JPH0916827A - Coin processor - Google Patents

Abstract

PROBLEM TO BE SOLVED: To reduce the processing discontinuance frequency due to the full states of a coin collection box by providing a money receiving/packing part which produces the money bar containing the received coins and fraction coins against a packing part. SOLUTION: A coin processor is primarily consists of a main control part, and a money reception connection part, a packing control part and a money bar store control part which are connected to the main control part. Then it is decided for the coins received at a money receiving part 1 whether the total value of the coefficient value of the received money of the same denomination as the fraction coins and the number of these fraction coins is equal to the number of packing unit or not. If it is decided that the coefficient value is equal to the number of fraction coins, the temporary storage of received coins is discontinued against the temporary store boxes 15 to 20. The received coins stored in the boxes 15 to 20 are transferred into the fixed store boxes 21 to 26. Then the received coins of the same denomination equal to the number of packing unit are supplied to a packing part 2. Thus the money bar containing those received coins and fraction coins is obtained.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention effectively handles fractional coins that are less than the number of packages during the packaging process of coins.
The present invention relates to a coin processing machine capable of reducing the number of times processing is stopped due to a full collection box.

[0002]

2. Description of the Related Art Heretofore, a coin processing machine of this type is known as disclosed in Japanese Patent Laid-Open No. 58193/1990. The coin processing machine disclosed in this publication stores a coin depositing / dispensing device (3) for classifying the received loose coins by denomination, and the coins sorted by the coin depositing / dispensing device for each denomination. A denomination-type coin storing and delivering section (78) for delivering coins, a packaging device (91) for accumulating and packaging the coins delivered from the denomination-based coin storing and delivering section into 50 packaging unit sheets, and the packaging apparatus. A coin-roll storage device (201) for storing the packaging coins (hereinafter, referred to as coins) packaged according to the denominations.

The coin-type coin storing / feeding unit has a storing / feeding cassette (79) for storing coins classified by the sorting hole (44) of the coin depositing / dispensing device according to the type of coin. The coins stored in the cassette are delivered one by one to the rotary disc (93) of the packaging device by the delivery belt (83) and the transfer conveyor (88). Then, in the rotating disk of the packaging device, the coins are sent out at high speed one by one by the centrifugal force of the rotating disk, and the stacking section (106)
After that, the wrapping paper (115) is wound around the accumulated coins in the wrapping section. It should be noted that coins are sent out from the storage / delivery cassette to the rotary disk of the packaging device in a packaging unit number of 50 coins so that the coins accumulated in the stacking unit will not be rounded. Further, the reference numerals shown in the above parentheses correspond to the description of the embodiments of the publication.

[0004]

By the way, in the above coin processing machine, when the storing and feeding cassette of a predetermined denomination becomes full and the coins supplied from the coin depositing / dispensing device cannot be received, In order to eliminate the full state, the feeding belt and the conveyer conveyor are driven to convey the coins in the feeding storage cassette one by one toward the rotating disk of the packaging device. In the method of carrying out the coins inside one by one, the efficiency of transporting the coins was poor, and there was a problem that it took a long time to restart the acceptance of the coins from the coin depositing / dispensing device. And in order to eliminate the above problems,
It is also conceivable to send the coins in the payout storage cassette all at once to the rotating disk of the packaging device. However, when such a system is adopted, the number of coins cannot be counted when the coins are sent out, as in the case where the coins were sent out one by one, so that the stacking unit There is a possibility that the accumulated coins that are accumulated at the end may have a fraction, and the accumulated coins cannot be packaged. Then, when the fractional coins are generated in this manner, it is necessary to store the fractional coins in the collection box, but at this time, the coins in the feeding storage cassette as described above are collectively packaged in the packaging device. If it is repeatedly sent to the rotating disc, the collection box for storing fractional coins will soon become full, and every time it becomes full, the packaging process must be paused and the coins in the collection box must be removed. This inevitably causes a new problem that the work efficiency of the coin packaging process is deteriorated.

The present invention has been made in view of the above circumstances, and effectively handles fractional coins that are less than the number of packages during the packaging process of coins, and reduces the number of process stoppages due to the collection box becoming full. An object of the present invention is to provide a coin processing machine that can reduce the number of coins and has a high work efficiency of coin packaging processing.

[0006]

In order to achieve the above object, in the coin processing machine shown in the first aspect of the invention, a coin depositing unit for temporarily storing the counted and discriminating deposited coins in a temporary storage and then storing them in a storage, A stacking unit for stacking the deposited coins discharged from the storage of the depositing unit until the number of packaging units reaches and then winding a wrapping paper around the stacked coins into a coin bar, and in the packaging unit. When the fractional coin remains, the depositing coin of the same denomination as the fractional coin is supplied from the depositing part to the packaging part, and the packaging part is made to make a coin bar consisting of the depositing coin and the fractional coin. It is characterized by having a deposit / packaging control unit.

In the coin handling machine according to the second aspect of the invention, in the depositing / packaging control section according to the first aspect of the invention, when the number of coins to be packaged in the packaging section does not reach the number of packaging units,
A coin remaining means for remaining the fractional coins without collecting them, and a sum value of the count value of the deposit coins of the same denomination as the fractional coins in the deposit coins deposited in the depositing part, and the number of the fractional coins. , A packaging availability determination means for determining whether or not the number of packaging units has been reached, and the packaging availability determination means for adding the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins. When it is determined that the value has reached the number of packaging units, the first storage processing means for stopping the temporary storage of the deposited coins in the temporary storage and storing the deposited coins in the temporary storage in the storage, And a packaging processing means for supplying a depositing coin of a denomination determined to have reached the number of packaging units by the packaging propriety determining means to the packaging section to create a coin-roll consisting of the depositing coin and the fractional coin. It is characterized by

In the coin processing machine according to the third invention, in addition to the constituent elements of the second invention,
When it is determined that the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins does not reach the packaging unit number by the packaging propriety determination means, the count value of the deposited coins And the value of the number of deposited coins stored in the storage,
A storage full determination means for determining whether or not the storage full number of the storage has been reached, and a temporary storage of the deposited coins in the temporary storage when the storage full determination means determines that the storage is full. The second storage processing means for stopping and storing the received coins temporarily stored in the temporary storage in the storage, and the received coins of the denomination determined to be full in storage by the storage full determination means. It is characterized by further comprising a packaging processing means for supplying a coin to a packaging part and producing a coin from a fully loaded coin.

In the coin handling machine according to the fourth aspect of the present invention, in the depositing / wrapping control section according to the first aspect of the present invention, when the number of coins to be packed in the packing section does not reach the number of packing units,
A coin residual means for remaining the fractional coins without collecting them, and a count value of the deposit coins of the same denomination as the fractional coins in the deposit coins deposited in the deposit part, and an added value of the number of the fractional coins. , A packaging availability determination means for determining whether or not the number of packaging units has been reached, and the packaging availability determination means for adding the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins. When it is determined that the value does not reach the packaging unit number, the count value of the received coins and the number value of the received coins stored in the storage reaches the full storage number of the storage. In the storage full determination means for determining whether or not and the packaging availability determination means, the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins is the number of packaging units. If it is determined that the storage capacity has been reached, or if the storage full determination means has reached full storage If determined, the third storage processing means for stopping the temporary storage of the deposited coins in the temporary storage and storing the deposited coins temporarily stored in the temporary storage in the storage, and the packaging availability determination. By supplying the deposit coins of the denomination determined to have reached the number of packaging units by the means or the denomination determined to be the storage full by the storage full determination means to the packaging unit, the coins from the deposit coins Packaging processing means for creating
It is characterized by having.

In the coin processing machine according to the fifth aspect of the present invention, in the packaging processing means according to the fourth aspect of the present invention, the denomination of the deposited coin which is the determination target by the packaging possibility determination means and the storage full determination means is A denomination determining means for determining whether the denomination is the same as the denomination of the fractional coin, and when the denomination determining means determines that the denominations do not match, the fractional denomination is recovered. To do.

In the coin processing machine according to the sixth aspect of the present invention, in the packaging processing means according to the fourth aspect of the present invention, there are a plurality of denominations of the deposited coins that have been judged by the denomination judging means, and there are a plurality of denominations. When it is determined that one of the denominations of the deposited coin coincides with the denomination of the fractional coin, the deposit coin creation process is preferentially performed on the deposited coin of the denomination.

In the coin processing machine according to the sixth aspect of the present invention, in the packaging processing means according to the fourth aspect of the present invention, there are a plurality of denominations of the deposited coins that have been determined by the denomination determination means. When it is determined that the denominations of denominations do not match the denominations of fractional coins, the fractions of each of these deposit coins are calculated based on the number of deposit coins of these denominations and the number of packaging units, and the calculation result Based on the above, it is characterized in that the coin-roll producing process is preferentially performed from the deposited coins with a small fraction.

[0013]

According to the coin processing machine of the first invention,
In the control unit, when the fractional coins remain in the packaging unit, the depositing coins of the same denomination as the fractional coins are supplied from the depositing unit to the packaging unit, and the depositing coins and the fractional coins are supplied to the packaging unit. Since it is made to make a coin bar consisting of, for example, fractional coins remaining in the packaging part can be made into a coin bar without being collected in the collection box, and the processing by filling the collection box by this The number of stops can be reduced.

