1 (banknote clamping mechanism). 30a and 30b, this robot hand 30
a and 30b are temporarily retracted, and the banknotes received through the robot hands 30a and 30b are stacked, and a pre-seal stacking unit 32 and a banknote stored in the pre-seal stacking unit 32 are taped. A drawable small bundle storage unit that stores the small bundle of bills sealed via the feed unit 38 and the tape feed unit 38 in a divided manner according to the type of bill and the damage.
Has 50 and so on. The small bundle accommodation section 50 is fixed to the entire apparatus by a lock device 82.

The pre-sealing stacking unit 32 has first and second stacking units 32a and 32b respectively corresponding to the genuine bills and the unfit bills conveyed from the bill depositing machine 1. Pre-seal stacking unit 32
Between the tape feed unit 38 and the tape feed unit 38, a backup 34 for vertically transferring a predetermined number of banknotes conveyed via the robot hands 30a and 30b, and the pre-seal stacking unit 32 via the backup 34. Carrier 36 that conveys a predetermined number of banknotes toward tape feed unit 38
Is arranged.

The tape feed unit 38 draws in the sealing tape (paper strip) T previously stored in the tape holder 40 and seals a predetermined number of banknotes conveyed through the carrier 36, A cutter 42 for cutting the sealing tape T drawn into the sealing device 38a into a predetermined length, a heater 44 for adhering the sealing tape T by heating the sealing tape T, and a sealing tape T for a sealed small bundle of banknotes. And a print unit 46 for printing predetermined characters or symbols.

The tape feed unit 38 and the small bundle storage section 50
A vertical carrier 48 for transporting a small bundle of banknotes sealed via the tape feed unit 38 to the small bundle accommodating section 50 is arranged between the and.

The small bundle storage section 50 is a first to fourth removable storage boxes 50a, 50 for storing a small bundle of genuine bills for each bill type.
b, 50c and 50d, a detachable unfit banknote storage 50e for housing a small bundle of unfit banknotes, a deposit carrier 52 for transporting a small bundle conveyed via the vertical carrier 48 to a predetermined container, respectively. Elevator 80 for dispensing small bundles stored in storage boxes 50a, 50b, 50c, and 50d, and small bundles stored in respective storage boxes 50a, 50b, 50c, and 50d to elevator 80. It has a withdrawal transfer device 76 for transferring. Further, sensors 83a to 83e for detecting the presence / absence of the storage are arranged below the storages 50a to 50e.

The deposit transfer section 52 moves the small bundle transferred from the vertical carrier 48 to either of the storage boxes 50a to 50d and the unfit banknote storage box 50e, and the clamp transfer apparatus 54. It has a clamp guide roller 56 facing the transport device 54 and guiding the small bundle in cooperation with the clamp transport device 54. The clamp transfer device 54
Is formed so as to be rotatable around the deposit conveying section 52 side as a fulcrum,
When the vertical carrier 48 descends, the vertical carrier 48 is covered with a large amount and the small bundles mounted on the vertical carrier 48 are moved in a predetermined direction. Also, clamp guide roller
The vertical carrier 48 is formed so that a part of itself is exposed on the contact surface of the vertical carrier 48 with the small bundle, and guides the small bundle placed on the vertical carrier 48 to the depositing and conveying section 52 without difficulty.

A storage box 50a which is a part of the deposit transfer section 52
.. to 50d are respectively provided on the upper portions of the transport rollers 54a to 58d, and transport shutters (pushers) 58a to 58d for further transporting the small bundles from the clamp transport device 54 and the clamp guide roller 56, respectively. The upper guides 60a to 60d for guiding the small bundles passing over the transport shutters 58a to 58d are arranged by forming the passages defined by the above.

