JP2002298188A - Coin processing equipment - Google Patents

Abstract

(57) [Summary] [Problem] To make collection and replenishment of coins easy,
Provided is a coin processing device that has improved coin storage, enhances security of coin management, and is miniaturized. SOLUTION: A hopper 104A to 104D configured to store deposited circulating coins and discharge the same when dispensed, a safe unit 116 for collecting the received non-circulated coins, and a hopper and a safe unit. A storage room 8, a door 9 for closing the storage room, and a locking mechanism 10 for locking the door are provided. The locking mechanism is unlocked and the door is opened, so that the hopper and the safe can be detached from the storage room. Is done. Therefore, since the door is unlocked and the door is opened, the hopper for storing the circulating coins and the safe section for collecting the non-circulating coins are detachable from the storage room, the hopper can be used as a refill cassette and the safe section as a collection cassette, It facilitates replenishment work and the like, enhances coin storage and management security, and enables downsizing of the apparatus.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a circulation type coin processing apparatus for processing coins, and more particularly to a circulation type coin processing apparatus used in a vending machine, a convenience store, a financial terminal of a bank or the like. It is.

[0002]

2. Description of the Related Art A financial institution such as a bank can carry out both deposit and withdrawal processing, stores deposited coins, and further circulates them so that they can be reused as withdrawn coins. Is widely used. In recent years, financial terminals other than banks have been installed in financial institutions, for example, in convenience stores. The coin processing device built in the financial terminal needs an operation of preparing a coin to be dispensed. Until now, this task was performed by personnel familiar with the device.

[0003]

However, for financial terminals installed in convenience stores and the like, this preparation work is often outsourced to a management company, and a predetermined number of preparations are made, for example, daily. I was Therefore, depending on the transaction status of the equipment, the withdrawal is more than the deposit, the reserve is insufficient, the work to prepare the coin to be withdrawn cannot be completed, the equipment has to be stopped, and the staff of the management company arrives. To take a long time to stop.

As a countermeasure, a place for storing a collection cassette for collecting coins in the apparatus and a replenishment cassette for replenishing coins as reserves is provided in the coin processing apparatus so that a person who is not a staff member of the management company, for example, Convenience store employees and others performed replenishment work as appropriate.

[0005] Further, in order to reliably cope with a shortage of reserve money when the amount of payment becomes larger than the amount of money received, it has been strongly desired to further increase the number of stored coins as reserve money.
In order to cope with this, the storage / withdrawal unit (its storage case)
The larger the is, the higher the reserve. However, financial terminals installed in convenience stores and the like have a limited space, and there is a strong demand for miniaturization in order to avoid a sense of discomfort in appearance.

[0006] Therefore, an object of the present invention is to provide a coin processing apparatus which makes it easier to collect and refill coins, improves the storage capacity of the coins, increases the security of coin management, and reduces the size of the coins. I do.

[0007]

In order to achieve the above object, a coin processing apparatus 1 according to the first aspect of the present invention, as shown in FIG. Hoppers 104A-D configured to discharge;
Safe section 116 for collecting the received non-circulated coins; storage room 8 for storing hoppers 104A to 104D and safe section 116
A door 9 for closing the storage room 8; a locking mechanism 1 for locking the door 9
0; the locking mechanism 10 is unlocked and the door 9 is opened,
The hoppers 104A to 104D and the safe section 116 are configured to be detachable from the storage room 8.

With this configuration, the hoppers 104A to 104A
D, a storage room 8 for storing the safe 116, a door 9, and a locking mechanism 10. The door 9 is opened by unlocking the locking mechanism 10 and the hoppers 104A to 104D and the safe 116 are stored in the storage room 8.
, The circulating coins to be replenished in the preparation stage are supplied to the hoppers 104A to 104D, the hoppers 104A to 104D are used as replenishing cassettes, and the non-circulating coins to be collected after the operation of the apparatus is completed. Can be collected in the safe section 116, and the safe section 116 can be used as a collection cassette, so that collection and replenishment of coins can be facilitated.

