JPS62257590A - Cash 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 useful for classifying and counting cash from a night safe in a teller room of a financial institution such as a bank, or for a customer clerk to The present invention relates to a cash processing device for classifying and counting brought-in cash or for dispensing cash to be taken out.

(Prior Art) Conventionally, for example, in the teller system of financial institutions such as banks, a teller's machine is connected to a bill storing and processing machine, a coin storing process 1, a bill discharging machine, and a coin discharging machine. Management is unified, denomination classification, accounting processing, and withdrawal counting are performed.

However, conventionally, cash withdrawals have been made with cash set for bill dispensing and coin dispensing, and cash that has been processed at the time of deposit with a bill storage processing machine or a coin storage processing machine is automatically withdrawn. It is not used as cash for other purposes. In addition, cash processed by the banknote storage processing machine and coin storage processing machine 4, or cash remaining in the banknote discharge machine and coin discharge machine at the end of business hours,
For example, banknotes are bundled (wrapped) in 100 sheets at a time, and coins are wrapped (wrapped) in rows of, for example, 50 sheets into coins, but the processing is also done using separate machines such as banknote wrapping machines and coin wrapping machines ( This is done by resetting it in the machine (rolling money making machine).

As described above, conventionally, cash deposits and cash withdrawals had to be performed using dedicated machines, and cash wrapping also had to be performed using separate dedicated machines. For this reason, there was a strong demand for a machine that could automatically sort, count, and seal cash in the same machine.

(Problems to be Solved by the Invention) The present invention has been made in order to meet the above-mentioned needs.
It is an object of the present invention to provide a cash processing device that can shorten and reduce the time required for cash processing operations.

[G composition of the invention] (Means and effects for solving the problems) The cash processing 3A of the present invention accepts cash in which multiple denominations are mixed, classifies and counts it by denomination, and calculates the amount of cash for each denomination. A sealing means for sealing the cash every predetermined amount, a storage means for storing the number of cash stored in the storage means, and a denomination of the cash for sorting and counting the cash in advance. and an input means for inputting the amount, and calculates by the j stored in the storage means and the (to) input by the input means, and if the number of denominations that cannot be stored in the storage means is one denomination or less, Ba,
The cash of the denomination that cannot be stored is sealed by the sealing means to perform sorting and counting, and thereby the same counterfeiting machine can automatically classify, count, and seal the cash.

(Example of Actual Flow) Hereinafter, one embodiment of the present invention will be described with reference to the drawings.

FIG. 3 shows the appearance of the cash processing device according to the present invention. That is, 1 is a bill processing device, 2 is a coin processing device, and 3 is an operation display i position. The operation display device 3 includes an operation section 4, a CRT display section 5, a printer section 6, a control section that controls the entire structure, a memory section, and an interface that exchanges data with the bill processing device 1 and the coin processing device 2. It consists of a face part, etc. The operation unit 4 includes, for example, a mode designation switch 11, a numeric keypad 12, as shown in FIG.
, maintenance key 13, number key 14, order key 15, denomination key 16, ward key 17, function key 18 indicating the type of check, one start key, one completion key 20, sealing key 21, stop key 22, number key 23, subject key 24,
A deposit key 25, a withdrawal key 26, a cancellation key 27, a clear key 28, a return key 29, etc. are provided.

The mode designation switch 11 is set to OFF, OPERATOR, ORGANIZATION,
It specifies the processing mode such as payment.

FIG. 1 shows the banknote processing device 2 in detail. That is, a banknote inlet/outlet 101 is provided at the upper right side, and a backup device 102 for holding down banknotes and a banknote retrieval device 103 are provided in the banknote inlet/outlet 101. The backup device 102 presses the banknotes toward the banknote retrieval device 103 using the force of a spring (not shown). The backup device 102 is driven to open up to an intermediate point by a motor and a cam (not shown), and is configured to be opened manually to the final point. The banknotes placed and set in the banknote inlet/outlet 101 in an upright position are sequentially taken out one by one by the banknote retrieval device 103 and sent into the take-in conveyance path 104, and sent to the inspection section 105 by the take-in conveyance path 104. . The inspection unit 105 uses a well-known optical or magnetic detection method to determine the denomination, chastity, and
Distinguish whether it is good or bad, front or back, etc., and perform counting. Inspection Department 105
Bills determined to be face-up are guided to the first WJ transport path 106, and banknotes determined to be face-down are guided to the second transport path 108 (i.e., front-side reversal transport path) 108 by the camera gate 107.
, and is modified from face down to face up. In addition, the first
The passage time of the conveyance path 106 and the second m-th conveyance path 108 is the same - rf
Even if the banknotes conveyed at a certain pitch are sorted by the sorting gate 107 and pass through separate conveyance paths 106 and 108, they will not collide or become jammed when they merge at the merging section 109. It is designed to merge and convey at a constant pitch without causing any problems. In this way, all the banknotes that have reached the confluence section 109 are placed face up.

The banknotes that have passed through the confluence 811109 are sent to the sorting and conveying section 110, where they are sorted by denomination. In other words, if the banknotes sent to the sorting conveyance unit 110 are genuine 10,000 yen bills, the sorting gate 111A rotates and the bills are transferred to the temporary storage 112.
If it is a 5,000 yen genuine note, the sorting gate 111B rotates and guides it to the temporary storage 112B.If it is a 1,000 yen genuine note, the sorting gate 111C rotates and guides it to the temporary storage 112C. Separation gate 111 for 100 yen genuine notes and unfit notes of various denominations
D rotates and leads to temporary storage 112D.

In addition, at each entrance of the temporary storage 112A, . . . , 112D, push widths 113A, .
..., 113D are provided. In addition, temporary storage 1
A housing 114 corresponding to the front surface of 12A, . . . , 112D
A door 115 (see Figure 3) is provided on the surface of the
By opening this door 115, one poem method control 112A
, . . . It is possible to take out the banknotes in 112D to the outside.

On the other hand, banknotes whose denomination cannot be determined by the inspection unit 105 are guided to a temporary withdrawal storage 118 by sorting gates 116 and 117. When all the bills at the banknote exit 101 have been taken out and the banknote presence/absence detector detects that there are no banknotes, the rotary conveyor 11
9 rotates to push out unidentified banknotes stored in the temporary withdrawal storage 1118 to the banknote exit 101.

At this time, when the banknote presence/absence detector detects that the banknote is missing, the backup device 102 lowers the banknote to the halfway point by a motor and a cam (not shown), so that the backup device 102 determines whether the banknote was stored on the temporary withdrawal storage floor 118 or not. The banknotes that cannot be stored can be smoothly exited to the banknote inlet/outlet 101.

The removal of all banknotes from the banknote exit 101 has been completed,
When the operator presses the completion key 20 of the operation unit 4, the banknotes contained in the temporary storages 112A, . . . , 112D fall downward as the respective shutters 120A, . (See Figures 5a and b). Note that the shutters 120A, . . . , 120D cause the temporary storage 112A, .
A...

121D banknotes are completely separated. Next, the claws 122A, . . . , 122D that hold down the banknotes contained in the storage bins 121A, . . . , 121D rise. At this time, the claws t11fi1122A, . . . , 122D are obstructed by unillustrated blocking members (for example, brushes) provided on the left and right side walls, bend inward, and rise vertically on the outside of the side walls ( (See Figure 5C). This pawl holds the banknotes in the pawl mechanism 122A, . . . when the shutters 12OA, .

A backup mechanism (supported by a spring not shown) 123A is pressed against the 122D side.

. . , a stepping motor (not shown) provided in the backup assembly 123A, .
..., 123D is held so as to stop it from being raised by the spring.

Further, when the claw structure 122A, . . . , 122D rises, the obstructing member on the side wall disappears, and the claws folded vertically to the outside of the side wall are moved by a spring (not shown) to temporarily store the temporary storage 112A, .・.

It exits inward at the top of 112D (see Figure 5C).

At the upper part of temporary storage 112A, river 112D, the banknotes inside are shuttered 120A, . . . .

120D opens and falls downward, creating a space with no banknotes. Next, temporary storage 112A...
・、Claw structure 122A with a claw protruding inside 112D...
122D begins to descend. At this time, the holding of the stepping motors that have been held to stop the rise of the backup machine sides 123A, . . . , 123D is released. Since the claws of the claw clamping structures 122A, .
The banknotes are respectively put into the storages 121A, . . . , 121D (see FIG. 5C). After that, Shack 120A,
, 120D is closed L/R (see 5th eJ r).

As described above, the banknotes set in the banknote inlet/outlet 101 are stored in the storage bins 121A, . . . , 121D, that is, the banknotes are deposited.

Next, the withdrawal of banknotes from the storages 1121A, . . . , 121C will be explained with reference to FIG.