According to the coin handling machine of the second aspect of the present invention, the coin remaining means allows the fractional coins to remain without being collected when the number of coins to be packaged in the packaging section does not reach the number of packaging units. Further, in the packaging possibility determination means, in the deposit coin deposited in the deposit portion, the count value of the deposit coins of the same denomination as the fractional coin, and the added value of the number of the fractional coins,
It is determined whether the number of packaging units has been reached. Then, after that, in the first storage processing means, in the packaging possibility determination means, the count value of the deposited coins of the same denomination as the fractional coins,
When it is determined that the added value with the number of fractional coins has reached the number of packaging units, the temporary storage of the deposited coins in the temporary storage is stopped, and the deposited coins in the temporary storage are stored in the storage container, Further, in the packaging processing means, the depositing coins of the denomination determined to have reached the number of packaging units by the packaging propriety determining means are supplied to the packaging part, and a coin bar made up of depositing coins and fractional coins is created. I am trying. That is, in the coin handling machine according to the second aspect of the present invention, when the fractional coin remains in the packaging unit, the depositing coin of the same denomination as the fractional coin is supplied from the depositing unit to the packaging unit, and the fractional coin is supplied to the packaging unit. On the other hand, it is possible to make a coin consisting of a deposit coin and a fractional coin, and by this,
Fractional coins remaining in the packaging unit can be made into coin bars together with deposit coins without being collected in, for example, a collection box, and as a result, the number of processing suspensions due to the collection box becoming full can be reduced. it can.

According to the coin processing machine of the third aspect of the present invention, as described above, the sum of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins is determined by the packaging propriety judging means. If it is determined that the number does not reach the number of packaging units,
The storage full determination means determines whether or not the count value of the received coins and the number of received coins stored in the storage have reached the full storage number of the storage. Then, after that, in the second storage processing means, when the storage full determination means determines that the storage is full, the temporary storage of the deposited coins in the temporary storage is stopped and the temporary storage is temporarily stored in the temporary storage. The received coins are stored in the storage box, and further, in the packaging processing means, the received coins of the denomination determined by the storage box full determination section are supplied to the packaging section, and the received coins of the full storage box are supplied. I try to make a coin from. That is, in the coin processing machine according to the third aspect of the present invention, by performing the above-mentioned processing, it is possible to prevent the trouble that the deposited coins in the storage are overflowed by the supply of the deposited coins from the temporary storage. You can

According to the coin handling machine of the fourth aspect of the present invention, when the number of coins to be packaged in the wrapping unit does not reach the number of packaging units by the coin remaining means, the fractional coins are left without being collected. Further, in the packaging possibility determination means, in the deposit coin deposited in the deposit portion, the count value of the deposit coins of the same denomination as the fractional coin, and the added value of the number of the fractional coins,
It is determined whether the number of packaging units has been reached. In addition, when it is determined that the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins does not reach the packaging unit number, the storage full The determining means determines whether or not the count value of the deposited coins and the value of the number of deposited coins stored in the storage have reached the full storage number of the storage. Then, after that, in the third storage processing means, it is determined that the packaging adequacy determining means has reached the packaging unit number by the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins. When it is determined or when the storage full determination means determines that the storage is full, the temporary storage of the deposited coins in the temporary storage is stopped and the deposited coins temporarily stored in the temporary storage. Are stored in the storage box, and further, in the packaging processing section, the denomination that is judged to have reached the number of packaging units by the packaging possibility judgment section, or the storage box full judgment section judges that the storage is full. The coins of different denominations are supplied to the wrapping portion so that the coins can be made from the coins. That is, in the coin processing machine according to the fourth aspect of the invention, (1) when a fractional coin remains in the packaging unit, a deposit coin of the same denomination as the fractional coin is supplied from the depositing unit to the packaging unit, It is possible to make the packaging part create a coin bar consisting of a deposit coin and a fractional coin, whereby a fractional coin remaining in the packaging part can be made into a coin bar without being collected in, for example, a collection box. As a result, it is possible to reduce the number of processing stoppages due to the collection box becoming full. (2) Above (1)
It is possible to prevent the trouble that the deposit coins in the storage overflow when the deposit coins are being processed in parallel with the deposit coins supplied from the temporary store.

According to the coin processing machine of the fifth aspect of the present invention, in the packaging processing means, the denomination of the deposited coin which is the determination target by the above-mentioned packaging availability determination means and storage full determination means is a fractional coin. As a result of determining whether it is the same denomination as the denomination,
When it is determined that these denominations do not match, the fractional denominations are collected, so that when the full-paid coins stored in the storage are package-processed, the received coins are , Mixed with fractional coins of different denominations is prevented. In addition, when the deposited coins that are full in the storage and do not match the denomination of the fractional coin are packaged, the storage can be packaged as one batch. By presetting to a multiple of the number of packaging units, fractional coins do not occur from the received coins, and in this respect also, the number of processing stoppages due to the collection box becoming full can be reduced.

According to the coin processing machine of the sixth aspect of the present invention, in the packaging processing means, there are a plurality of denominations of the deposited coins to be compared with the fractional coins by the denomination determination means, and the denominations of the plurality of deposited coins. When it is determined that one of the seeds matches the denomination of the fractional coin, the deposit coin creation process is given priority for the deposit coin of the denomination, so that the fractional coin is wasted. Without doing so, a coin bar can be created from the fractional coin, and in this respect as well, the number of processing stops due to the recovery box becoming full can be reduced.

According to the coin processing machine of the seventh invention, in the packaging processing means, there are a plurality of denominations of the deposited coins that are compared with the fractional coins by the denomination determination means. If it is determined that the coins do not match the denominations of the fractional coins, the fractions of each of these deposit coins are calculated based on the number of deposit coins of these denominations and the number of packaging units, and the fraction is calculated based on this calculation result. Since the coin-roll creation process is preferentially performed from the deposit coins with the smallest number of coins, the deposit box for collecting the fractional coins is sequentially collected from the deposit coins of the denomination with the fewest fractions. The time when the collection box is full can be delayed as much as possible, and in this respect as well, the number of processing stoppages due to the collection box being full can be reduced as much as possible.

[0020]

DESCRIPTION OF THE PREFERRED EMBODIMENTS One embodiment of the present invention will be described below with reference to FIGS. 1 to 3, the reference numeral 1 indicates a depositing portion for receiving deposited coins and storing them according to the type of denomination, and the reference numeral 2 indicates accumulation of coins supplied from the depositing portion 1 in a packaging unit number. Then, the packaging unit for packaging, and the one denoted by reference numeral 3 is a coin-roll accommodating unit for accommodating the coin-rolls supplied from the packaging unit 2 by denomination. Hereinafter, the structures of the deposit unit 1, the packaging unit 2, and the coin-roll storage unit 3 will be described in detail.

<< Regarding Deposit Unit 1 >> As shown in FIGS. 1 and 2, a deposit port 5 which is opened and closed by a deposit port shutter 4 is provided on the upper surface of the machine body 100, and the deposit port 5 is located directly below the deposit port 5. A supply disk 6 is provided for receiving loose coins inserted from the outside through the mouth 5. The replenishment disc 6 is provided so as to rotate in a horizontal plane about a vertical axis, and the coins in the replenishment disc 6 are arranged adjacent to each other by the centrifugal force generated when the replenishment disc 6 rotates. It is sent to the rotating disk 7 that is being rotated. The rotating disk 7 is also provided so as to rotate in a horizontal plane about a vertical axis like the replenishing disk 6, and the coins in the rotating disk 7 are rotated by the centrifugal force generated when rotating. Disk 7
Is sent toward the sorting unit 8 provided in the tangential direction of. The peripheral edges of the supply disc 6 and the rotary disc 7 are surrounded by the guide walls 6A and 7A, respectively. However, in these guide walls 6A and 7A, only the adjacent portions of the supply disc 6 and the rotary disc 7 are missing, The supply disc 6 and the rotary disc 7 are communicated with each other at the adjacent portion, whereby coins are transferred from the supply disc 6 to the rotary disc 7. The supply disc 6 is driven intermittently, whereby coins are gradually fed from the supply disc 6 to the rotary disc 7.

The sorting section 8 is arranged at a sorting passage 9 in which coins are conveyed one by one, and at an upper position along the sorting passage 9,
A conveyor belt 10 that slides coins along the sorting passage 9 by pressing the coins from above, and a plurality of denomination sorting holes that are provided along the sorting passage 9 and have a size corresponding to the coin diameter. 11 and
In this sorting unit 8, a denomination sorting hole 11 for sorting denominations having a small coin diameter is arranged further upstream of the sorting passage 9 so that a denomination having a smaller coin diameter (for Japanese coins, 1 yen , 50
(Yen, 5 yen, 100 yen, 10 yen, 500 yen) are sequentially dropped into the denomination selection hole 11. Further, in the sorting passage 9 located between the rotary disc 7 and the denomination sorting hole 11, a coin discriminating sensor 70 (see FIG. 5) for discriminating the authenticity, stain, and denomination of coins, and a defective coin. A defective member that is provided with a sorting member 80 (see FIG. 5) and that is discriminated as “false” or “dirty” by the coin discrimination sensor 70 is shot by the defective coin sorting member 80 as shown in FIG. 14
Will be guided to. A path switching plate 14A is provided in the middle of the chute 14, and the path switching plate 14A is provided.
Then, the coin discriminated as “false” based on the discrimination result by the coin discrimination sensor 70 is guided to the reject box 12, and the coin discriminated as “dirty” is transferred to the dirty coin box 13.
To guide.

Further, the denomination selection hole 11 located at the most upstream side.
In addition, all the coins that are not determined to be false or dirty by the coin discrimination sensor 70 are located in the most upstream portion of the denomination selection hole 11
A guide means 81 (see FIG. 5) to be dropped into is provided in the coin type selection hole 11 in the middle of the coin transport path so as to be movable in the direction of arrow ab as shown in FIG.
A path switching means 82 (described later) is provided for guiding all the coins dropped into the denomination sorting hole 11 to either the chute 29 or the temporary storage 15. And
When the coins are guided to the chute 29 by the path switching means 82, the coins bypass the temporary storage 15 and the fixed storage 21 and enter the replenishing disks 30 and 31 below the fixed storages 21 to 26. Directly supplied. Further, magnetic sensors 71 (see FIG. 5) are provided near the entrance of each denomination selection hole 11 and upstream of the entrance, respectively, and the denomination discrimination and counting of coins are performed by these magnetic sensors 71. Done. Then, based on the count determination results of the respective magnetic sensors 71, the temporary storages 15 to 20 and the fixed storages 21 to 26.
The number of coins each of which is stored is calculated.