The transport shutters 58a to 58d are formed in pairs, respectively, and are formed so as to be rotatable in a direction orthogonal to and parallel to the outer wall of each storage box with the outer wall side of the storage boxes 50a to 50d as a fulcrum. ing. Note that one of the pair of transport shutters 58a to 58d, which is one of the pair of transport shutters 58a to 58d, disposed on the side farther from the clamp transport device 54 is in a storage box designated in accordance with an instruction from the operation display unit 4. Gate stoppers 66a to 66 for accommodating corresponding small bundles
d and rear end detection sensors 64a to 64d for detecting the end portions of the small bundles conveyed by the conveyance shutters 58a to 58d are arranged. Further, at both ends of the clamp transfer device 54 in a state where the clamp transfer device 54 is rotated by the deposit transfer part 52, a grip detection sensor for detecting a grip state of a small bundle of sealed banknotes transferred via the vertical carrier 48 ( A grip state detecting means) 62 is arranged. First to fourth storages 50a, 50b, 50c and 50
d is a transport shutter arranged corresponding to each
(Pusher) Lower part of 58a to 58d (that is, storage 50a, 50
b, 50c, and 50d itself), which are rotatably formed and which temporarily stop the small bundles 68a to 68d.
have. In addition, each storage 50a, 50b, 50
Pickers 70a to 70d for moving a predetermined small bundle to the outside of the storage for withdrawal in c and 50d, and a picker 70.
Dispensing and dispensing rollers 74a to 74d for delivering the small bundle moved via a to 70d to the dispensing and conveying device 76 are arranged. It should be noted that in each of the storage cases, the bases 72a to 72d whose heights are changed according to the amount of the small bundles stored therein.
But each is arranged.

At the top of the unfit banknote storage 50e
Elevator 80 that moves a small bundle (withdrawal) that is moved along each storage via 76 to the withdrawal port 81, and is conveyed through the withdrawal conveying device 76 (withdrawal). A lifter 78 and the like for mounting the bundle on the elevator 80 are arranged. In addition, a partition lid 50f formed so as to be rotatable is disposed above the unfit note storage 50e.

FIG. 4 shows a schematic structure of the simple display unit 1a. That is, the simple display unit 1a includes the sealed state display units 91 and 92 that display the sealed state, the transport layout display unit 93 that displays the transport state of banknotes, and the device state display message 94 that displays the display message indicating the device state. , And a key input unit 95.

In the sealed state display portions 91 and 92, the unsealed sheet number display portions 91a and 92a for displaying the number of unsealed sheets and the bundle number display portions 91b and 92b for displaying the number of bundles bundled. The fixed-fraction display portions 91c and 92c for displaying the fixed-fraction are provided.

Next, with reference to the flow chart of FIG. 5, the processing operation of a fractional bill in such a configuration will be described.
First, it is assumed that the fractional bills corresponding to the previously determined fractional fractions are accumulated in the first accumulating unit 26a and the fractional bills have been extracted due to an error of the cash processing machine, an operator error, or the like (ST1).

Further, the memory 6 of the operation display unit 4 stores the last confirmed fraction in the counting result storage area 6a. However, when the fraction bill is extracted, the CPU 5
Stores the previous confirmed fraction stored in the counting result storage area 6a in the subtracted number area 6b, and sets the confirmed fraction in the counting result storage area 6a to "0" (ST2).

The previous fractional bills and the current bills extracted by the operator are placed on the ejection section 10 (ST3). The banknote depositing machine 1 counts the banknotes that have been placed, and the banknote sealing unit 2 seals every 100 coins of each denomination into small bundles in the banknote sealing unit 2 and divides them into small bundle storage units 50. And store (ST4).

When the counting is completed, the CPU 5 (ST
5) The previous fixed definite fraction stored in the subtraction number area 6b is subtracted (automatic subtraction) from the number of sheets as the counting result (S).
T6). Then, the CPU 5 stores the subtraction result, the number of bundles, and the fixed fraction as the number of fractional banknotes generated this time in the counting result storage area 6a of the memory 6, and displays the subtraction result as the number of banknotes counted this time before sealing. The number of bundles is displayed on the portion 91a, the number of bundles is displayed on the number of bundles display portion 91b, and the confirmed fraction as the number of fractional bills generated this time is displayed on the confirmed fraction display portion 91c (ST7).