FIG. 6'(a) shows the camera in a hand-held state. The banknotes contained in the storages 121A, . . . , 121C are pressed against the claws of the claw mechanisms 122A, . . . 122C by the backup IIMs 4123A, . When the withdrawal order comes, shutter 12OA...

120G opens (see Figure 6), then the claw mechanism 122A opens.
, . . . , 122G rises, and the claw is bent downward by the obstruction member on the side wall and folded to the outside of the side wall (see FIG. 6C). In this case, unlike when storing banknotes, the claws 122A, . . .

122C does not rise to the upper end but stops in the middle, and the claw mechanism 1
22A,..., 122G claws are folded! Be in good condition. At this time, the backup hall structure 123A...
, 123C remain stopped at a predetermined position due to the holding of the stepping motor. Next, when the hold of this stepping motor is released, the backup mechanism 123A, . . . , is activated by the spring.
123C rises and takes out the uppermost banknote with roller 124A.
,...

124C (see Figure 6C). When bills are pressed, the required number of bills are taken out according to the withdrawal command. This extraction is performed by the extraction rollers 124A,...
124C, feed low 5125A.

..., 125C and gate roller 126A, ...
.

126C and one backup 123A...

Take-out row 5124A with spring of 123C.

..., 124C is pressed by force.

In this way, the taken out banknotes are transported by the sorting and transporting section 110, and on the way there, the two-sheet detector 127 detects whether or not two banknotes are taken. If two bills are detected here, the bills will be transferred to the sorting gate 111D (7) rotating temporary storage 112Dk:i! It will be destroyed. If two bills are not detected, the bills are guided to the temporary withdrawal storage ji11B by the rotation of the sorting gates 116 and 117, and are accumulated.
When the required amount of banknotes is accumulated, the rotary conveyor 119 rotates and pushes out the payout banknotes stored in the temporary payout storage 111118 to the banknote inlet/outlet 101. When the required number of banknotes has been taken out, the backup machine 4#t
123A, . . . , 123C are lowered to the lowest end by a stepping motor (see Fig. 6C), and then the pawl mechanisms 122A, . Storage 121A.

..., enters inside 121C (see Figure 6C). When this is completed, the backup mechanism 123A, . . .

By releasing the hold of the 123C stepping motor, the spring backs up ALV4.
123 A, ・, 123 C upper ub, f (El
is pressed against the claws of the claw machines 1122A,..., 122G, and then the shutters 120A,..., 120C are closed and the sixth
Return to the state shown in figure (a). As described above, storage ji1
Bills are withdrawn from 21A, . . . , 121C.

Next, a description will be given of the bundling of, for example, 100 sheets, that is, the wrapping. There are two timings for sealing in the sealing section 130. One is the deposit processing, and the banknote inlet/outlet 1
01, the banknotes are taken out one by one by the banknote takeout device 103, judged by the inspection section 105, and placed in the temporary storage 1.
12A...

112D. At this time, if there is a large amount of one denomination, for example, 10,000 yen banknotes, by pressing the 10,000 yen key 21 of the operating unit 4 and the 10,000 yen key of the denomination designation key 16, the genuine 10,000 yen banknotes can be stored in the temporary storage. Without entering 112A,
The sealing unit 130 bundles 100 sheets each and stores them in bundles R.
It is placed in 131. The other is storage 121A,...
, 121C is full and it is no longer possible to store any more banknotes, or when the storage compartments 121A, . . . , 12
When the number of stored coins in 1C exceeds the required amount to be prepared for withdrawal, a partial tightening process is performed in units of 100 coins, and the coins are accumulated in the withdrawal temporary storage thickness 118. Instead, the bundle is made into 11 bundles at the sealing section 130.

The resulting bundle is placed in a bundle storage thickness 131.

The sealing part 130 will be explained. One denomination, one denomination, and one denomination are sent to the sealing section 130 in the same manner during deposit processing or partial closing processing.
The sheets pass through the bundle conveyance path 132 located at the rear of the sorting conveyance section 110 one by one, face up, at a fixed pitch, and enter the bundle accumulation section 133. The bundle accumulation unit 133 includes an impeller 134 that receives and accumulates the bundles between the blades, and an impeller 1 that receives and accumulates the bundles between the blades and the impeller 1
34, and a separator 135 that moves at the same speed to separate 100 sheets. The bundle conveyance path 132 is provided with a counting means (not shown), and when the number of banknotes accumulated in the bundle stacking section 133 reaches 100, the banknotes are transferred to the carrier 136 and stacked, and the banknotes are moved to the bundle position. be carried to. Separator 135 for banknotes after 100 pieces
carrier 1 before the next 100 sheets are stacked.
36 finishes bundling the previous 100 banknotes and returns to the stacking position below the bundle stacking section 133.

The tape supply unit 137 includes a tape supply unit 11 for bundling banknotes.
There are provided thirteen wheels for storing the tape 138 in a wound state, and guide rollers 140 and 141 for taking out the tape 138 from the wheels 139. The guide rollers 140 and 141 are used to pinch and take out the tape 138, and are driven by a drive motor (not shown). A cutter 142 is provided below the guide rollers 140, 141. The cutter 142 has two blades and is driven by a solenoid (not shown) to cut the tape 138. In addition,
The tape 138 is a heat-adhesive tape whose lower side is coated with a hot-melt adhesive, and is held between guide rollers 140 and 141 via a support pin 143 and passes between the blades of the cutter 142. A support pin 14 is provided below the cutter 142.
4 are provided.

The tape winding section 145 includes a catch t146 for gripping the tip of the tape 138, and an arm 147 that supports the catcher 146 and has one end fixed to a shaft so as to be rotatable.

The arm 147 is driven by a drive mechanism (not shown) in synchronization with the movement of the carrier 136. catcher 146
consists of two gripping members, which are opened and closed by a solenoid (not shown) to grip the tape 138.

The thermal bonding section 148 includes a heater 149 and a rotatable heater block 150 that supports the heater 149 and has one end fixed to a shaft. Heater block 1
50 is driven by a drive mechanism (not shown).

The carrier 136 is movable in the horizontal direction, and the catcher 146 rotates in synchronization with the movement of the carrier 136 to wrap the tape 138 around the banknote.The operation will be explained below with reference to FIG. 7. do. First, as shown in FIG. 7(a), when the carrier 136 is at the accumulation position A, the catcher 146 is at the home position B. At this time, the catcher 146 is in the released state, the tape 138 is inserted between the catches t146 via the tape supply section 137, and then the solenoid (not shown) is demagnetized, so that the tape 138 is caught between the catchers 146. Thereafter, by operating a motor (not shown), the carrier 136 and the catch v1 are
46 moves in conjunction. The moving states of both at this time are as shown in FIGS. 7(b) and 7(c). That is, as the carrier 136 moves, the catch v146 rotates and the banknotes on the carrier 136 are gradually wound. In this case, especially since the two are interlocked, the radius of rotation of the catcher 146 can be smaller than the width of the banknote group in the moving direction, and the tape winding section 145 can be made smaller.

Moreover, since the banknote group is wound on the carrier 136 through the space formed between the carriers 136, it is possible to eliminate wasteful transfer operations that cause the banknote group to shift or collapse.

When the carrier 136 reaches the bundle position C, the carrier 136 is held at that position and the catcher 1
46 rotates to seal position D shown in FIG. 7(d). At this time, the clamp lever (not shown) descends,
The group of banknotes on the carrier 136 is held at a pressure of 11δ. After that, the heater block 150 of the heating section 148 is heated as shown in FIG. 7(e).
When the tape 138 is rotated in the direction of the arrow as shown in , a rubber plate (not shown) presses and holds the tape 138 against the group of banknotes. Then, the end of the chi 7138 is cut by the cutter 142. The heater block 150 rotates and the heater 149
When the end of the sealing tape is heated, the adhesive applied to the tape adheres the tape, completing the sealing. The sealed banknotes are carried by carrier 136 to a receiving position. Here, the receiving conveyor 151 rotates horizontally from below and receives the bundles from the carrier 136 as shown in FIG. 7(f). Upon receiving the bundle, the receiving conveyor 151 rotates downward and transfers the bundle to the grip W1i11.
Enter it in 1131. If a bundle is required for withdrawal, 100 banknotes necessary for the bundle are taken out from the storage compartments 121A, . be controlled. The bundled banknotes are
received by the receiving conveyor 151, and the receiving conveyor 1
51 rotates upward from the horizontal direction, the money is transferred to the east conveyance path 152, and through this east conveyance path 152, the money is withdrawn. Transported to fJ1118. At this time, since the stopper gate 153 is rotated upward by a rotary solenoid (not shown), the bundles conveyed by the east conveyance path 152 enter the temporary dispensing storage 118. The bundles that have entered the temporary withdrawal storage 118 are pushed out to the banknote exit 101 by a rotating conveyor 119. When the withdrawal process for this bundle is completed (if there is no withdrawal for another bundle), 100
Withdrawal processing for fractions less than 1000 coins will be performed.