Further, cylindrical temporary storages 15 to 20 for temporarily storing coins are provided below the respective denomination selection holes 11, and below the temporary storages 15 to 20, respectively. These temporary warehouses 15-
A fixing plate 27 that closes the bottom of 20 is provided. As shown in FIG. 2, the temporary storages 15 to 20 are mounted on a path switching means 82 which is movable in a direction (arrow ab direction) orthogonal to the paper surface, and is at a stop position. When moving from the position (shown in FIG. 2) to the rear side (the direction of arrow a), the bottoms of the temporary cabinets 15 to 20 are displaced from the positions of the fixing plate 27, and the bottoms of the temporary cabinets 15 to 20 are opened. As a result, the temporarily stored coins in the temporary storages 15 to 20 are supplied to the fixed storages 21 to 26 located below. Also,
When the temporary warehouses 15 to 20 move from the stop position (position shown in FIG. 2) to the front side (direction of arrow b), the bottoms of the temporary warehouses 15 to 20 shift from the position of the fixing plate 27 to the front side. The bottoms of the temporary warehouses 15 to 20 are opened so that the temporarily stored coins in the temporary warehouses 15 to 20 are supplied to the return box 67 located below. The return box 67 is configured to be detachable from the machine body 100, and the temporarily stored coins are returned to the operator through the return box 67.

The fixed storages 21 to 26 provided below the temporary storages 15 to 20 are the temporary storages 15 to 2 respectively.
The shutters 21A to 26A are provided at the bottoms of the fixed storages 21 to 26 for opening and closing based on the packaging instruction from the operation unit 75. In addition, in each of these fixed storages 21 to 26, whether or not the light emitted toward the light receiving element from the light emitting element and the light receiving element is blocked by the coins accumulated inside is fixed. Accordingly, the storage full detection sensor 72 (see FIG. 5) that detects whether or not the inside is full is provided. Further, the fixed storages 21 to 26 are provided with a shutter detection sensor 73 (see FIG. 5) that detects whether the lower shutters 21 to 26 are in an open state or a closed state.

<< Packaging Unit 2 >> As shown in FIGS. 1 and 2, below the fixed storages 21 to 26, there are two fixed storages 21 to 26 for receiving coins supplied from the chute 29. The supply disks 30 and 31 and the rotary disk 32 are provided adjacent to the supply disks 31. These replenishment disc 30, replenishment disc 31, rotating disc 32
Are provided so as to be adjacent to each other similarly to the above-mentioned replenishing disc 6 and rotating disc 7, and are intermittently driven from the replenishing discs 30 to 31 by intermittent driving of the replenishing discs 30 and 31.
The coins are sequentially sent from the replenishing disc 31 to the rotating disc 32.

Further, the rotary disk 32 has the rotary disk 32.
The transport passage 33 is provided along the tangential direction of. The transport passage 33 has a transport belt 34 arranged above.
Is pressing the coin from above, the conveyor belt 34
The coin is slid by driving the coin, and in the middle of the conveying passage 33, a discriminating unit 74 (see FIG. 5) for counting coins, either the coin counting chute 35 or the stacking cylinder 36. Distribution mechanism 83
(See FIG. 5). In addition, this transport passage 3
3, the passage width adjusting mechanism 84 (see FIG. 5) adjusts the passage width according to the denomination. The counting chute 35 is provided to collectively receive the coins supplied from the rotating disk 32 in a loose state. For example, by directly attaching a coin bag to the counting chute 35, a bag of coins is provided. It is also possible to perform stuffing. Stacking cylinder 36
Is for accumulating the coins supplied from the rotary disc 32, and has a bottom portion thereof, as shown in FIG. 1, which is an integrated coin placing plate 36A movable in the directions of arrows (a)-(b).
Is provided. This coin stacking plate 36A has a stacking cylinder 3 on its upper surface when it is on the arrow (a) direction side shown in FIG.
Place the accumulated coins in 6 and place the arrow (b)
When it moves in the direction, the accumulated coins in the accumulating cylinder 36 are collected through the chute 68 into the genuine coin collecting box 41 (described later). It should be noted that the collection of coins in the stacking cylinder 36 into the true coin collection box 41 by moving the stacking coin placing plate 36A in the direction of the arrow (b) allows the stacking coins to be packed in a unit number (50). It is done when the number of coins is less than the fraction. On the other hand, when coins in a unit of packaging (50 coins) are accumulated in the accumulating cylinder 36, the upper end surface and the lower end surface of the accumulated coins are sandwiched by a pair of clamping rods 37, so that the accumulated coins are accumulated. Are moved between the wrapping rollers 38.

The three wrapping rollers 38 are provided so as to be close to and away from each other. When the wrapping rollers 38 are in the separated state, a wrapping rod 37 is provided between the wrapping rollers 38. The sandwiched coins are fed, and then the packaging rollers 38 are brought close to each other so that the coins are sandwiched between the packaging rollers 38. Then, while rotating the wrapping roller 38 in this state, the leading end of the wrapping paper 28 supplied from the wrapping paper supply means (not shown) is fed between the wrapping roller 38 and the stacking coin to collect the stacking coin. A wrapping paper 28 is wound around the wrapping paper, and after the wrapping paper 28 is cut by a cutter (not shown), the upper and lower parts of the wrapping paper 28 are crimped by crimping claws 69 to form an integrated coin. A coin bar formed by winding the wrapping paper 28 is created. The holding rod 37, the wrapping roller 38, the wrapping paper supply means, the crimp claw 69, and
The driving of the integrated coin placing plate 36A or the like is performed by the packaging system mechanism 85 (see FIG. 5).
See)). Since the packaging system mechanism 85 is a known technique, its detailed description is omitted.

A roll chute 39 is provided immediately below the packaging roller 38 as shown in FIGS.
The roll chute 39 is arranged in the up-down direction, an openable and closable discharge door 40 is provided at the lower end of the roll chute 39, and further below the discharge door 40, the number of packaging unit sheets is increased. A true coin collection box 41 for storing fractional coins less than the above and loose coins due to defective packaging is provided. In addition, a tray 43 of a coin-roll lateral transfer device 42 (described later) is arranged above the true coin collection box 41. The tray 43 is provided so as to be movable in the directions of arrows (a)-(b),
When arranged on the arrow (a) direction side, it closes the upper opening of the true coin collection box 41 and is arranged in the direction orthogonal to the paper surface of FIG. 1, and in this state, the coin bar supplied from the roll chute 39. On top of it.

Next, the coin-roller lateral transfer device 42 will be described in detail with reference to FIG. The tray 43 is provided on a slider 92 fixed to a transmission belt 91 driven by a drive motor 90 so as to be rotatable in a horizontal plane about a vertical axis 43A. Power transmission causes arrow (a)-(b)
Move in the direction. Further, a cam follower 93 is fixed to the lower portion of the tray 43, and a rail-shaped cam 94 is fixed to the machine body 100 side, and the tray 43 moves in the arrow (a)-(b) direction together with the slider 92. In this case, the cam follower 93 is guided by the rail-shaped cam 94, whereby the pan 43 on the slider 92 rotates 90 ° in the horizontal plane about the vertical axis 43A.

With the above-described structure, the slider 92 is located at the "coin bar receiving position" on the arrow (a) direction side.
, The tray 43 on the slider 92 is arranged as shown in FIG. 4, and at this position,
The coin 43 supplied from the roll chute 39 is supplied to the tray 43.
Can be placed on top. Then, after that, when the slider 92 moves in the direction of arrow (b), the pan 43 is rotated 90 ° about the vertical shaft 43A by the guide of the cam 94, whereby the upper part of the pan 43 is indicated by the arrow (b).
-The direction is changed to follow (b), and the coin is placed at the "collection of coins and delivery of coins". Then, while moving to the "collection of coins / delivery position of coins", the vertical axis 95
By the pushing arm 95 which rotates in the horizontal plane about A, the coin bar on the pan 43 is pushed out from the pan 43 to the first lift part 44 (see FIG. 3) of the coin bar storage 3. On the other hand, when the tray 43 is moved to the “collection of coins / delivery of coins”, the upper part of the true coin collection box 41 located below the discharge door 40 is in an open state. The loosely packaged coins discharged from 40 can be collected in the true coin collection box 41. Further, the tray 43 which has moved to the “collection of coins / coin coin delivery position” is reversed by the guide of the cam 94 when the slider 92 moves in the arrow (a) direction by the power transmission from the drive motor 90. It is rotated 90 ° in the direction, and is thereby repositioned in the above-mentioned “coin-roll receiving position”. In addition, in this coin-roll lateral transfer device 42, a pan detection sensor 77 for detecting the position of the pan 43, and a coin-roll detection sensor 78 for detecting whether or not a coin is placed on the pan 43 (FIG. 4, FIG. 5) is provided.

<< Regarding the Coin Metal Storage Section 3 >> As shown in FIG. 3, the first lift section 44 is provided so as to be movable up and down by the lifting mechanism 45, and is in the arrow (B) direction at the lowered position. The coin bar, which is arranged in a straight line and adjacent to the tray 43 arranged at the end of the tray and is sent out from the tray 43 in the arrow (b) direction by the pushing arm 95, is received on the first lift portion 44. It has become. The first lift portion 44 is supported by a spring material in a cantilever manner, and when a coin bar is placed on the upper surface of the first lift section 44, the first lift section 44 is inclined by its own weight against the biasing force of the spring bar. To do. A guide plate 46 is arranged on the opposite side of the elevating mechanism 45 and near the tip end side of the first lift portion 44 so as to extend in the up-down direction. Supports the coin bar placed on the first lift portion 44 from the side when the tilts. In addition, the guide plate 46 is missing at the raised position where the first lift portion 44 stops at the upper side, so that when the first lift portion 44 moves to the raised position with the coin bar mounted. Then, the coin bar loses the support of the guide plate 46 and rolls in the arrow (c) direction.