As described above, according to the above-described embodiment of the present invention, even when a fractional bill is extracted, the previously determined fractional bill is automatically subtracted, so that the previous fractional bill and the current bill are processed. Since it is not necessary to allocate the number of sheets to the number of sheets, erroneous operations by the operator can be prevented and the processing time can be shortened.

Further, since the management responsibility of the previously determined fixed fraction extracted remains with the cash processing machine, the burden on the operator is reduced. Moreover, you can manage it as a small bundle,
It is possible to reduce the processing time of the rearrangement work, shorten the processing time of settlement (scrutiny), and reduce the burden on the operation manager.

[0031]

As described in detail above, according to the present invention,
It is possible to provide a cash processing machine capable of preventing an erroneous operation by an operator in advance when a fractional bill is withdrawn after the end of one batch transaction, shortening the processing time, and reducing the burden on the operator.

[Brief description of the drawings]

FIG. 1 is a block diagram showing a schematic configuration of a cash processing machine according to the present invention.

FIG. 2 is a schematic cross-sectional view of a banknote depositing machine in a cash processing machine.

FIG. 3 is a schematic cross-sectional view of a bill sealing unit 2 in the bill depositing machine.

FIG. 4 is a diagram showing a schematic configuration of a simple display unit.

FIG. 5 is a flowchart for explaining a processing operation of a fractional bill.

[Explanation of symbols]

 1 ... Banknote depositing machine 1a ... Simple display section 2 ... Banknote sealing section 3 ... Coin depositing machine 4 ... Operation display section 5 ... CPU 6 ... Memory 7 ... Display section 8 ... Operation section 10 ... Takeout section 26 ... Stacking section 91, 92 ... Sealing status display

Claims (5)

[Claims] 1. A cash processing machine for processing deposits of banknotes, wherein counting means for counting the banknotes inserted into the cash processing machine and banknotes counted by the counting means are sealed in small bundles every predetermined number. A stacking means, a stacking means for stacking fractional banknotes that are not sealed by the sealing means, a storage means for storing the number of fractional banknotes stacked in the stacking means, and a stacking means for stacking the stacking means. When the fractional bill is extracted and the fractional bill and the bill to be processed next are put into the counting means together, the number of fractional bills stored in the storage means is calculated from the number of sheets as the counting result. A cash processing machine comprising: a subtracting means for subtracting. 2. A cash processing machine for processing deposits of banknotes, a counting means for counting the banknotes inserted into the cash processing machine, and a predetermined number of banknotes counted by the counting means are sealed in small bundles. Storing means for storing, a stacking means for stacking the fractional banknotes not sealed by the sealing means, the number of fractional banknotes accumulated in the stacking means, and the number of banknotes counted by the banknote counting means. And a second memory that stores the number of fractional banknotes stored in the first storage unit as a subtracted number when the fractional banknotes stacked in the stacking unit are extracted. Means, the fractional bill and the bill to be processed next are stored in the second storage means from the number of bills as the counting result stored in the first storage means when the bill is inserted into the counting means. Subtract the subtracted number A cash processing machine, which comprises: 3. A display means for displaying the number of banknotes as the counting result stored in the first storage means, and a subtraction result of the subtracting means for only the banknote processed next after being put into the counting means. The cash processing machine according to claim 2, further comprising display control means for controlling the display on the display means as the number of sheets. 4. A change means for changing the number of fractional bills stored in the first storage means to 0 when the subtracted number of bills is stored in the second storage means; When the banknotes to be processed are put into the counting means, the subtracted number stored in the second storage means is subtracted from the number of banknotes as the counting result, and the subtraction result and the number of newly generated fractional banknotes. 3. The cash processing machine according to claim 2, further comprising: a control unit configured to perform a control of storing the value in the first storage unit. 5. When the subtracted number is stored in the second storage means, a changing means for changing the number of fractional banknotes stored in the first storage means to 0; When the banknotes to be processed are put into the counting means, the subtracted number stored in the second storage means is subtracted from the number of banknotes as the counting result, and the subtraction result and the number of newly generated fractional banknotes. 3. The cash processing machine according to claim 2, further comprising: a display control unit that controls to display the number of bundles and the number of bundles.