Also, if you seal the deposit when processing the deposit, you will receive 100% at the end.
The bills remaining in the bundle stacking section 133 as fractions are carried by the carrier 136 to the receiving position, the receiving conveyor 151 rotates upward, and the bills are transferred to the east conveyance path 15.
2 to the withdrawal temporary storage 118. Fractional banknotes that have entered the temporary withdrawal storage 118 are transferred to the rotating conveyor 11
9 to the banknote exit 101, and self-help by the backup device 102 to the banknote ejecting device? f103
pressed against. Then, the banknotes are taken out one by one by the banknote takeout device 103, sorted into temporary storages 112A, . . . , 112D, and stored in storages 121A, . . . , 121D.

FIG. 2 shows the coin processing device 2 in detail. That is, a hopper 31 is provided at the top, and coins of a plurality of denominations are put into the hopper 31 and stored therein. A hopper conveyor 32 is provided below the hopper 31, as shown in FIG. 8, and the coins in the hopper 31 are conveyed to a receiving section 33 by this hopper conveyor 32. The hopper conveyor 32 has an intake section 33
It is controlled by the output of a coin Mffi detection device 34 provided in the coin receiving section 33 to prevent a large amount of coins from flowing into the receiving section 33 at once. The coin amount detection device H34 includes, for example, a coin amount detection lever 35 and a microswitch 36 that detects its operation. The taking-in section 33 is a rotating disk, and centrifugal force aligns the coins on the outer circumference side, and the coins are taken out one by one from a take-out port 37 provided in a part of the outer circumference. The taken out coins enter a conveyance path at a speed faster than the take-in speed, and are fed into the coin verification section 38 with the coins spaced apart from each other. The coin verification unit 38 includes a detector for determining and counting the denomination of coins using a well-known inductive inductance.

Coins whose denominations could not be determined by the coin verification unit 38 are sorted by a reject gate 39 to a reject conveyance path 40, and through this reject conveyance path 40 they are transferred to a withdrawal port 41 (third
(See figure). Withdrawal box 4
2 is placed u on a rotating table (not shown), and when a rejected coin is retaken, the coin is automatically put into the take-in part 33. That is, as shown in FIG. 9, for example, the dispensing box 42 is a bin in which a dispensing box main body 43, a dispensing box frame 44, and a dispensing box main body 43 and the dispensing box frame 44 are rotatably attached. 45. and,
Withdrawal building blocks I, *'43 have an opening 47 on the opposite side from the handle 46
As a result, when the rotating table rotates and the dispensing box main body 43 placed on it rotates downward, the dispensing box frame 44 is fixed in the direction of rotation. Opening 47
Coins are ejected from the container and guided to the receiving section 33.

The coins whose denominations have been determined and counted by the coin verification section 38 are transferred to the sorting section 48.
The coins are then sorted by denomination by the sorting section 48 according to the diameter of the coins. Since the classification is based on the diameter of the coin, the order of classification is 1 yen, 50 yen, 5 yen, 100 yen, 10 yen,
The price is 500 yen.

The sorted coins are sorted through the sorting chute 49A for each denomination.
..., counter 50A installed in the middle of 49F.

. . , 50F, and are sent to the one-poh tubes a51 A, . . . , 51F, which are set up for each denomination. Coins are counted by both the coin verification unit 38 and the sorted counters 50A, . ..., if there is a discrepancy with the 50F count,
The coins in the temporary storage J151A, . . . , 51F are collectively thrown into the return box 52.

Therefore, the return door 53 (
It is possible to open the return box 52 (see FIG. 3), take out the coins therein, and then insert the coins therein into the pump 31 again for re-counting. Temporary storage 51A.

..., 51F is like a frame with no bottom, and by moving after this temporary storage 51A, ..., 51F, return box 5 is opened.
2, or a safe 54A provided for each denomination.
..., it will be put into the 54th floor. If there is no counting error and the operator presses the completion key 20 on the operation unit 4, the temporary storage 51A, . . .

51F is moved to the rear side and placed in the safes 54A, . . . , 54F.

The gold jis 54A, . . . , 54F are, for example, as shown in FIG.
The bin 57 is rotatably attached to the safe frame 56, and a drive unit (not shown) that rotates the safe body 55. The safe main body 55 has an opening 58 on the opposite side of the bin 57, and when the drive unit operates and the safe main body 55 rotates downward, the safe frame 56 is fixed in the direction of rotation. Therefore, the coins are discharged from the opening 58 to the discharge conveyor 59. Incidentally, since the drive unit is provided in each of the safes 54A9, . Safe 54A,..., 54F
When the conveyor 5 is full, the drive unit operates to move the discharge conveyor 5.
Coins are released on 9, gold ji54A, ..., 54F
is returned to the horizontal position by the operation of the drive unit, and the temporary storage 5
It becomes possible to accept coins from 1A, . . . , 51F.

The coins discharged to the discharge conveyor 59 are transferred to the discharge elevator 6.
0 and thrown into the coin roll receiving section 61.

The coin roll receiving section 61 is provided with a coin amount detection device similar to the receiving section 33, and the five discharge conveyors and the discharge elevator 60 are controlled so that the coins entering the coin roll receiving section 61 do not become large piles. are doing. The coins inserted into the coin roll receiving section 61 are taken out one by one and sent to the packaging section 62. Packaging department 6
In step 2, the received 911s are counted and packaged in increments of 50 to create a coin roll. The packaging by the packaging unit 62 is performed by a well-known method such as wrapping a vinyl sheet around the coin. The coins made into coins in the packaging section 62 are sent to a coins roll storage 63 and stored there.

In the packaging section 62, the remaining coins that are not 50 coins and are fractions are sent to the dispensing section 64. The fractional coins sent to the dispensing section 64 are sorted by the sorting section 65 of the dispensing section 64.
i! Withdrawal ji66A is divided into denominations according to the diameter of the coin, and the corresponding denominations are withdrawn.

..., you will be led to 66F. Cash withdrawal box 66A, ..., 6
6F is used for a well-known change dispenser, for example, as shown in FIG.
It is located at the upper part of the dispensing tube 67, and the coins sorted by the sorting section 65 can be received from the upper opening of the dispensing tube 67. The coins that have entered the withdrawal room 67 are stored in a horizontally stacked state.

When a withdrawal operation is performed using the operation unit 4, the withdrawal plate 68 provided at the bottom of the withdrawal tube 67 is rotated, and the lowest coin is inserted into the opening provided at the bottom of the withdrawal tube 67. Part 69
From there, it protrudes to the dispensing conveyor 70.

This ejecting operation is repeated until the number of coins required for withdrawal is reached. The operation of the payout board 68 is that il! This is accomplished by a hole 71 formed at the end, a lever 72 that acts on the hole 71, and a solenoid 73 that drives the lever 72. The lever 72 is capable of moving left and right around the rotating bin 74, and also moves between the solenoid 73 and the bin 74.
5, which are rotatably connected. Therefore, when the solenoid 73 is energized, the dispensing plate 68 moves horizontally with respect to the bottom of the dispensing tube 67 and projects a coin, and when the solenoid 73 is de-energized, the dispensing plate 68 moves horizontally with respect to the bottom of the dispensing cylinder 67, and when the solenoid 73 is de-energized, the dispensing plate 68 It returns to its original position by the action of The vJ coins guided to the withdrawal conveyor 70 are sent to a temporary withdrawal storage 77 and temporarily stored there. In this way, when the amount of coins required for withdrawal is carried to the temporary withdrawal storage 77, the coins in the temporary withdrawal storage 77 are lifted by the withdrawal elevator 78 and put into the withdrawal box 42.

This allows the operator to take out the coins to be withdrawn from the withdrawal box 42.

On the other hand, the counters 5 of the division chutes 49A, . . . , 49F
Moisture gates 79A, . . . , 79F are provided behind 0A, . Due to this, this distribution goo i-79A...
, temporary storage 51A by 79F.

..., guided to conveyor 80 without entering 51F,
This conveyor 80 allows the coins to be sent to the coin roll receiving section 61. As a result, the coin of the designated denomination is wrapped by the packaging section 62 and becomes a coin roll. At this time, if there are any fractions remaining that do not add up to 50 sheets, the operating section 4
When the completion key 20 is pressed, the temporary storage 51A,...
, 51F are sent to gold 11154A, .
4 and deposited in withdrawal ji66A,...,66F.

FIG. 12 shows the configuration of the memory section 7 provided in the operation display amount fala, which includes a coin section memory M1, an initial setting memory M2, a cumulative total memory M3 for each item, a withdrawal set amount memory M4, a cumulative total memory M5, Amount memory during transaction ″v
16, and a banknote section memory M7.