A discharge switching plate 47 is provided midway along the path along which the coin bar rolls. This discharge switching plate 47 is
The coin bar is guided to the outside discharge port 48 when it is at the recovery position shown by the chain double-dashed line in FIG. 3, and when it is at the receiving position shown by the solid line in FIG. I will guide you to.
The external discharge port 48 is provided on the front side of the machine body 100, and the coin bar is discharged to the outside through the external discharge port 48. In addition, the second lift portion 49 includes the lifting mechanism 4
9A is provided so that it can be raised and lowered,
After placing the coin bar sent from the first lift unit 44 at the lowered position, a plurality of coin bar trays 50 to 5 provided for each denomination
Ascend to guide the coin to one of the seven. In addition, on the front side of the coin-roll trays 50 to 57, a fork 61 located in the coin-carrying path on the second lift part 49 for scooping the coin-roll carried by the second lift part 49, A coin-roll storage device 63 including an elevator 62 that raises and lowers the fork 61 is provided.

Then, the coin bar placed on the second lift part 49 and lifted up is scooped up by the fork 61 of the coin bar accommodating device 63 which has been waiting in advance near the entrances of the coin bar trays 50 to 57. , Are guided to predetermined coin-roll trays 50 to 57. Further, each of the coin-roll trays 50 to 57 is provided with an aligning device 58 for pushing and aligning the coin-rolls scooped up by the forks 61 into the coin-roll trays 50 to 57. This aligning device 58 is
Each of the coin-roll trays 50 to 57 is composed of a swingable push-in arm 59 provided at a position above the front part around a horizontal axis, and a drive mechanism 60 for driving the push-in arm 59. When a coin bar is inserted into the front portions of the coin bar trays 50 to 57, the coin bar is pushed into the coin bar trays 50 to 57 and aligned by the swing of the pushing arm 59.

In the coin bar accommodating device 63, after the coin bar on the second lift portion 49 pushes up the fork 61 and ascends and passes, the second lift portion 49 passes the position of the fork 61 and descends. In doing so, the fork 61 scoops the coin on the second lift portion 49, so that the coin is
It is guided to one of the coin-roll trays 50 to 57. Further, the first lift portion 44, the second lift portion 49 of the coin-roll storage portion 3,
A coin-roll detection sensor 79 for detecting whether or not the coin-roll has been delivered is provided near each of the out-of-machine outlet 48 and the coin-roll trays 50-57, and the coin-roll trays 50-57.
Is provided with a coin-roll full detection sensor 64 for detecting whether or not the coin-roll is full.

Next, the control system of the coin processing machine configured as described above will be described with reference to FIG. This control system has a main control unit 110, a deposit control unit 111 connected to the main control unit 110, a packaging control unit 112, and a coin-roll storage control unit 113 as main control units. The section 111 includes a coin discrimination sensor 70 and a magnetic sensor 7.
1, storage full detection sensor 72, shutter detection sensor 7
3, a detection sensor such as 3 is connected, and a deposit opening shutter 4, a replenishing disc 6, a rotating disc 7, and a defective coin distribution member 8 are connected.
0, route switching plate 14A, guiding means 81, route switching means 8
2. The conveyor belt 10 and the drive devices for driving the shutters 21A to 26A of the fixed storages 21 to 26 are connected to each other. Among these components, the replenishing disc 6, the rotating disc 7, the defective coin distributing member 80, the path switching plate 14A, the guiding means 81, the path switching means 82, the coin discriminating sensor 70, the magnetic sensor 71, and the conveyor belt 10. The counting system mechanism 65 is configured by.

A discriminating unit 74 as a detection sensor is connected to the packaging control unit 112, and the replenishing discs 30 and 31, the rotating disc 32, the conveyor belt 34, the distribution mechanism 83, the passage width adjusting mechanism 84, and the packaging system mechanism. 85 and a drive device for driving the discharge door 40 are respectively connected. The discriminating unit 74, the replenishing disks 30, 31, the rotating disk 32, the conveyor belt 34, the distribution mechanism 83, and the passage width adjusting mechanism 84 constitute a counting system mechanism 66. Coin money storage control unit 11
3 includes a saucer detection sensor 77 and a coin-roll detection sensor 78.
79, a detection sensor such as a coin-roll full detection sensor 64 is connected, and the coin-roll lateral transfer device 42 and the first lift unit 4 are connected.
4, drive devices for driving the second lift portion 49, the discharge switching plate 47, the coin-roll storage device 63, and the alignment device 58 are connected to each other. On the other hand, the main control unit 11 described above
An operation unit 75 operated by an operator and a display unit 76 for showing information such as a result of counting judgment of deposited coins to the operator and a state of a device are connected to 0.

Next, the control contents executed by the main control unit 110, the deposit control unit 111, the packaging control unit 112, and the coin-roll storage control unit 113 of the coin processing machine configured as described above will be described with reference to FIGS. This will be described in detail with reference to the flowchart shown in FIG. First, the deposit transaction processing executed by the deposit control unit 111 will be described with reference to FIGS. 6 to 7. In addition, when performing this deposit transaction processing,
The operator selects in advance the “fractional processing priority mode” or the “payment processing priority mode” on the operation unit 75.

<< Step 1 >> When a deposit instruction is output from the operation unit 75, the deposit opening shutter 4 is opened and the deposit opening 5 is opened. << Step 2 >> to << Step 3 >> When a coin deposit completion instruction is output from the operation unit 75 after inserting a coin into the auxiliary disk 6 through the deposit port 5 (step 2), the deposit port shutter 4 is opened. Close (step 3) and proceed to the next step 4.

<< Step 4 >> to << Step 5 >> By starting driving of the supply disc 6, the rotating disc 7, and the conveyor belt 10 of the sorting unit 8 (step 4), the coins in the auxiliary disc 6 are passed through the rotating disc 7. Sorting passage 9 of sorting section 8
The coin discrimination sensor 7 on the sorting passage 9
Based on 0, the true, false, positive, and loss of the coin are discriminated and counted, and based on the discrimination result at this time, a true and positive coin is dropped into the denomination selection hole 11 for each denomination, and the countermeasure is taken. It is temporarily stored in the temporary storage 15 to 20 of the denomination to be used (step 5). In addition to the coin discrimination by the coin discriminating sensor 70, the coin is discriminated by the magnetic sensor 71 in the vicinity of the denomination sorting hole 11, and based on the discriminating judgment of the magnetic sensor 71, the final discrimination for each denomination is made. The actual coin count. << Step 6 >>"Round processing priority mode" on the operation unit 75
Is selected or the "payment processing priority mode" is selected. When the "fractional processing priority mode" is selected, the process proceeds to step 7A, and the "payment processing priority mode" is selected. If so, go to step 16.

<< Step 7A >> Based on the fraction data output from Step 49 (described later), the stacking cylinder 36
It is determined whether or not any fractional coins that have not reached the number of packaging units remain in the previous packaging process. If YES, the process proceeds to step 7B. If NO, step 9
Proceed to. << Step 7B >> to << Step 8 >> The number of fractional coins remaining in the stacking cylinder 36 (based on the fractional data output from step 49), and the same denomination as the fractional coins counted in step 5 Calculate the sum with the count value of coins, and this sum is the number of packaging units 5
It is determined whether or not 0 sheets match (step 7B), and 50
In the case of YES when the number of sheets is reached, the process proceeds to step 8, and the driving of the supply disc 6, the rotary disc 7, and the conveyor belt 10 of the sorting unit 8 which have started driving in step 4 are stopped. If the sum of the number of fractional coins and the count value of coins of the same denomination as the fractional coin does not reach 50, the process proceeds to the next step 9. In step 7B, the sum of the number of fractional coins remaining in the stacking cylinder 36 and the count value of the coins of the same denomination as the fractional coin counted in step 5 is the number of packaging units. It is determined whether or not it matches with a certain 50 coins. Here, before the sum reaches 50 coins, the number of the temporarily stored coins in the temporary stockers 15 to 20 is equal to the free space of the fixed storage boxes 21 to 26. May reach. In this case, when the temporary storage processing of the coins in the temporary storages 15 to 20 is continuously performed, the temporary storage coins are stored in the fixed storages 21 to 21.
When the coins are stored in 26, coins may overflow from the fixed storages 21 to 26.
The number of temporary storage coins in 20 is equal to the fixed storage boxes 21 to 26.
When the coins match the free space, the coins in the fixed storage boxes 21 to 26, which may overflow, are sent to the packaging section 2 for packaging processing (described in steps 9 to 13).

<< Step 9 >> The sum of the count value of coins counted and determined in step 5 and the number of coins already stored in the fixed storages 21 to 26 (based on the count value of the magnetic sensor 71) is calculated. It is calculated, and it is determined whether or not this sum matches the preset full storage number of fixed storage boxes 21 to 26 (safe MAX), and when the full storage number is reached YES
If NO, the process proceeds to step 10. If NO, which does not reach the full number of stored sheets, the process proceeds to step 18. In step 9, whether or not the fixed storages 21 to 26 reach the full storage number is determined individually for each of the fixed storages 21 to 26 (that is, for each denomination). However, when the number of stored sheets reaches the full number, the process proceeds to step 10. Also,
Full storage number of fixed storage boxes 21-26 (safe MAX)
Is set to an integral multiple of 50, which is the number of packaging units, and as long as the coin packaging process is performed in units of the full storage number of the fixed storages 21 to 26, no fractional coins are generated.