Further, since a replenishing cassette only for replenishing coins and a collecting cassette only for collecting coins are not required, the size of the apparatus can be reduced. Further, since the door 9 for closing the storage room 8 can be locked by the locking mechanism 10, the coins stored in the hoppers 104 </ b> A to 104 </ b> D in the storage room 8 and collected in the safe section 116 in the storage room 8 can be safely stored. It can be stored and coin management can be performed reliably.

Further, the coins stored in the hoppers 104A to 104D can be collected after the operation of the apparatus is completed.
04A-D can be used not only as a replenishing cassette but also as a collecting cassette. Therefore, the safe section 116 for collecting non-circulating coins can be made smaller, and the apparatus can be downsized. In addition, the hopper 104
A replenishing mechanism for discharging coins to A to D, a hopper 10
Spaces such as providing a collection mechanism for discharging coins from 4A to D to the collection cassette and a discharge chute for discharging coins from hoppers 104A to 104D are not required, and
The device can be downsized. In addition, detachable means that attachment and detachment are possible.

In the coin processing apparatus according to the second aspect of the present invention, as shown in FIG. 4, for example, in the coin processing apparatus 1 according to the first aspect, the storage chamber 8 maintains the lock of the door 9 by the locking mechanism 10. The coin processing device 1 is configured to be detachable from the coin processing device 1.

Since the storage room 8 is configured to be detachable from the coin processing device 1 while the lock of the door 9 is maintained by the locking mechanism 10, the hoppers 104 A to 104 D and the safe section 11
6, and the storage room 8 in which the door 9 is kept locked is moved to a safe place to collect coins from the hoppers 104A to 104D and the safe 116, and to replenish coins to the hoppers 104A to 104D. And reliable coin management can be performed.

For example, if there are two storage rooms 8 of the same specification for one coin processing device 1, only the storage room 8 is exchanged at the site where the coin processing device 1 is installed, so that the device is familiar with the device. Even those who do not can respond. In addition, the work of storing the reserve money in the hoppers 104A to 104D and the work of collecting coins from the safe section 116 and the hoppers 104A to 104D can be performed collectively in a safe place different from the site. It will be easier.

A coin processing device according to a third aspect of the present invention is the coin processing device 1 according to the first or second aspect, for example, as shown in FIG.
Storage chamber 8 has a customer service wall 101A and a back wall 101B opposed to the customer service wall 101A; hoppers 104A to 104D.
Have discharge outlets 126A to 126D for discharging the circulating coins in a direction facing the central surface 105 between the customer service wall 101A and the back wall 101B; and a dispensing chute 113 for the customer service wall 101A.
And the rear wall 101B so as to pass in a substantially vertical center in a vertically downward direction.

With this configuration, the hoppers 104A to 104A
D sets the outlets 126A to 126D to the customer service wall 101A and the back wall 1A.
01B, and the dispensing chute 113 is arranged so as to pass vertically downward through substantially the center between the customer service wall 101A and the back wall 101B.
In the case where .about.D and the dispensing chute 113 are connected by a chute, the chute can pass through a short route and the chute can be arranged neatly, so that the size of the apparatus can be further reduced. Hospitality wall 101A and back wall 10
The central surface 105 between 1B and the reception wall 101A and the back wall 10
1B, which is a virtual surface located between the customer service walls 101A.
And a plane that is substantially equidistant from the rear wall 101B.

A coin processing apparatus according to a fourth aspect of the present invention is the coin processing apparatus 1 according to any one of the first to third aspects, for example, as shown in FIG. Storage case 1 for storing the circulating coins
21A-D; the capacity of the storage cases 121A-D
It shall differ according to the amount of coins deposited.

With this configuration, the hoppers 104A to 104A
Since the volumes of the storage cases 121A to 121D of D differ depending on the amount of coins to be deposited, the amount of coins to be deposited is determined by the installation location of the coin processing device 1 and the installation environment such as the user. Are calculated statistically, for example, and the hopper 1 of each denomination is determined according to the determined amount of coin deposit.
The volumes of the storage cases 121A to 121D of 04A to 04D can be determined. Therefore, the space of the apparatus can be effectively used, and the coin processing apparatus 1 can be further reduced in size.