Next, the operation of such a configuration will be described with reference to the flowchart shown in FIG. 13. If the mode designation switch 11 of the operation unit 4 is set to "settlement", settlement, setting of cash for withdrawal, setting of safe layer, etc. can be performed. Further, if the mode designation switch 11 is set to "operator", deposit processing and withdrawal processing, which are normal transaction operations, become possible. Roughly speaking, if the mode designation switch 11 is set to "Organize", tasks such as partially tightening or all line tightening become possible.

First, a case where the mode designation switch 11 is set to "Payment" will be described. When the mode designation switch 11 is set to "Payment" (Sl), all the menus available for "Payment" are displayed on the CRT display section 5. Since a specific number is assigned to it, it is possible to start business by defining that number. First, since the task "Payment" is 1'', the numeric keypad 12 of the operation section 4
This is done by entering "1" in 82) and then pressing the delimiter key 17 (S3). This business “Payment”
is performed when all business operations are completed and the operation of the cash processing device is terminated.

Next, when the completion key 20 is pressed (34), the storage bins 121A, .
4th floor, coin storage room 63, cash withdrawal box 66A.

..., it is checked whether 66F is empty (85
), the settlement task is cleared if it is not empty (S
6). If it is empty, the contents stored in the memory section 7 are printed by the printer section 6 (S7), and the contents stored in the memory section 7 are cleared (S8).

In step S2, press '2' on the numeric keypad 12.

If the number is set, the business "Withdrawal Set" becomes possible.

Business fJj "Payment setting" means setting cash for withdrawal into the banknote processing device 1 and the coin processing device 2 before starting the business. First, the user enters the number of cash to be set using the numeric keypad 12 (S9), and then presses the denomination key 16 (S10). By repeating this, the amount of cash to be set is set from 1 to 1. When the amount has been set, the banknotes are put into the banknote exit 101 and the coins are put into the hopper 31 (511), and by pressing the start key 19 of the operation section 4 (S12), sorting and counting are started (
S13). When all the cash put into the banknote exit 101 and the hopper 31 has been sorted and counted, the banknote processing device 1 and the coin processing device 2 automatically stop operating (
S14). Then, since the processed contents are displayed on the CRT display section 5, if there is no cash to be added, the completion key 20 of the operation section 4 is pressed (S15). Then, step S9. In S10, it is checked whether the input amount and the counted amount match, and if the two amounts match, the banknote is issued.

112C and the coin Issei Hokan ji51 A,...

The cash on the 51st floor is stored separately! [121A,...

121C and safes 54A, . . . , 54F (816). The coins stored in the safes 54A, .
They are sent to the withdrawal section 64 in the form of individual coins, and are sent to the withdrawal box 66A.
,..., will be stored on the 66th floor. When this operation is completed, the amount is printed by the printer unit 6 (317
). In addition, storage cabinets 121A, . . . 121C and withdrawal Ji66A, .

The amount of cash stored in 66F is stored in the storage memory M71 of the banknote section memory M7 of the memory section 7 and the coin section memory M.
1 to 111, and also stored in the withdrawal set amount memory M4.

In step S2, use the numeric keypad 12 to select "3'" as n.
If the number is counted, the task "Safe M Set" becomes possible. The business "safe shop set" refers to storage cabinets 121A,..., 1
21C and gold j [54A,...

When the cash on the 54th floor reaches the gold IN (number of coins), automatic partial tightening will be done in the form of a seal or a coin roll.
This is the task of setting N (number of sheets). To do this, enter the number using the numeric keypad 12 (318), then use the denomination key 16.
Press (819). Do this for all necessary denominations. After that, by pressing the completion key 20 (-82
0), the set contents are the initial setting memory M of the memory section 7.
2 (821>).

In step S2, press “4” on the numeric keypad 12.

If the number is set, the business "rounding" becomes possible. The operation "fraction processing" means that when the banknote processing device 1 processes a deposit and the denomination is specified and the denomination is sealed, the fractional number of banknotes that are less than 100 remaining in the bundle stacking unit 133 after R is processed. Sort and count again and store J11121A...
Put it in 121C or store it so that there are 100 pieces j11
21A...

This is to set whether to take out banknotes of the same denomination from 121C and seal them. The method is to use the numeric keypad 12 to
"i" or °゛2'')L (822), then press the separator key 17 (523), and press the completion key 20 (824), the setting contents are stored in the initial setting memory M2 of the memory section 7. It is stored (825). Here, for example, the fractional banknotes of "1°" remaining in the bundle stacking unit 133 are sorted and counted again and stored in the storage 121A, . . . , 121
If the banknotes of the same denomination are to be taken out and sealed from J*121A, . . . , 121G, the initial setting is “1 pa” is displayed in the banknote rounding area of memory M2.

It is stored in the form of ``2''.

If the mode designation switch 11 is set to "operator", normal trading operations will be performed. Therefore, the deposit processing, which is one of the normal transactions, will be explained with reference to the flowchart shown in FIG. 13(b).

First, the subject key 24 is pressed to enter operation (S30). Then, it is determined whether the banknote processing device 1 and the coin processing device 2 are respectively sealing, that is, automatic partial tightening is in progress (automatic partial tightening is performed in order of magnitude of amount exceeding the initial setting value). (S31
). If the banknote processing apparatus 1 is currently running m editions, when the number of banknotes currently in the bundle stacking unit 133 reaches 100, the banknote processing apparatus 1 still stores the storage 121A, . . . in the initial setting.

Even if automatic partial tightening of 121C banknotes is required, taking out from the storage j1i121A, .
Put it in 1. In addition, in the coin processing device 2, when all the coins being processed to be turned into coins are taken out from the coins roll take-in section 61 and the fractions are put into the cash withdrawal boxes 66A, . . . , 66F, there are still Even if automatic partial closing is required for safes 54A, . . . , 54F in the initial settings, deposits or withdrawals are processed without automatic partial closing. . (Generally, in the initial settings, storage boxes 121A, . . . , 121C and safes 54A, . . .
.

54F is set so that automatic partial tightening is performed with seedlings that have enough room to fill up.) If automatic partial tightening is completed or the seedlings are not being sealed, press 12 on the numeric keypad. The subject is set by entering the number in (S32
). Subjects are the distinction between ordinary deposits, time deposits, deposits, etc. Next, in the case of deposit processing, the deposit key 25 is pressed (S33). If the denomination and amount are clearly specified on the slip when processing the deposit, use the numeric keypad 12 to enter the number (834).
, then by pressing the denomination key 16 (S35),
It is possible to input the denomination and amount. If the denomination/amount is not entered, the process proceeds to the next step and the user selects whether or not to seal the money (at the time of deposit) (836). Here, the processing in the case where sealing is not performed is as follows.

To insert cash into the banknote inlet/outlet 101 and hopper 31 (537), press the start key 19. , &(S3
8) The cash in the Iffff entrance/exit 101 and hopper 31 is taken out, and sorted and counted (S39). When there is no cash left in the banknote inlet/outlet 101 and the receiving unit 33 (8
40), the banknote processing device 1 and the coin processing device 2 automatically stop operating (341). If there is cash to be added here, it is set in the banknote inlet/outlet 101 and the hopper 31. If there is no cash to add, proceed to the next step.
The completion key 20 is pressed (S42). Then, storage 1
2A,..., 121D and safe 54A,..., 5
A check is made to see if storage is possible on the 4th floor (S4
3). As a result of this check, if the banknotes can be stored, the banknotes can be temporarily stored l1112A,...

112D and temporary storage of coins R51A,...

The cash on 51F is stored in storage 12A, respectively.

121 DOJ: Hikin jl+54A, -, 54Fk: Stored (S44). At this time, the transaction amount memory M6 of the memory unit 7 is added to the cumulative total memory M5 and stored. Further, the data of this transaction is printed by the printer section 6 (845). When this is completed, the next transaction can be made, and unless the mode designation switch 11 is changed, the item key 24 can be pressed to perform the next deposit or withdrawal process.

If the result of the check in step 843 is that the item cannot be stored, this will be displayed on the CRT display section 5, and a decision will be made as to whether or not to return it. If you do not want to return the item, press the completion key 20 again (346). Then, in the banknote processing device 1, - Poetry tJ[! 112A,..., 11
The temporary storage for denominations that cannot store 2G banknotes is shutter 120A,...

120C opens and the claw mechanisms 122A, . . . , 122C rise to bend the claws, then the backup mechanism 123A
,..., 123C rises and the take-out rollers 124A,...
By pressing bills onto 124C, automatic partial tightening is performed until the number of bills that can be stored is reached. In addition, the coin processing device 2 also accepts gold J154A of denominations that cannot be stored.
..., the coin is ejected from 54F, and automatic partial tightening is performed (S47). After that, the temporary banknote storage 11
2A.