<< Step 10 >> All driving of the supply disc 6, the rotating disc 7, and the conveyor belt 10 of the sorting unit 8 started in Step 4 is stopped. << Step 11 >> Based on the detection signal from the shutter detection sensor 73, the shutters 21A to 21A of the fixed storages 21 to 26 are
It is determined whether all 26A are in the closed state, and Y
In the case of ES, the temporarily stored coins are accepted, and the process proceeds to the next step 12.

<< Step 12 >> to << Step 13 >> The temporary storages 15 to 20 are moved by moving the temporary storages 15 to 20 with respect to the fixed plate 27 in the direction of arrow a (see FIG. 2).
After opening the bottom of each of the temporary storage coins 15 to 20, all the temporarily stored coins are stored in the fixed storages 21 to 26 (step 12), and then the full number of stored coins (safe MAX)
Denomination determined to have reached (determined in step 9)
"Available denomination wrapping flag" that indicates the instruction to package
Is set (step 13). The "corresponding denomination wrapping possible flag" is set / reset for each denomination (the same applies to steps 15, 17, and 27 below). << Step 14 >> to << Step 15 >> Full detection sensor 7 provided in each of the fixed storages 21 to 26
Based on the detection signal from 2, it is determined whether or not the coins in the fixed storage 21 are in the full state (step 14), and in the case of NO, the process returns to the previous step 4 to stop. When the supply belt 6, the rotary disk 7, and the conveyor belt 10 of the sorting unit 8 are started to be driven, and if YES,
A "corresponding denomination wrapping flag" indicating an instruction to wrap the denomination determined to be full (determined in step 14) is set (step 15).

As described above, in the "fractional processing priority mode", when there are fractional coins in the stacking cylinder 36 of the packaging unit 2, the number of coins sufficient to package the fractional coins is counted (= 5).
Coins are temporarily stored in the temporary stockers 15 to 20 until they are 0-fractional coins (steps 4 to 5), and when the number of coins sufficient for packaging the fractional coins is counted (step 7B). If YES, after storing the coins in the fixed storage boxes 21 to 26 (step 12), the coins are packaged based on the "corresponding denomination wrapping flag" (step 13) (described later). 8 to FIG. 9). In addition, in step 7B, before the determination that the number of coins sufficient to package the fractional coins has been obtained (that is, before step 7B becomes YES), the number of temporarily stored coins in the temporary stockers 15 to 20 is Fixed storage 21
Although it may exceed the free space of ~ 26 (YES in step 9), in this case, the temporary storage coins in the temporary storages 15-20 are stored in the fixed storages 21-26 in steps 10-12. Perform processing to

Next, the process when the "payment process priority mode" is selected in step 6 will be described in detail. << Step 16 >> Calculate the sum of the count value of the coins counted and determined in Step 5 and the number of coins already stored in the fixed storages 21 to 26 (based on the count value of the magnetic sensor 71), It is determined whether or not this sum coincides with the preset full storage number of the fixed storages 21 to 26 (safe MAX), and when the full storage number is reached, the process proceeds to step 17, and NO that does not reach the full number of storage
If so, go to step 18. Note that this step 16
Then, it is individually determined for each of the fixed storages 21 to 26 (that is, for each denomination) whether or not the fixed storages 21 to 26 reach the full storage number. << Step 17 >> The "corresponding denomination wrapping flag" indicating the instruction to wrap the denomination determined to have reached the full storage number (safe MAX) in step 16 is set.

<< Step 18 >> Based on the count value of the coins determined in step 5, it is determined whether or not this count value has reached the preset temporary storage full number of the temporary stockers 15 to 20. , YES, go to step 20,
If NO, go to step 19. In this step 18, it is determined whether or not the temporary storages 15 to 20 reach the full storage number for each of the temporary storages 15 to 20 (that is, each denomination) individually, and even if one denomination is temporary. When the number of stored full sheets is reached, the process proceeds to the next step 20. << Step 19 >> to << Step 20 >> In Step 5, it is determined whether or not the coins are not counted and discriminated for a preset time or longer. If NO, the process proceeds to Step 5 and the coin counting discrimination is continued. If YES, it is determined that there are no coins in the replenishing disc 6 and the rotating disc 7, and the process proceeds to the next step 20, and the driving of the replenishing disc 6, the rotating disc 7, and the conveyor belt 10 of the sorting unit 8 is stopped ( Step 20).

<< Step 21 >> to << Step 22 >> The operator refers to the amount of the temporarily stored coins displayed on the display unit 76 based on the result of the counting judgment in Step 5, so that the operator can give a return instruction through the operation unit 75. It is determined whether or not it has been output. Then, when the return instruction is output from the operation unit 75, the process proceeds to step 22,
By moving the temporary storages 15 to 20 in the direction of arrow b (see FIG. 2) with respect to the fixed plate 27, the temporary storages 15 to 20 are moved.
All the temporarily stored coins therein are returned to the return box 67 (step 22), and when no return instruction is output, the process proceeds to step 23. << Step 23 >> It is determined whether or not a storage instruction has been output from the operator through the operation unit 75. If NO, the process returns to Step 21, and if YES, the process proceeds to the next Step 24.

<< Step 24 >> to << Step 25 >> Based on the detection signal from the shutter detection sensor 73, it is judged whether or not all the shutters 21A to 26A of the fixed storages 21 to 26 are in the closed state (step). 24), Y
In the case of ES, the temporary stockers 15 to 20 are moved in the direction of the arrow a to store all the temporarily stored coins in the temporary stockers 15 to 20 in the fixed storage boxes 21 to 26 (step 25). << Step 26 >> to << Step 27 >> Based on the detection signal from the storage full detection sensor 72 provided in each of the fixed storages 21 to 26, it is determined whether or not the coins in the fixed storages 21 are in the full state. (Step 26), and if NO, go to step 28,
Further, if YES, a “corresponding denomination wrapping flag” indicating an instruction to wrap coins of the denomination determined to be full
Is set (step 27). << Step 28 >> Whether the temporary storages 15 to 20 are full in Step 18 is the condition for proceeding to Step 20.
In step 19, it is determined whether or not the counting process has ended. In the former case, the process returns to the previous step 4, and in the latter case, this flowchart is ended.

In the "payment processing priority mode" described above, the wrapping section 2 is operated like the "fraction processing priority mode".
Whether there is a fractional coin in the stacking cylinder 36 inside (step 7
A. 7B) is not a problem and the temporary storages 15 to 20 are full (YES in step 18), or there are no coins in the replenishing disc 6 and the rotating disc 7 (YES in step 19). ), The temporary storage coins in the temporary storages 15 to 20 are stored in the fixed storages 21 to 26.

Next, referring to FIGS. 8 to 9, the packaging control unit 1
The packaging process executed by 12 will be described. The packaging process is a process in which the coins supplied from the fixed storages 21 to 26 are accumulated and then packaged into a coin. << Step 31 >>"Applicable denomination flag" is shown in Fig. 6 ~
Steps 13, 15, 17, 2 of the flowchart of FIG. 7
It is determined whether or not it is set at 7, and if it is set YES, the process proceeds to the next step 32. << Step 32 >> The set packaging type set in the packaging unit 2 (the packaging unit 2 adjusts the passage width of the transport passage 33 based on the set packaging type) and the "corresponding denomination packaging flag" It is determined whether or not the denomination indicated by ".", And if YES, the process proceeds to step 39, and N
If O, go to step 33. Previous steps 14, 1
8 and 26, a plurality of denominations or a plurality of single denominations may be determined to be in a full state at the same time. In this case, the set packaging money set in the packaging unit 2 is included in these plural denominations. It is determined whether or not there is a coin type that matches the type, and as a result of this determination, if there is a coin type that matches the set packaging coin type, the processing in and after step 39 is preferentially performed for the coin type.

<< Step 33 >> to << Step 34 >> In step 32, the set packaging denomination set in the packaging unit 2 does not match the denomination indicated by the "corresponding denomination wrapping flag" ( (NO in step 32) and when there are multiple denominations indicated by the "corresponding denomination wrapping flag", it is determined whether or not these plural denominations are the same single denomination (step 33). . If the result of this determination is YES, the set packaging denomination set in the packaging unit 2 is changed to this single denomination (step 3
4) If NO, proceed to step 35.

<< Step 35 >> For a plurality of denominations indicated by the "corresponding denomination wrapable flag", the number of coins stored in the fixed storage boxes 21 to 26 and the number of packaging units (= 50) Then, the fractional number of coins generated by the packaging processing is calculated, and the minimum denomination of the fractional coin is set as the set packaging denomination for the packaging unit 2. << Step 36 >> to << Step 37 >> Based on the fraction data output from step 49 (described later), it is determined whether or not fractional coins remain in the stacking cylinder 36 of the packaging unit 2 (step 36). In the case of YES, the stacked coin placing plate 36 provided on the bottom of the stacking cylinder 36
Move A from the position shown in FIG. 1 in the direction of the arrow (B),
The fractional coins are discharged from the stacking cylinder 36 and collected through the chute 68 into the genuine coin collection box 41 below (step 37). << Step 38 >> to << Step 39 >> After the passage width adjusting mechanism 84 is caused to adjust the passage width of the conveying passage 33 based on the set packaging denomination determined in steps 34 and 35 (step 38), the setting is performed. Shutters 21A-2 of fixed storages 21-26 of the same denomination as the packaging denomination
6A is opened, and the coins in the fixed storages 21 to 26 are discharged to the replenishing disks 30 and 31 of the packaging unit 2.