A coin processing device according to a fifth aspect of the present invention is the coin processing device according to any one of the first to fourth aspects, for example, as shown in FIG. 4, for identifying at least a denomination of a deposited coin. A sorting unit 14 having sorting claws 60 </ b> A to 60 </ b> E for sorting coins of a predetermined denomination assigned from among the coins identified by the identifying unit 13;
And a control unit 7 for setting a denomination to be allocated to the distribution claws 60A to 60E. The control unit 7 is configured to be able to change the setting.

With this configuration, the control unit 7 can change the setting of the denominations assigned to the sorting claws 60A to 60E, and thus changes depending on the installation location of the coin processing device 1 and the installation environment of the user or the like. For example, the deposit amount is statistically obtained, and the setting of the denomination can be changed in accordance with the obtained deposit amount. Therefore, it is possible to set the denomination suitable for the installation location and the installation environment. The change of the setting of the control unit 7 suitable for the installation place and the installation environment may be performed by changing the program.

[0020]

Embodiments of the present invention will be described below with reference to the drawings. In the drawings, the same or corresponding members are denoted by the same reference numerals, and redundant description will be omitted.

FIG. 1 and FIG. 2 are block diagrams showing a main configuration of a coin processing apparatus 1 according to an embodiment of the present invention. FIG. 3 is a block diagram illustrating a main configuration of a later-described frame 8 of the coin processing device 1.

With reference to FIG. 1, the main configuration of the coin processing device 1 will be described. The coin processing device 1 stores a deposit processing unit 2 that performs a deposit process of a coin that has been inserted, a storage / dispensing unit 3 that stores processed coins and dispenses them as change, and a storage / dispensing unit 3. 8 as a storage room for storing, a storage / payout unit base 4 on which the frame 8 is set, and a frame 8
And a guide rail 5 for guiding the storage / dispensing section base 4 to move in the horizontal direction, and a guide rail for guiding the storage / dispensing section base 4 to move in the horizontal direction. The lock mechanism 6 includes a lock mechanism 6 (see FIG. 4) that locks the control unit 5 and a control unit 7 that controls each unit described below.

As shown in FIG. 2, the frame 8
With the storage / dispensing base 4 set on the guide rail 5, the deposit processing unit 2 and the control unit 7 control the horizontal direction (Z direction).
And can be attached to and detached from the coin processing device 1 fixed to a guide rail of a terminal (not shown).

As shown in FIG. 3, the frame 8 has a substantially rectangular cross section in a substantially rectangular shape. The rectangular cross section is composed of a short side and a long side, and the frame 8 includes a first customer service wall 101A including one short side, a first back wall 101B including the other short side opposed to one short side, and a long side. And a frame side wall 107 including the same. In addition, the first customer service wall 101
A is arranged near the service surface of a terminal (not shown) in which the coin processing device 1 is built. Hereinafter, a length between the first customer service wall 101A and the first back wall 101B is referred to as a depth, and a length between the frame side walls 107 is referred to as a width. A virtual surface located between the first customer service wall 101A and the first back wall 101B, and a surface substantially equidistant from the first customer service wall 101A and the first back wall 101B is referred to as a first customer service wall 101A. A central surface 105 between the first back walls 101B (indicated by a two-dot chain line in the figure).

FIG. 4 is a side sectional view of the coin processing apparatus 1 according to the embodiment of the present invention. FIG. 5 is a partially enlarged view of a guide chute 16 described later. The detailed configuration of the coin processing device 1 will be described with reference to FIGS.

The deposit processing unit 2 disposed at the uppermost part in the vertical direction of the coin processing device 1 includes a deposit port 11 for a user to deposit coins one by one, and a coin deposited from the deposit port 11 to a second customer service wall. A transport unit 12 configured to transport in the direction toward 106A or the second back wall 106B, an identification unit 13 for identifying coins being transported by the transport unit 12, and an identification unit 13
A sorting unit 14 that sorts the coins identified by the first and second five depositing chutes 15A to 15E that are arranged below the sorting unit 14 and guide the coins sorted by the sorting unit 14;
A guide chute 16 is arranged downstream of the flow of the coins in the sorting unit 14 and guides coins not sorted by the sorting unit 14.