..., 112C and temporary storage of coins 11L51 A
,...

Cash on 51F is stored in storage ji 121A, ..., 121G and safe 54A, ..., 54F (848
). At this time, the transaction amount memory M6 of the memory unit 7 is added to the cumulative total memory M5 and the cumulative total memory M3 for each item and stored. Further, the data of this transaction is printed by the printer section 6 (S49).

To perform the return process, press the return key 29 (S
50). After that, open the poetry pipe thick door 115 and take out the banknotes from the temporary storage R112A, . . . , 112D, open the return door 53, take out the return box 52, and take out the coins inside. When you press 29, temporary storage 451 A,...

51F coins are placed in the return box 52 all at once.)
, return the return box 52 and close the return door 53 (S51).

When this series of return processing is completed, the printer section 6 prints out the refund amount (852), and this transaction is completed.

Next, a case will be described in which deposit sealing is selected in step S36. In this case, since the number of banknotes can be specified, it is possible to select whether to specify the number of banknotes to be sealed or only the denomination (853). Furthermore, it is possible to designate one denomination of each banknote and coin. First, if only the denomination is specified (one denomination of paper iM and one denomination of coin are possible), press the denomination key 16 (554), and then press the sealing key 21 (555). Next, put cash into the banknote inlet/outlet 101 and hopper 31 (856)
, by pressing one start key (857), the cash in the banknote exit 101 and the hopper 31 is taken out, sorted and counted, and transferred to the temporary storages 112A, . . . , 112D and the temporary storage 51A.

..., will be stored on the 51st floor. In addition, one denomination of the designated banknote is sealed in the M sealing section 130 without entering the Isshihoji archives 112A, 112C, and one denomination of the designated coin is sealed in the temporary storage 51A, 112C. ..., Separation gate 79△, ... without being stored in 51F.

79F, it is sent to the coin roll taking-in section 61 and becomes a coin roll in the packaging section 62 (358). When there is no cash left in the banknote exit 101 and the hopper 31 (S59), the banknote processing station 1
and the coin processing device 2 automatically stops operating (86
0). Here, if there are no coins to add, press the completion key 20
Press (861). Then, it is checked whether or not cash other than the denomination specified for sealing can be stored in the storage 11121A, . . . , 121G and the gold JIt 54A, . . . , 54F (862). As a result of this check, if the banknotes can be stored, it is checked whether there are any fractions of banknotes in the bundle stacking section 133 (563). Here, if there is no fraction, the temporary storage 112A, . . .

112D banknotes and temporary storage 851A,...

The coins of 51F are stored in ji121A, respectively.

121D and safes 54A, . . . , 54F (S64). In addition, if a fraction less than 50 pieces remains in the packaging section 62, it is sent to the dispensing section 64 and placed in the dispensing box 6.
It is stored in 6A,..., 66F.

The data of this transaction is then printed by the printer section 6 (S65).

As a result of the check in step S63, if a fraction (not 100 bills) remains in the bundle stacking unit 133, the fraction is taken out again in the initial setting and the temporary storage 112A, . . . , 1
120 (fractional storage method), storage 121A,
..., since the selection is made whether to add banknotes from 121D and seal them as 100 pieces (fractional sealing method),
The banknote processing device 1 automatically performs either process (3
66).

That is, in the case of the fractional storage method, the banknotes in the bundle stacking section 133 are sent to the banknote inlet/outlet 101, taken out again, and accumulated in the temporary storages 112A, . . . , 112C (
867). After that, temporary storage 112A, ..., 11
2D banknotes, coins in temporary storage 51A, . . . , 51F, and fractional coins in packaging section 62 are stored in storage J
i121A...

121D, safe 54A, -, 54F, withdrawal 466A,・
..., is stored in 66F (868), and its contents are printed by the printer unit 6 (S69). If it is the fractional sealing method, the banknotes stored in the stored banknotes 121A, .
0). After that, temporary storage 112A,..., 112D
The banknotes of , the coins of 51A, . 1
121A...

121D, gold n54A, -, 54F, cash withdrawal box 66A,・
..., 66F (S71), and its contents are printed by the printer section 6 (872).

On the other hand, if it is determined in step S62 that the item cannot be stored, the user first selects whether or not to return it. If you select return, press the return key 29 (S73). In this case, C
The R7 display unit 5 displays the number of banknotes held in bundles and the number of coins turned into coins, so temporary storage 171112
A...

In addition to returning banknotes from the banknotes 112D and coins from the return box 52, they also take out the number of banknotes displayed on the CR7 display unit 5 from the bundle stacking unit 133 and transfer them from the coin roll storage ji63 to the CR7 display unit 5. Take out the displayed number of coins and return to the banknote stacking unit 1 at the banknote exit 101.
33, take out the remaining fractional banknotes and put them into the cash withdrawal box 66A.
, . . . Coins of the same amount as the fraction remaining in the packaging section 62 are dispensed from 66F, and a return process is performed to take out the coins from the dispensing box 42 (S74). When this series of return processing is completed, the printer unit 6 prints out the refund amount (S7
5) Terminate this transaction.

If you do not want to return the item, press the completion key 2o again (S76). Then, it is checked whether any fraction remains in the bundle accumulation section 133 (877). If there are no fractions left in the bundle accumulation section 133, the banknotes and coins that cannot be stored (if there are few fractions in the wrapping section 62, after storing them in the withdrawal boxes 66A, . . . , 66F) are automatically removed. Partial tightening was performed (878), and then temporary storage 112
A, -, 112D and Isshihokan Fs51A, -.

51F cash storage Jl [121A,..., 121D
and gold fi 54A, . . . , 54F (S79). Further, the data of this transaction is printed by the printer section 6 (880).

As a result of checking in step 377, if there are any fractions left in the bundle stacking section 133, the initial setting has been made to select either the fraction storage method or the fraction sealing method, so the banknote processing device M1 is automatically selected. The above process is performed (881). That is, if it is a fraction storage method, it is sorted and counted again and placed in temporary storage 112A, ..., 112C (S82),
If it is a fractional sealing method, temporary storage 112A,...
The banknotes are taken out from the banknote 112C and added to the fraction of the bundle stacking unit 133 to make 100 banknotes and sealed (S86). after that,
Automatic partial tightening of banknotes and coins that cannot be stored is performed (883, 387), and then the temporary storage 112A...
・, 1120 banknotes and 1 poetry tube j [51A,...
, 51F coins are stored in storage compartments 121A, . . . , 1
21D and gold L1 [54A,...

54F (S84.588) - and its contents are printed by the printer unit 6 (385°889).

In step 360, the money processing device'/M1 or the coin 51 is
! When the processing device 2 stops operating, it becomes possible to change the denomination to be sealed. In that case, press the denomination key 16 of the denomination you want to seal (590), then press the &N month key 2.
Press 1 (891). At this time, the bundle accumulation section 133
If there is no fraction in the packaging section 62 (892), set the cash in the banknote exit 1o1 or the hopper 31 and press the start key 19. If there is a fraction, the fraction is automatically processed (393). ), by pressing the start key 19, cash is taken in from the banknote exit 101 or the hopper 31 and is sorted and counted.

In step 853, when specifying the denomination and number of coins (
(You cannot specify the number of coins), first press the numeric keypad 12 to enter the number (594), then press the denomination key 16 (8).
95), and presses the rear seat side key 21 (S96). Next, set cash in the banknote inlet/outlet 101 and the hopper 31 (597), and press the start key 19 (8).
98), sorting, counting, and sealing are performed (S99). When the specified number of denominations is reached (S100), the denominations of banknotes that have arrived are transferred to Isshihokan Jif112A,...,112.
Separate gates 111A, ..., 111C to enter C
(S101)'. Then, the CR7 display section 5 displays that the seal is no longer used (S1
02), If you need to seal a different denomination (banknote),
By pressing the denomination key 16 (5104) and then pressing the sealing key 21 (31Q5), the temporary storage 112A,
..., the banknotes accumulated in 112C are m14 part 13
0 and sealed into 100 sheets each. Then, when there is no cash left in the banknote inlet/outlet 101 or the hopper 31 (S
106), the banknote processing device 1 or the coin processing device 2 automatically stops operating (S107). If the coin processing device 2 stops operating, the denomination of coins to be sealed (made into coins) can be changed since the coins are sealed with a specified denomination. Also, during sorting and counting, the specified number of sheets was reached and the sheets were not sealed, so the temporary storage 112A...

112C, if you do not specify another denomination, you can newly specify another denomination for sealing. Of course, since different denominations are specified in this way, cash is added to the banknote inlet/outlet 101 or the hopper 31 and sorting/counting is added.