<< Step 40 >> to << Step 41 >> By means of the counting system mechanism 66 of the packaging unit 2, the replenishing disc 30.
1, the rotating disk 32, and the conveyor belt 34 are driven to drop coins one by one into the stacking cylinder 36 through the conveyor passage 33 (step 40). Further, at this time, the coin is counted and discriminated by the discrimination unit 74 in the middle of the transport passage 33, and the counting discrimination result is stored (step 41).
It should be noted that although coins are accumulated in the accumulating cylinder 36 in step 40, if fractional coins remain in the accumulating cylinder 36 at this time (the process of step 37 is not performed at this time), the fractional coins In addition to collecting coins. << Step 42 >> to << Step 44 >> Based on the counting determination result in Step 41, the stacking cylinder 36
It is determined whether the number of accumulated coins in the coin matches the number of packaging units of 50 (step 42), and if YES in step 42, after stopping the driving of the counting system mechanism 66 (step 43), Start driving the packaging system mechanism 85,
The accumulated coins in the accumulation cylinder 36 are wrapped (step 44).
In step 42, when there are fractional coins in the stacking cylinder 36, the number of coins counted by the discriminating unit 74 is added to the number of fractional coins (indicated by the fractional coin data in step 49). The added value is compared with 50 which is the number of packaging units.

<Step 45> It is determined whether or not the coin is discharged from the stacking cylinder 36 and the next coin can be stacked in the stacking cylinder 36. If YES, the process returns to step 40. The determination in step 45 is made, for example, in the stacking cylinder 3.
It is performed based on the output of the coin detection sensor that detects the presence / absence of coins in 6. << Step 46 >> to << Step 47 >> The discriminating unit 74 detects whether or not a coin is not detected for a certain period of time (step 46). When the discriminating unit 74 does not detect a coin for a certain period of time, the replenishing discs 30 and 31, When it is determined that there are no coins in the rotary disc 32 (YES in step 46), the driving of the counting system mechanism 66 is stopped in the next step 47. When the discriminating unit 74 detects the next coin within a certain time (NO in step 46), it is determined that there are coins in the replenishing discs 30 and 31, and the rotating disc 32, and the process returns to step 41.

<< Step 48 >> to << Step 49 >> Based on the result of the counting judgment in Step 41, it is judged whether or not there are fractional coins less than 50, which is the packaging unit number, in the stacking cylinder 36 (Step 48), Y with a fractional coin
In the case of ES, in step 49, the fraction data indicating the number of fractional coins counted in step 41 is stored, and if NO without fractional coins, the process proceeds to the next step 50. << Step 50 >> After resetting the "denomination of denomination wrapping possibility", the process returns to the previous step 1. In addition, when there are a plurality of denominations of the relevant denomination wrapping type, the "possible denomination wrapping flag" to be reset in this step 50 is only for the denomination for which the packaging processing has been completed, and For denominations that have not been completed, steps 31 to 49 described above.
The process of is repeated again.

Next, referring to FIG. 10, the packaging control unit 112
The coin-roll loose coin processing executed by the coin-roll storage controller 113 will be described. In addition, this coin bar loose coin process is a process of packaging coins of a predetermined denomination in the packaging process described with reference to FIGS. 8 to 9 after the coin bar created by the roll chute 39 is discharged, or This is a process performed after the loosely packaged loose coins are discharged to the roll chute 39. << Step 52 >> to << Step 53 >> It is determined whether or not the coin wrapping process in Step 44 of FIGS. 8 to 9 is completed (Step 52). If YES, the process proceeds to Step 54 and thereafter, and if NO. Proceeding to step 53, in this step 53, it is determined whether or not a packaging defect has occurred during the coin packaging processing in step 44. Then, in this step 53, a packaging defect has occurred YES
In the case of, the process proceeds to step 56, and no packaging defects occur N
If it is O, the process returns to step 51. Step 5
As is well known, whether or not the packaging of coins is completed or the packaging is defective in 2.53 is determined by whether or not the packaging system mechanism 85 has performed an operation according to a standard operation stored in advance. To do.

<< Step 54 >> to << Step 55 >> The tray 43 of the horizontal coin bar conveying device 42 is arranged at the coin bar receiving position (position shown in FIG. 1) capable of receiving the coin bar from the discharge door 40. It is determined whether or not (step 5
4), in the case of NO, proceed to step 55, where the tray 4
3 is moved to the coin-roll receiving position (step 55),
If YES, go to step 58. Step 5
The determination of whether or not the tray 43 is at the coin-roll receiving position at 4 is performed by the tray detection sensor 7 provided at the coin-roll receiving position.
7 (see FIG. 5). << Step 56 >> to << Step 57 >> It is determined whether or not the tray 43 of the horizontal coin-roll transfer device 42 is arranged at the loose coin collection / coin delivery position apart from the discharge door 40 (step 56), and NO. In case of step 5
7, the tray 43 is moved to the loose coin collecting / coin delivery position (step 57), and if YES, the routine proceeds to step 58. << Step 58 >> After the tray 43 is set to any position in Step 55 or Step 57, the discharge door 4
Release 0. Then, by opening the discharge door 40,
The coins in the roll chute 39 are placed on the tray 43 (when passing through steps 54 to 55) or collected in the true coin collecting box 41 without being obstructed by the tray 43 (via steps 56 to 57). If).

Next, referring to FIG. 11, the coin-roll storage controller 1
The coin-roll storing process executed by 13 will be described. The coin-roll storing process is a process executed when the coin-rolls created in the packaging process of FIGS. 8 to 9 are stored in the coin-roll trays 50 to 57. << Step 61 >> to << Step 63 >> Place the tray 43 of the horizontal coin-roll transfer device 42 at the coin-roll receiving position (see FIG. 1).
(Step 61), the discharge switching plate 47 is placed at the coin-roll storing position (solid line position in FIG. 3) (step 62), and the fork 61 of the coin-roll storing device 63 is further placed.
Is placed in front of the coin trays 50 to 57 in which the coins are to be stored (step 63). The coin-roll storage device 6
Which of the coin-roll trays 50 to 57 is to be positioned before the fork 61 of No. 3 is preset in the packaging unit 2.
Then, at this time, a storing order for each denomination of the coin bars to be stored in the coin bar trays 50 to 57 is set in advance, and when the first coin bar trays 50 to 57 are full according to the storing order. Are the coin-roll trays 50 set in the following order.
Store coins in ~ 57.

<< Step 64 >> Whether the coin bar ejected from the ejecting door 40 of the roll chute 39 is on the tray 43 based on the detection signal from the coin bar detecting sensor 78 provided in the coin bar lateral conveying device 42. If it is determined that there is a coin on the tray 43, the process proceeds to step 65. If it is determined that there is no coin on the dish 43, the process proceeds to step 74. << Step 65 >> Drive Motor 90 for Horizontal Metal Bar Transporter 42
Drive the tray to move the tray 43 arranged at the coin-roll receiving position (the position shown in FIG. 1) in the arrow (B) direction, and then transfer the coin on the tray 43 to the first lift portion 44. . << Step 66 >> to << Step 67 >> Whether or not the coin bar is placed on the first lift section 44 based on the detection signal from the coin bar detection sensor 79 provided near the first lift section 44. Is determined (step 66),
In the case of YES, the first lift portion 44 is driven by the drive motor.
Is increased (step 67). Then, due to the rise of the first lift portion 44, the coin bar is transferred from the first lift portion 44 to the discharge switching plate 47.

<< Step 68 >> to << Step 69 >> A coin bar is placed on the second lift section 49 based on a detection signal from a coin bar detecting sensor 79 provided near the second lift section 49. It is determined whether or not (step 68),
If YES, the second lift portion 49 is driven by the drive motor.
Is raised (step 69). Then, by the rise of the second lift portion 49, the coin bar is transferred from the second lift portion 49 to the fork 61 of the coin bar storage device 63. << Step 70 >> to << Step 71 >> Based on the detection signal from the coin-roll detection sensor 79 provided near the entrance of the coin-roll trays 50-57, the coin-lift tray 50-through the second lift portion 49 through the fork 61. 57
It is determined whether or not the coin money has been delivered to (step 7
In the case of 0) and YES, the aligning device 58 is driven to push the delivered coins into the coin trays 50 to 57 for alignment (step 71).

<< Step 72 >> Full coin-roll detection sensor 64
In step 71, it is determined whether or not the coin-roll trays 50 to 57 containing the coin-rolls are full, based on the detection signal from No. 1, the process proceeds to step 73 if YES, and to the previous step 64 if NO. Return to. << Step 73 >> Based on the preset storing order of the coin types of coins and the detection signal from the coin-roll full detection sensor 64, the coin-rolls can be stored in the coin-roll trays 50 to 57 of the next storing order. If YES, the process returns to the previous step 63, and if NO, this flow chart ends. << Step 74 >> Based on the result of the determination in step 46 described above, it is determined whether or not the packaging processing is completed. If the determination result is NO, that is, the packaging processing is not completed. If this is the case, this flowchart ends.

Next, with reference to FIG. 12, the coin-roll storage controller 1
The coin-roll collecting process executed by 13 will be described. The coin-roll collecting process is a process executed when the coin-roll produced in the packaging process of FIGS. 8 to 9 is discharged from the out-of-machine discharge port 48. << Step 81 >> to << Step 82 >> The tray 43 of the horizontal coin-roll transfer device 42 is moved to the coin-roll receiving position (see FIG. 1).
(Step 81), the discharge switching plate 47 is placed at the collection position (the position indicated by the chain double-dashed line in FIG. 3) (step 82). << Step 83 >> The coin bar ejected from the ejecting door 40 of the roll chute 39 is received in the tray 43 based on the detection signal from the coin bar detecting sensor 78 provided in the coin bar lateral conveying device 42.
If it is determined that there is a coin on the saucer 43, the process proceeds to step 84. If NO, it is determined that there is no coin on the saucer 43. Go to step 88.