When all the sorting and counting are completed and the banknote processing device 1 and the coin processing device 2 are stopped (3107), the completion key 2 is then pressed.
Press 0 (8108). Then, as in the case where only the denomination is specified, it is checked whether it can be stored (810
9). As a result of this check, if it can be stored, the temporary storage 112A.

..., 112D and temporary storage 51A, ..., 5
The cash on the 1st floor is stored in j1121A,...,12
1D and gold j154A, ..., stored in 54F (
S110), and the contents are printed by the printer section 6 (S110).
111). If it is not possible to store the item, select whether or not to perform return processing. If you select the return process, press the two return keys (81 2), temporary storage 6112A,...
・Return cash from 112D and return box 52, and withdraw the fractional amount of coins displayed on the CRT display unit 5, coin bars, and coin packaging from the withdrawal box 42h1, etc. Receive (3113). If the return process is not selected, the completion key 20 is pressed (S115).

Here, unlike specifying only the denomination, the number of bills is specified so that there are no fractions, so automatic partial tightening of denominations that cannot be stored due to rounding is performed (8116), and then the banknotes are not stored. Done (8117). The details of this transaction are then printed by the printer unit 6 (S114°8
118).

When the denomination and amount are input in steps 834 and 835, calculations are performed between the contents of the banknote section memory M7 and coin section memory M1 of the memory section 7 and the contents of the amount memory M6 during the transaction, and the amount is filled up. A check is made as to whether or not (S119). If it is not full at this point, then a check is made to see if the number of sheets exceeds the initial setting (8120). As a result of this check, the amount exceeded (
If the amount is not larger than the initial setting amount, /1 will be given at the time of deposit.
! ! It is up to the operator to decide whether to seal it or not (8
121>.

First, if the operator selects not to seal in step 5121, the storage 1121A, . . .

121D and gold JI 54A, . . . , 54F will not become full or exceed the fixed amount, so the process is simple. That is, the banknote exit 101 and the hopper 31
8122), and by pressing the start key 19<8123), the cash is sorted and counted, and the temporary storage 112A, . . .

112D and temporary storage 51A 1 A,..., 5
They are each stored on the 1st floor (S124>.Banknote person exit 1
If there is no cash in 01 and hopper 31 (S125)
, the bill processing bag @1 and the coin processing device 2 automatically stop operating (8126). Here, if there is no cash to add, the completion key 20 is pressed (8127). Then, temporary storage j1112A, . . . , 112D and temporary storage 51A, .

The cash on the 51st floor is stored in storage compartments 121A and 121A, respectively.

121D and the safes 54A, . . . , 54F (812B), the contents are printed by the printer section 6, and the process ends (S129).

If the operator selects to seal in step 5121, press the denomination key 16 of the denomination you wish to seal.
130), then press the sealing key 21 (S131).

Then, for banknotes, the number of banknotes to be sealed in units of 100 is calculated (<8132).

Of course, considering the number of unfit notes, some of them are temporarily stored in the storage room 11.
The number of sheets is calculated so that they fall into 2A, . . . , 112C. For example, if the unfit note rate is 20% (set as a parameter) and the number of specified denominations is 510,
Calculation is made so that 300 sheets will be sealed. Since the number of coins to be bound is automatically determined, the operator specifies the denomination to be bound (S141), then sets cash in the banknote inlet/outlet 101 and hopper 31 (8133), and presses the start key 19. By doing so (8134), sorting, counting, and sealing are performed <8135>, and when the calculated number of bills is reached (S136), the bills are automatically sorted through the sorting gate 111A,
..., temporary storage 112A by rotation of 111C, ...
, 112C (8137).

Then, if there is no cash in the banknote inlet/outlet 101 and the hopper 31 (S138), the banknote! 2! IIM! Device 1 and coin processing device 2 automatically stop operating (8139
), here, if there is no cash to add, the completion key 2o is pressed (S140). Then, temporary storage 112A,
..., 112D and Isseiho Kanhun 51A, ....

The cash on the 51st floor is stored in storage compartments 121A and 121A, respectively.

121D and safes 54A, .
The fractional coins remaining in the box will be withdrawn! 166A...

66F (S141), the contents are printed by the printer section 6, and the process ends (3142).

If the amount exceeds the fixed amount (more than the initial set number) in step 5120, a check is made to see if the amount exceeds the fixed amount for two or more denominations in the banknote processing device 1 or the coin processing device 2 (S143). ). If there is a fixed amount overflow for two or more denominations, the maximum fixed amount overflow is determined for the banknote (3144). These decisions are automatically made by the device, and the results are displayed on the CR7 display 5.
If cash is set in the banknote inlet/outlet 101 and hopper 31, the operator can
After checking the CR7 display section 5, the user presses the start key 19 (S146). Then, sorting, counting, and sealing are performed (3147), and when the number of banknotes to be sealed is reached (814).
8) The denomination of the bill was sealed in the classification gate 111A,
..., temporary storage 1112A by rotation of 111G, ...
, 112C (8149).

Then, when there is no cash in the banknote exit 101 and the hopper 31 (8150), the banknote processing device 1 and the coin processing device 2 automatically stop operating (S151). Here, if there is no cash to add, press the completion key 20 (S152).
. Then, if you deposit now, the denominations that will exceed the fixed amount are temporary storage 11L 12A, etc.

112C and safes 54A, . . . , 54F, banknotes are kept below capacity, and coins are sealed from safes 54A, .
..., the safe of the denomination that exceeds the fixed amount of 54F is emptied (S153). Of course, the sealing (wrapping) of coins of denominations exceeding the fixed amount is performed after the fractional coins that were previously sealed and remained in the wrapping section 62 are stored in the cash withdrawal boxes 66A, . . . , 66F. . After there are no denominations that exceed the fixed amount (S
154), - Shihokan Tsui 112A,..., 112D and Ishihokanj [51A,..., 51F's cash is stored in storage 121A,..., 121D and safe 54A, respectively.
,...

It is stored in 54F (8155). The contents of this transaction are printed by the printer section 6 (8156), and
The cumulative total for each subject is stored in memory M3, Sakei memory 15, etc.

In step 5143, if the over-capacity is one denomination for each banknote processing device 1 or coin processing device 2, the device determines that the denomination of the over-capacity denomination will be sealed (
S157). Of course, the number of sealed banknotes is calculated. The result is displayed on the CR7 display section 5, so if the operator has set cash in the banknote inlet/outlet 101 and the hopper 31 (8158), the operator presses the start key 19 after checking the CR7 display section 5. (8159).

Then, sorting, counting, and sealing are performed (8160), and if the number of banknotes to be sealed is reached, <816
1>, The denomination of the banknote was stored in temporary storage 112A,
..., it enters 112G (S162). Then, when there is no cash in the banknote inlet/outlet 101 and the hopper 31 (8163), the banknote processing device 1 and the coin processing device 2 automatically stop operating (3164). Here, if there is no cash to add, the completion key 20 is pressed (S165). Then, since the only denomination in which the over-quantity was first sealed is R, the GL denomination is not stamped and the temporary storage 112A, . . .

112D and Isshihokan Jilt51 A,...,5
The cash on the 1st floor is stored in storage compartments 121A,..., 121.
D and gold Ji54A, ..., stored in 54F (
S166). Of course, the fractional coins remaining in the packaging section 62 after being sealed are stored in the cash withdrawal boxes 66A, . . . , 66F. The contents of this transaction are printed by the printer section 6 (S167), and the cumulative memory for each item ~1
3, cumulative memory M5, etc.

If it is checked in step 5119 that the bank is full, then it is checked whether two or more denominations are full (5168). The result is displayed on the CRT display section 5, so that the deposit process can be performed after some closing (explained in the sorting work) to prevent the bank from becoming full.

In that case, by pressing the cancel key 27, the previously input data such as the amount of money is cleared. However, it is also possible to perform the deposit processing without partially closing the account. Generally speaking, being full means that the initial setting is such that the amount is set so that it will not become full even if all 6 hangers of temporary storage 11, 12A, ..., 112G and temporary storage R51A, ..., 51F are contained. Since the banknotes and hard a are set to 1 gold I; only when there are 9 cups, or even if the banknotes are full of 2 or more denominations, they are separated by gold ladder and it is possible to decide the order. Payment processing is now possible.