<< Step 84 >> By moving the drive motor 90 of the coin-roll lateral conveying device 42, the tray 43 located at the coin-roll receiving position is moved in the direction of arrow (b), and then the tray 43 on the tray 43 is moved. The coin bar is transferred to the first lift section 44. << Step 85 >> to << Step 86 >> Whether or not the coin bar is placed on the first lift section 44 based on the detection signal from the coin bar detection sensor 79 provided in the vicinity of the first lift section 44. Is determined (step 85),
In the case of YES, the first lift portion 44 is driven by the drive motor.
Is increased (step 86). Then, as the first lift portion 44 rises in this manner, the coin bar is transferred from the first lift portion 44 to the discharge switching plate 47, and the coin bar is further sent to the outboard discharge port 47. << Step 87 >> Based on the detection signal from the coin-roll detection sensor 79 provided in the vicinity of the out-of-machine ejection port 47, the coin-roll passing through the out-of-machine ejection plate 47 is ejected out of the out-of-machine ejection port 47. If YES, the process proceeds to step 83. << Step 88 >> Based on the determination result of the above-mentioned step 46, it is determined whether or not the packaging processing is completed. If NO in the packaging processing is not completed, the process returns to the previous step 83, and YES in which the packaging processing is completed. If this is the case, this flowchart ends.

As described in detail above, in the coin processing machine according to the present embodiment, when the number of coins to be packaged in the packaging unit 2 does not reach the number of packaging units (NO in step 42), the fractional coins are collected. After leaving it as it is (steps 46 to 50), in the deposited coins deposited in the deposit unit 1, the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins are added. It is determined whether the value has reached the number of packaging units (step 7B). Then, at this time, the count value of the deposited coins of the same denomination as the fractional coin,
When it is determined that the value added to the number of fractional coins has reached the packaging unit number (YES in step 7B), the temporary storage 1
The temporary storage of the deposited coins to 5 to 20 is stopped (step 8), and the deposited coins in the temporary storages 15 to 20 are fixedly stored 21.
26 to 26 (step 12), and thereafter, the deposit coins of the denomination that have become the packaging unit number are supplied to the wrapping unit 2 to make a coin bar composed of these deposit coins and fractional coins. (Steps 13 and 31 to 50).
That is, in the coin processing machine of the present embodiment, when the fractional coin remains in the packaging unit 2, the depositing coin of the same denomination as the fractional coin is supplied from the depositing unit 1 to the packaging unit 2, and the packaging unit 2 Part 2
On the other hand, it is possible to make a coin bar composed of deposit coins and fractional coins, whereby depositing fractional coins remaining in the packaging unit 2 without recovering them into, for example, the true coin recovery box 41. It is possible to use coins as coins together with coins, and as a result, it is possible to reduce the number of processing stoppages due to the full coin collection box 41 becoming full, and to perform coin packaging processing with high work efficiency.

Further, in the coin processing machine of the above embodiment, in step 7B, the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins does not reach the number of packaging units. In this case (NO in step 7B), the count value of the received coins and the value of the number of received coins stored in the fixed storages 21 to 26 reach the full storage number of the fixed storages 21 to 26. It is determined whether or not (step 9). And
When it is determined in this step 9 that the storage is full (YES in step 9), the temporary storage of the deposited coins in the temporary storages 15 to 20 is stopped (step 10), and the temporary storages 15 to 15 are stored.
Deposited coins temporarily stored in 20 are fixed storage boxes 21 to 2
6 is stored (steps 11 to 12), and then the storage full deposit coins that are the determination target in step 9 are supplied to the packaging unit 2 to make coins from the storage full deposit coins. (Step 13 / Steps 31-5
0). That is, in the coin processing machine of the above-mentioned embodiment, while performing the counting judgment of the deposited coins to be integrated with the fractional coins to form the coin, the count value of the deposited coins and the fixed storage 2
Even if the value of the number of deposited coins stored in 1-26 reaches the full storage number of the fixed storages 21-26, the fixed coins 21-26 overflow due to the received coins. Trouble can be prevented in advance.

Further, in the coin processing machine of the above-mentioned embodiment, the denomination of the deposited coin which is the object of determination in step 7B.9 (that is, the denomination of the deposited coin determined to be YES in step 7B.9) is It is determined whether or not the denomination is the same as the denomination of the fractional coin (step 32), and if the denominations are determined not to match (NO at step 32), the fractional denomination is collected. (Steps 35 to 36), which prevents the received coins from being mixed with the fractional coins of different denominations when packaging the received full coins stored in the fixed storages 21 to 26. It Also, the storage is full in the fixed storages 21 to 26,
In addition, when packaging the deposited coins that do not match the denomination of the fractional coin, the packaging can be performed with the fixed storages 21 to 26 as one batch.
By presetting the storage capacity of 6 to a multiple of the number of packaging units, fractional coins do not occur from the received coins, and in this respect also, the number of processing stoppages due to the full coin recovery box 41 becoming full can be reduced. It can be reduced to improve the work efficiency of coin packaging processing.

Further, in the coin processing machine of the above-mentioned embodiment, there are a plurality of denominations of the deposited coins to be judged in step 32, and one of the plurality of deposited coins is a fractional coin denomination. If it coincides with (YES in step 32), the coin-roll forming process is preferentially performed for the coins of the denomination concerned (YES in step 32 to process to step 39). A coin bar can be created from the fractional coins without wasting the fractional coins, and also in this respect, the number of processing suspensions due to the full coin collection box 41 becoming full can be reduced, and the coin packaging process can be performed. Work efficiency can be improved.

Further, according to the above coin processing machine, when there are a plurality of denominations of the deposited coins which are the objects of determination in step 32 and the denominations of these deposited coins do not match the denominations of the fractional coins. (NO in step 32, N in step 33
O), the number of deposited coins of these denominations and the number of packaging units (=
50), the fractions of each of these deposited coins are respectively calculated, and based on the result of the calculation, the coin-roll making process is preferentially performed from the smallest fraction (step 35). With respect to the true coin collection box 41 for collecting coins, the coins of the denomination with the smallest fraction are sequentially collected, and as a result, the full coin collection box 41 can be delayed as much as possible. Also in this respect, it is possible to increase the work efficiency of the coin packaging process by reducing the number of processing stoppages due to the fullness of the true coin recovery box 41 as much as possible.

The embodiment described above and the constituent elements in the claims have the following relationship. That is, the deposit / packaging control unit (claims 1 to 4) corresponds to the deposit control unit 111 and the packaging control unit 112 shown in FIG. 5, and steps 1 to 28 in FIGS. 8 ~
The processing shown in steps 31 to 50 of FIG. 9 is performed. Further, the coin remaining means (claims 2 and 4) corresponds to steps 42, 46 to 50 in FIGS. 8 to 9, and the packaging availability determination means (claims 2 and 4) corresponds to step 7A in FIGS. 6 to 7. 7B, the first storage processing means (claim 2) corresponds to steps 8 and 12 of FIGS. 6 to 7, and the packaging processing means (claim 2).
7) corresponds to step 13 in FIGS. 6 to 7 and steps 31 to 45 in FIGS. 8 to 9. Further, the storage full determination means (claims 3 and 4) corresponds to step 9 of FIGS. 6 to 7, and the second storage processing means (claim 3) corresponds to steps 10 to 12 of FIGS. 6 to 7. Correspondingly, the third storage processing means (claim 4) corresponds to step 8 and steps 10 to 1 of FIGS. 6 to 7.
Equivalent to 2. The denomination determination means (claims 5 to 7) is shown in FIG.
This corresponds to steps 32 and 33 in FIG.

[0071]

As is apparent from the above description, according to the coin processing machine of the first invention, the coin depositing / controlling unit is
When a fractional coin remains in the packaging unit, a deposit coin of the same denomination as the fractional coin is supplied from the depositing unit to the packaging unit, and a coin bar including the deposit coin and the fractional coin is supplied to the packaging unit. Since, for example, the fractional coins remaining in the packaging part can be made into coins without being collected in the collection box, the number of processing suspensions due to the collection box becoming full can be reduced. Therefore, the coin packaging process can be performed with high work efficiency.

According to the coin handling machine of the second aspect of the present invention, the coin remaining means allows the fractional coins to remain without being collected when the number of coins to be packaged in the packaging section does not reach the number of packaging units. Further, in the packaging possibility determination means, in the deposit coin deposited in the deposit portion, the count value of the deposit coins of the same denomination as the fractional coin, and the added value of the number of the fractional coins,
It is determined whether the number of packaging units has been reached. Then, after that, in the first storage processing means, in the packaging possibility determination means, the count value of the deposited coins of the same denomination as the fractional coins,
When it is determined that the added value with the number of fractional coins has reached the number of packaging units, the temporary storage of the deposited coins in the temporary storage is stopped, and the deposited coins in the temporary storage are stored in the storage container, Further, in the packaging processing means, the depositing coins of the denomination determined to have reached the number of packaging units by the packaging propriety determining means are supplied to the packaging part, and a coin bar made up of depositing coins and fractional coins is created. I am trying. That is, in the coin handling machine according to the second aspect of the present invention, when the fractional coin remains in the packaging unit, the depositing coin of the same denomination as the fractional coin is supplied from the depositing unit to the packaging unit, and the fractional coin is supplied to the packaging unit. On the other hand, it is possible to make a coin consisting of a deposit coin and a fractional coin, and by this,
Fractional coins remaining in the packaging part, for example, without collecting in a collection box, can be made into a coin with a deposit coin, as a result, reduce the number of processing stop due to the collection box is full, The coin packaging process can be performed with high work efficiency.

According to the coin processing machine of the third aspect of the present invention, as described above, the sum of the counted value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins is determined by the packaging propriety determination means. If it is determined that the number does not reach the number of packaging units,
The storage full determination means determines whether or not the count value of the received coins and the number of received coins stored in the storage have reached the full storage number of the storage. Then, after that, in the second storage processing means, when the storage full determination means determines that the storage is full, the temporary storage of the deposited coins in the temporary storage is stopped and the temporary storage is temporarily stored in the temporary storage. The stored coins are stored in the storage box, and further, in the packaging processing means, the stored coins of the storage type of the denomination determined by the storage box full determination section are supplied to the packaging section, and I'm trying to make a coin from the deposit coin. That is, in the coin processing machine according to the third aspect of the present invention, by performing the above-mentioned processing, it is possible to prevent the trouble that the deposited coins in the storage are overflowed by the supply of the deposited coins from the temporary storage. You can

According to the coin handling machine of the fourth aspect of the present invention, the coin remaining means allows the fractional coins to remain without being collected when the number of coins to be packaged in the packaging unit does not reach the number of packaging units. Further, in the packaging possibility determination means, in the deposit coin deposited in the deposit portion, the count value of the deposit coins of the same denomination as the fractional coin, and the added value of the number of the fractional coins,
It is determined whether the number of packaging units has been reached. In addition, when it is determined that the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins does not reach the packaging unit number, the storage full The determining means determines whether or not the count value of the deposited coins and the value of the number of deposited coins stored in the storage have reached the full storage number of the storage. Then, after that, in the third storage processing means, it is determined that the packaging adequacy determining means has reached the packaging unit number by the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins. When it is determined or when the storage full determination means determines that the storage is full, the temporary storage of the deposited coins in the temporary storage is stopped and the deposited coins temporarily stored in the temporary storage. Are stored in the storage box, and further, in the packaging processing section, the denomination that is judged to have reached the number of packaging units by the packaging possibility judgment section, or the storage box full judgment section judges that the storage is full. The coins of different denominations are supplied to the wrapping portion so that the coins can be made from the coins. That is, in the coin handling machine according to the fourth aspect of the invention, (1) when a fractional coin remains in the packaging unit, a deposit coin of the same denomination as the fractional coin is supplied from the depositing unit to the packaging unit, It is possible to make the packaging part create a coin bar consisting of a deposit coin and a fractional coin, whereby a fractional coin remaining in the packaging part can be made into a coin bar without being collected in, for example, a collection box. As a result, it is possible to reduce the number of processing suspensions due to the collection box becoming full, and to perform coin packaging processing with high work efficiency. (2) Deposit processing is performed in parallel with (1) above. It is possible to prevent the trouble that the received coins in the storage overflow during the operation due to the supply of the received coins from the temporary store.

According to the coin processing machine of the fifth aspect of the present invention, in the packaging processing means, the denomination of the deposited coin which is the determination target by the packaging availability determination means and the storage full determination means is a fractional coin. As a result of determining whether it is the same denomination as the denomination,
When it is determined that these denominations do not match, the fractional denominations are collected, so that when the full-paid coins stored in the storage are package-processed, the received coins are , Mixed with fractional coins of different denominations is prevented. In addition, when the deposited coins that are full in the storage and do not match the denomination of the fractional coin are packaged, the storage can be packaged as one batch. By presetting the number of coins as a multiple of the number of packaging units, fractional coins will not be generated from the received coins, and in this respect as well, the number of processing stoppages due to the collection box becoming full can be reduced and the coin packaging process can be performed. Can be performed with high work efficiency.

According to the coin processing machine of the sixth aspect of the present invention, in the packaging processing means, there are a plurality of denominations of the deposited coins to be compared with the fractional coins by the denomination determination means, and the denominations of the plurality of deposited coins. When it is determined that one of the seeds matches the denomination of the fractional coin, the deposit coin creation process is given priority for the deposit coin of the denomination, so that the fractional coin is wasted. Without doing this, it is possible to create a coin bar from the fractional coins.
The coin packaging process can be performed with high work efficiency.

According to the coin processing machine of the seventh invention, in the packaging processing means, there are a plurality of denominations of the deposited coins that are compared with the fractional coins by the denomination determination means. If it is determined that the coins do not match the denominations of the fractional coins, the fractions of each of these deposit coins are calculated based on the number of deposit coins of these denominations and the number of packaging units, and the fraction is calculated based on this calculation result. Since the coin-roll making process is prioritized from the order with the smallest number of coins, the collection box that collects fractional coins will be collected in order from the deposit coins with the smallest denominations, and as a result, the coins will be collected. You can delay the full time of the box as much as possible,
Also in this respect, it is possible to reduce the number of processing stoppages due to the collection box being full as much as possible, and to perform coin packaging processing with high work efficiency.

[Brief description of the drawings]

FIG. 1 is a front view showing a schematic configuration of a coin processing machine representing an embodiment of the present invention.

FIG. 2 is a left side view of FIG.

FIG. 3 is a right side view showing a schematic configuration of a coin-roll storage unit 3.

FIG. 4 is a plan view specifically showing a coin-roller lateral transfer device 42.

FIG. 5 is a block diagram showing a control system of the coin processing machine.

FIG. 6 is a flowchart showing deposit transaction processing.

FIG. 7 is a flowchart showing deposit transaction processing subsequent to FIG.

FIG. 8 is a flowchart showing a packaging process.

9 is a flowchart showing a packaging process following FIG.

FIG. 10 is a flowchart showing a coin bar loose coin process.

FIG. 11 is a flowchart showing a coin-roll storing process.

FIG. 12 is a flowchart showing a coin-roll collecting process.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 deposit part 2 packaging part 3 coin-roll collection part 6 replenishing disc 7 rotating disc 8 sorting part 15-20 temporary storage 21-26 fixed storage 36 stacking cylinder 38 packaging roller 41 genuine coin recovery box 42 coin-roll lateral transfer device 43 saucer 50 to 57 coin tray 100 machine body 110 main control section 111 deposit control section (deposit / packaging control section) 112 packaging control section (deposit / packaging control section) 113 coin bar storage control section

Claims (7)

[Claims] 1. After temporarily storing the counted number of deposited coins in a temporary storage, after depositing a depositing unit to be stored in the storage and the deposited coins discharged from the storage of the depositing unit until the number of packaging units is reached. And a wrapping unit that wraps wrapping paper around the accumulated coins to form a coin, and a coin handling machine having the same denomination as the fractional coins when the fractional coins remain in the wrapping unit. The coin processing machine is provided with a depositing / packaging control unit for supplying the depositing coins of 1) from the depositing unit to the wrapping unit and making a coin bar made of the depositing coins and the fractional coins to the wrapping unit. 2. The coin depositing / packaging control unit, when the number of coins to be packaged in the packaging unit does not reach the unit number of packaging, the coin depositing unit that retains the fractional coin without collecting it, and the depositing unit. The count value of the received coins of the same denomination as the fractional coin in the deposited coins, and the added value of the number of the fractional coins, and the packaging availability determination means for determining whether or not the number of packaging units has been reached. If it is determined by the wrapping possibility determination means that the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins has reached the packaging unit number, the temporary storage is performed. First storage processing means for stopping the temporary storage of the received coins and storing the received coins in the temporary storage in the storage box, and a denomination determined to have reached the packaging unit number by the packaging availability determination means. Of the received coins to the packaging unit And packaging processing means for creating a stacked coin made of,
The coin processing machine according to claim 1, further comprising: 3. The depositing / packaging control unit, in the wrapping possibility determining unit, adds the count value of the deposit coins of the same denomination as the fractional coin and the number of the fractional coins to the unit packaging number. When it is determined not to reach, it is determined whether the count value of the received coins and the number value of the received coins stored in the storage have reached the full storage number of the storage. The storage full determination means, and when the storage full determination means determines that the storage is full, the temporary storage of the deposited coins in the temporary storage is stopped and the deposited coins temporarily stored in the temporary storage. Second storage processing means for storing the storage coin in a storage box, and a deposit coin of a denomination determined to be storage full by the storage box full determination section is supplied to the packaging unit to deposit a coin from the receipt full coin. 3. A coin processing machine according to claim 2, further comprising packaging processing means for producing the coin processing means. . 4. The coin depositing / packaging control unit, wherein coin depositing means for depositing the fractional coins without collecting them when the number of coins to be packaged in the packaging unit does not reach the unit number of packaging, and the depositing unit. The count value of the received coins of the same denomination as the fractional coins in the deposited coins, and the added value of the number of the fractional coins, and the packaging availability determination means for determining whether or not the number of packaging units is reached If the added value of the count value of the deposited coins of the same denomination as the fractional coin and the number of the fractional coins does not reach the packaging unit number, A storage full determination unit that determines whether or not the count value of coins and the number of received coins stored in the storage have reached the full storage number of the storage; and the packaging availability determination unit. At, the count value of the deposit coin of the same denomination as the fractional coin, If it is determined that the value added to the number of fractional coins has reached the number of packaging units, or if the storage full determination unit determines that the storage is full, the temporary storage of deposited coins in the temporary storage is stopped. Then, a third storage processing means for storing the received coins temporarily stored in the temporary storage in the storage, and a denomination determined to have reached the packaging unit number by the packaging propriety determination means, or A packaging processing unit configured to supply a depositing coin of a denomination determined to be fully accommodated by the storage container full determining unit to a packaging unit to create a coin from the depositing coin. The coin processing machine described in 1. 5. The wrapping processing means determines whether or not the denomination of the deposited coin, which is the determination target by the wrapping possibility determination means and the storage full determination means, is the same denomination as the fractional coin denomination. 5. The coin processing machine according to claim 4, further comprising: a denomination determining unit that performs the denomination determination, and collects the fractional denomination when the denomination determining unit determines that the denominations do not match. 6. In the packaging processing means, there are a plurality of denominations of the deposited coins that have been judged by the denomination judging means.
And, when one of the denominations of the plurality of deposited coins is determined to match the denomination of the fractional coin, the coin-roll creation process is preferentially performed for the deposited coin of the denomination. The coin processing machine according to item 5. 7. In the packaging processing means, there are a plurality of denominations of the deposited coins that have been judged by the denomination judging means.
When it is determined that the denominations of these deposited coins do not match the denominations of the fractional coins, the fractions of each of these deposited coins are respectively calculated based on the number of deposited coins of these denominations and the number of packaging units, 7. The coin processing machine according to claim 6, wherein the coin-roll producing process is preferentially performed from a deposit coin having a small fraction based on the calculation result.