In step 8168, if it is checked that the banknote processing device 1 and the coin processing device @2 are each full of only one denomination, the denomination to be full is the sealing section 130 (wrapping section 6).
2) is determined (S169). When the banknote processing device 1 is full with two or more denominations,
Since the denominations that will become full are displayed on the CRT display section 5 (8170), the order of the denominations to be sent to the sealing section 130 is determined to match the order of the denominations of the banknotes set in the banknote inlet/outlet 101. . In this case, first press the order key 15 (8171), then use the numeric keypad 12 to enter the number of sheets (517).
2), then press the denomination key 16 (S173). After repeating this 1iI times, the FA month main key 21 is pressed (S174). Then, for banknotes, the sealing section 130
The number of bills to be sent is calculated for each denomination (S175), and the result is displayed on the CRT display section 5.The operator can then start the process if cash is set in the bill inlet/outlet 101 and the hopper 31 (S176). Press key 19 (81
77). Then, sorting, counting, and sealing are carried out (817
8) If the number of banknotes reaches the scheduled number (8179),
The denominations that were sealed are temporarily stored as 11!112A...
112C, and the next denomination is sent to the sealing section 130 in order so that other denominations are sealed (
8180). Then, the banknote person exit 101 and the hopper 3
If there is no cash in 1 (S”181), the banknote processing equipment ra
1 and coin processing device 2 automatically stop operating (8
182). Here, if there is no cash to add, complete key 2
Press 0 (8183). Then, it is checked whether the capacity is exceeded (the number exceeds the initial setting) (
3184), if the fixed amount is over, the denomination of the fixed amount is - [i ureteral thickness 112A, ..., 112C and safe 5
4A, . . . , 54F are sent for sealing, banknotes are below capacity, coins are gold Ji54A, . . . , 54F fixed H o~
The safe of the deprecated denomination is emptied (8185). The cash in temporary storage 112A, ..., 112C and temporary storage 51A, ..., 51F is stored in storage 1, respectively.
21A,..., 121C and safe 54A,...

54F (8186), and the contents of this transaction are printed by the printer section 6 (8187).

If there are no denominations over capacity, temporary storage 112A,
..., 112C and temporary storage 51A, ....

The cash on the 51st floor is stored in j4121A,...

121C and safes 54A, . . . , 54F (8188), and the contents of this transaction are printed by the printer section 6 (8189).

Next, the withdrawal process will be explained with reference to the flowchart shown in FIG. 13(1). As with the deposit process, first press the subject key 24 (8191).

Then, the sealing part 130 and the packaging W are automatically partially tightened.
62 is being sealed (3192
). If it is being sealed here, the CRT display unit 5 will display that the process is in progress, so when the process is complete, enter fft (3193), enter the withdrawal amount using the numeric keypad 12 (8194), Then press the withdrawal key 26 (S1
95). Here, if the minimum number of cash corresponding to the withdrawal amount is to be withdrawn without specifying the denomination, and the withdrawal amount does not exceed, for example, 1 million yen, the start key 19 is pressed (3196). Then, regarding banknotes, storage
[The number calculated from 121A, . . . , 121C is delivered to the banknote exit 101, and lii! For currency, withdrawal J
The money is released from i66A, . . . , 66F to the withdrawal box 42 (8197). By receiving cash from the bill person exit 101 and the payout box 42 and pressing the completion key 20 (8
198), the contents of this transaction are printed by the printer unit 6 (S200), and the cumulative memory M for each item is
3, cumulative memory M5, etc.

If the withdrawal amount is 1 million yen or more, you can select whether or not you want the withdrawal to be made in bundles of 1 million yen. Press down (S201). Thereafter, by pressing the start key 19 (S202), the banknotes in the sealing section are taken out from the storage 121A, and the banknotes in the sealing section 130 are printed tIA, and each bundle is taken out to the banknote inlet/outlet 101 ( S203). Thereafter, the banknotes that are not bundled due to the sealing are delivered to the banknote exit 101 (S204). On the other hand, the coins are withdrawn j166A,...
.

Since the banknotes are discharged from the 66th floor to the withdrawal box 42,
01 and the cash withdrawal box 42, and then press the completion key 20.
By pressing (3205), the transaction details are printed by the printer unit 6 (8206),
It is stored in the cumulative total memory M3, cumulative total memory M5, etc. for each subject.

There are two ways to specify the denomination and amount, such as not disbursing money based on the minimum number of bills, but for example, 100 yen bills. One method is to specify the entire amount to be withdrawn and continue to specify it while looking at the CRT display 5 until the balance reaches "0", and the other is to specify a portion, for example, when withdrawing 200,000 yen, 100,000 yen is a 1,000 yen bill. There are ways to receive withdrawals. First, to explain how to specify a portion, in the case of a withdrawal of 200,000 yen in the above example, 100,000 yen will be withdrawn in 1,000 yen bills, so first enter "'100" on the numeric keypad 12. Number 8
207), then press the thousand yen key of denomination key 16 (3
208>. Then, the CRT display unit 5 displays the withdrawal amount of 200,000 yen, 100 thousand yen bills, and the remaining 1,100,000 yen (S
209). Next, since there is no other denomination specified, the user selects whether or not to receive the 1,000 yen bill in a bundle. If you want to receive the money as a bundle, press the sealing key 21 (8210), then press the start key 19 (8211>), and the money will be withdrawn to the banknote exit 101 (S212゜5213).Then, the money will be withdrawn. By receiving the cash and pressing the completion key 20 (3214), the details of this transaction are displayed in the printer section 6.
It is printed by (8215). If you do not need to receive it as a lump sum, press the start key 19 (8216) and the minimum amount other than the specified amount will be withdrawn (S2
17). Then, receive the withdrawn cash and use the completion key 2.
By pressing 0 (S218), the details of this transaction are printed by the printer section 6 (8219). In this example, no coins were dispensed, so no description was given, but if coins are dispensed, the coins will be discharged to the dispensing box 42.

Next, I will explain how to specify all withdrawal amounts.
In the above example, in the case of a withdrawal of 200,000 yen, 100,000 yen will be withdrawn in 1,000 yen banknotes, so first enter "'100" on the numeric keypad 12 (S220), then enter the denomination. key 16
Press the 1,000 yen key (3221>.Then, the CRT display unit 5 displays the withdrawal amount of 200,000 yen, 100 1,000 yen bills, and the balance of 100,000 yen (8222).Next, press the numeric keypad 1
2, set "10" to 3220), then press the 10,000 yen key of the denomination key 16 (S221).Then, C
Since the remaining nod displayed on the RT display section 5 is "0", it is selected here whether or not sealing is necessary. If sealing is required,
Press the sealing key 21 (5223), then press the start key 1
By pressing 9 (S224>, banknote person exit 10
1 will be withdrawn (8225, 5226). Then, by receiving the withdrawn cash and pressing the completion key 20 (8227>, the details of this transaction are printed by the printer section 6 (8228>). If there is no need to seal the transaction, press the start key 20 (8227>). 19 (8229), the specified number of coins will be withdrawn (8230).Then, by receiving the withdrawn cash and pressing the completion key 20 (S231
), the details of this transaction are printed by the printer section 6 (S232).

Next, the case where "Organization" is selected by the mode designation switch 11 will be explained with reference to the flowchart of FIG. 13(j). With the mode designation switch 11,
If you select "Organize" (Sl), all the menus that can be created using "Organize" are displayed on the CRT display section 5. Since a specific number is assigned to it, business can be started by specifying that number. First, the work “Partial tightening J” is 1°°, so use the numeric keypad 12 to dial 111.
This is done by entering the number II (5241) and then pressing the delimiter key 17 (S242). This task "partial closing" is smaller than the initial setting number, but because there are few withdrawals, it is possible to reduce the processing time at the time of closing early, and because there are deposits of multicolor cash, storage 1121A,・・・
, 121C and gold Ji54A, . . . , 54F.

Next, by pressing the denomination key 16 (S243)
, specifies the denomination for which partial tightening is to be performed. In the case of banknotes, it is necessary to specify the number of bills, so enter the number using the numeric keypad 12 (5244), then press the number key 14 (5245), and then press the start key 19 (824).
6). Then, the specified denomination storage 121A, -,
A specified number of banknotes (in units of 100) are taken out from the banknote 121C, sent to the sealing unit 130 and bundled, and the bundled banknotes are stored in the bundle storage 4131 (S247). This bundle storage thickness 1
Each time a bundle enters the banknote section memory M7, the storage storage memory M71 of the banknote section memory M7 is subtracted, and the value of the bundle storage thickness memory M72 is added. In this way, when the designated number of bills has been sealed, the banknote processing bag r11 stops operating and this is displayed on the CRT display section 5. If it is not necessary to seal a portion of another denomination, press the completion key 29. Press down (S248). Then, the tightened amount is printed by the printer unit 6 (S249).
.

Since it is not possible to specify the number of coins to be partially tightened, press the denomination key 16 (3243) and then press the start key 19 (S
250>, gold j of the specified denomination [54A.

. . . Coins are released in batches from 54F, turned into coins in the packaging section 62 (S251), and stored in the coins roll storage 63. After R, the fraction lI remaining in the packaging section 62! The coins are stored in the cash withdrawal boxes 66A, . . . , 66F. Each time the coin is turned into a coin roll by the wrapping unit 62 and enters the coin roll storage 63, the safe memory M12 of the coin unit memory M1 is subtracted, and the coin roll storage memory M13 is added. In this way, when the wrapping is completed, the coin processing device 2 stops operating, and the coin processing device 2 stops operating.
Since it is displayed on the T display section 5, if partial tightening of another denomination is not required, press the completion key 20 (S252>).

Then, the tightened amount is printed by the printer section 6 (
S253).

In step 5241, if "2°°" is entered on the numeric keypad 12, the task "department closing" becomes possible. The task "department closing" is a task performed before all tasks are completed and the memory unit 7 is cleared in the above-mentioned settlement task. By pressing the start key 19 (S254), the bill processing device 1 takes out the ten thousand yen bill from the storage J1121A, sends it to the sealing section 130 and bundles it, and stores the bundled bill in the bundle storage J1131. Can be put in. In this way, the banknotes in the storage 11121A are taken out, and finally the banknotes are
If a fraction of 100 bills remains in 30, that bill is sent to the bill inlet/outlet 101 and taken in again, and is temporarily stored at j1.
It can be placed in 112A. When this is finished, storage 12
Similar processing is performed for 1B yen banknotes. Finally, the same processing is performed on the banknotes in the storage 121C, and the fractions are 1 Poem Curve 112B, . . . , 112G.
The bundled banknotes enter the bundle storage thickness 131. Coin processing H! In i2, first, the withdrawal box 66A, ..., 66F
All the coins are discharged from the dispenser box 42 and sent to the dispensing box 42, and the coins that have entered the dispensing box 42 are put into the receiving section 33. Then, the coins are taken in one by one by the taking part 33 and sorted.
Counted and temporarily stored FJ51 A.

..., enter the 51st floor, and if there is no problem with counting, it will be 154 gold.
A... is stored in 54F. In this way, all loose coins are stored in gold B54A, . . . , 54F. After this, the coins from gold jI54A are delivered to the packaging unit 6 in batches.
The remaining fractional coins of that denomination are sent to the withdrawal box 66A, and so on.

It is stored on the 66th floor. Sequentially, from money 11154B to safe 5
It's the same up to the 4th floor! After the processing is completed, the fractional coins in the withdrawal *66A, . . . , 66F are withdrawn and placed in the withdrawal m42 (S255). In this way, all banknotes and coins are counted again and Fi
! (This is called inspection work). When all these operations are completed and a message to that effect is displayed on the CR7 display section 5,
The operator uses Issei Hokan J1112A as a loose banknote,
..., from the storage 121D as unfit notes, from the bundle storage thickness 131 as bundles, from the withdrawal box 42 as loose coins, and from the roll storage Jii 63 as coins,
Each takes out cash (8256). Thereafter, by pressing the completion key 20 (8257), the banknote section memory M7 and the coin section memory ~11 are cleared, and the printer section 6 prints out the numbers and fractions (8258).

In step 5241, if the number 3'' is entered on the numeric keypad 12, the task ``take out the bundle'' becomes possible. business"
"Removal of bundles" is a task of removing bundles from the bundle storage thickness 131 of the banknote processing device 1. After pressing the start key 19 (
8259), the door (not shown) in front of the grasping pipe 4131 of the banknote processing device 1 is opened, and all the bundles are taken out from the bundle storage 15131 (S260). First, by pressing the completion key 20 (8261), the contents of the bundle storage thickness memory M72 of the banknote section memory M7 are printed 6tt (
S262), the post storage memory ~172 is cleared. .

At step 5241, press "4" on the numeric keypad 12.
If the number is set, the task "Retrieval of coins" becomes possible. The job "retrieving coin rolls" refers to the process of taking out coin rolls from the coin roll storage 63 in the coin processing bag @2. ! It is. start key 79
After pressing (S263), open the door (not shown) in front of the coin roll storage 63 of the coin processing device 2, and open the door (not shown) in front of the coin roll storage 63.
Take out all the coins from (8264). Next, complete key 2
By pressing 0 (8265) l! Curtain memory M
The contents of the coin-roll storage memory M13 of No. 1 are printed by the printer unit 6 (S266), and then the contents of the coin-roll storage memory M13 are printed.
is cleared.

In step 5241, press 115 + on the numeric keypad 12.
If + is placed, the task ``take out unfit notes'' becomes possible. The task "retrieving unfit notes" is a task of taking out unfit notes from the storage 121D of the banknote processing device H1 when the storage 121D is full.

After pressing the start key 19 (S267>, take out unfit bills from the storage 121D of the banknote processing device 1 5268), by pressing the completion key 20 (8269), the contents are printed by the printer section 6. (S270>.

In step 5241, if 6'' is entered on the numeric keypad 12, the task ``classification of unfit notes'' becomes possible. Business U
"Classification of unfit notes" refers to the storage 121 of the banknote 911 handling device 1.
Unfit notes taken out from D or banknotes mixed with multiple denominations instead of being deposited are temporarily stored in the storage 112A, . . . , 11
This is a job of classifying using 2D, and storage 121A,
..., cannot be stored in 121D. The operation method is to set a banknote at the banknote exit 101 (5271),
By pressing the start key 19 (S272), classification and counting are performed (8273). When the classification and counting are completed, the j1112A, etc. are temporarily stored.

By taking out the bill from 112D and then pressing the completion key 20 (S274), the contents of the process at this time are printed by the printer section 6 (8275). Note that in this process, gold [! Only a determination is made.

According to the cash processing device described above, the depositing and dispensing of banknotes and coins can be performed in the same machine, and the operator can use another machine to create bundles (banknotes) and coins (coins). There is no need to take out loose cash from the storage and re-count it even if it is the same machine.As the machine does this on its own, it is possible to shorten and reduce the operator's work time. Various effects can be expected, such as automating the inspection process of re-counting the samples (when they are taken out).

[Effects of the Invention] As detailed above, the present invention provides a cash processing device that can automatically classify, count, and seal cash in the same transaction, thereby shortening and reducing the time required for cash processing operations. Can be provided.

[Brief explanation of drawings]

The drawings are for explaining one embodiment of the present invention, and FIG. 1 is a longitudinal cross-sectional side view showing the structure of a banknote processing device, FIG. 2 is a block diagram showing the groove structure and contents of the coin processing device, and FIG. 3 is a FIG. 4 is a perspective view showing the appearance of the cash processing device, FIG. 4 is a configuration diagram of the operation section of the operation display device, FIG. The figure is a diagram explaining the withdrawal operation from the storage of the banknote processing device, FIG. 7 is a diagram explaining the sealing operation of the sealing part of the banknote processing device, and FIG. 8 is a diagram explaining the vf!
A configuration diagram schematically showing a hopper and an intake section of the cargo processing device,
FIG. 9 is a perspective view showing the payout box of the coin processing device, FIG. 10 is a perspective view showing the safe of the coin processing device, FIG. 11 is a configuration diagram showing an outline of the payout box of the coin processing device, and FIG. 12 13 is a block diagram of the memory section, and FIG. 13 is a flowchart explaining the operation. 1... Banknote processing device, 2... Coin processing device, 3... Operation display device, 7... Memory section, 31... Hopper, 33... Intake section, 48... Sorting section, 50A. ..., 50F... Counter, 51A,...
51F... Temporary storage, 54A,..., 54
F... Safe, 5... Discharge conveyor,
60... Discharge elevator, 61... Gold bar intake section, 62... Packaging section, 63...
Money roll storage, 101... Banknote person exit, 104.
...Intake conveyance path, 105...Inspection department, 1
10...Divided conveyance path, IIIA,..., 11
D... Division gate, 112A,..., 112
D...Temporary storage, 118...Temporary withdrawal storage, 121A,..., 121D...Storage, 130...Sealing section , 131...
Holding thickness. Applicant's agent Patent attorney Takehiko Suzue (a) (b) (c)/Accordingly
is 4 (d) (a) (b) (C) Figure 6 (d) Figure 6 (a) (b) Figure 7 (c) (d) Figure 7 (e) Figure 77・β5 11 figure

Claims (3)

[Claims] (1) An acceptance means for accepting cash of a mixture of multiple denominations, an extraction means for taking out the cash received by the acceptance means one by one, and a sorting means for sorting the cash taken out by the extraction means by denomination. , a storage means for storing the cash sorted by the sorting means by denomination, a storage means for storing the amount of cash stored in the storage means, and a sealing means for sealing the cash into predetermined amounts. an input means for inputting the denomination and amount of cash to be processed in advance, and calculates based on the amount stored in the storage means and the amount input by the input means,
If the number of denominations that cannot be stored in the storage means is one denomination or less, the cash of the denomination that cannot be stored is sealed by the sealing means. (2) The cash processing device according to claim 1, wherein the cash is a banknote. (3) The cash processing device according to claim 1, wherein the cash is a coin.