The deposit processing unit 2 is configured to extend the first customer service wall 101A in a vertically upward direction and the second customer service wall 106A.
And a second back wall 106B facing the second customer service wall 106A.
And a deposit processing unit side wall 103 perpendicular to the second customer service wall 106A and the second back wall 106B. The length between the second customer service wall 106A and the second back wall 106B is the depth of the deposit processing unit 2, and the length between the deposit processing unit side walls 103 is the width of the deposit processing unit 2 (see FIG. 2).

Deposit port 1 for depositing coins to be processed
1 is provided on the uppermost part of the coin processing device 1 on the left side in FIG. The deposit port 11 is configured to deposit coins inserted by a user from a slot of a terminal (not shown) that incorporates the coin processing device 1 into the coin processing device 1. The transport unit 12 that transports the coins received from the deposit port 11 one by one is composed of first to sixth transport units 31 to 36.
The first transport unit 31 is configured to include a first transport belt 40 that is a double belt wrapped around a pulley, and the second transport unit 32 is configured to include a second transport belt 44 that is a double belt wrapped around a pulley. It consists of. The coin is transported sandwiched between the first transport belt 40 and the second transport belt 44. The second transport belt 44 hangs on the pulleys 41 and 37, and the first transport belt 40 is between the pulley 41 and the pulley 37.
And overlap.

The third transport section 33 is arranged on the downstream side of the flow of coins in the second transport section 32 and includes a third transport belt 46 which is a single belt wrapped around a pulley. Since the third conveyor belt 46 is a single belt, it is shown by a broken line in FIG. 4 and is clearly distinguished from a double belt shown by a solid line in FIG. A second transport belt 44 and a third transport belt 46 are hung on the pulley 42, and the third transport belt 46 (single belt) is
2 is sandwiched by the second transport belt 44 (double belt).

The identification section 13 is located downstream of the third transport section 33.
Is provided, and the transport unit 12 identifies the authenticity of coins being transported one by one (whether the coins are genuine or not) and denominations. Identification unit 1
A fourth transport unit 34 is provided downstream of 3, and includes a fourth transport belt 49, which is a single belt wrapped around a pulley. Since the fourth conveyor belt 49 is a single belt, it is shown by a broken line in FIG.

A fifth transport section 35 is disposed downstream of the fourth transport section 34. The fifth transport section 35 includes a fifth transport belt 53, which is a double belt wrapped around a pulley. . Below the pulley 42 of the second transport unit 32, the third transport unit 33, the identification unit 13, the fourth transport unit 34, and the vicinity of the pulley 48 of the fifth transport unit 35, -Fifth
A transport plate 45 that supports coins being transported from below by the transport belts 44, 46, 49, and 53 is provided. Carrier plate 4
5 is arranged horizontally. A sixth transport unit 36 is disposed downstream of the fifth transport unit 35 and partially overlaps the fifth transport unit 35. The sixth transport section 36 is configured to include a sixth transport belt 59 which is a single belt hung on a pulley. Since the sixth transport belt 59 is a single belt, FIG.
Indicated by broken lines in the middle.

A fifth transport belt 53 and a sixth transport belt 59 are hung on the pulley 54, and the first to fourth transport sections 31 to
The coin conveyed in the depth direction by the pulley 5
At a position 4, it is sandwiched and folded (U-turned) by the fifth transport belt 53 and the sixth transport belt 59,
The sheet is conveyed backward in the depth direction by the conveyor belt 59.

The sorting section 14 is located below the sixth conveyor belt 59.
Are arranged, and the distribution unit 14 is configured to include six distribution claws 60 </ b> A to 60 </ b> F arranged in a line in the depth direction.
The distribution claws 60A to 60F are horizontally arranged. The distributing claws 60A to 60F will be described using the last alphabet of the code. In FIG. 4, A, B, E,
F, C, and D are arranged, and the coins of the denominations allocated are sorted out as described later. The upper surfaces of the distribution claws 60A to 60F form a transport path for supporting the coins transported to the sixth transport belt 59 in the depth direction from below.

The coin conveyed in the depth direction is folded back at the pulley 54 by being sandwiched between the fifth conveyance belt 53 and the sixth conveyance belt 59 as described above, and further fed back in the depth direction. According to the identification result, the identification unit 1
Since the structure is such that the distribution is performed by the distribution unit 14 provided at the lower part of the apparatus 3, the length of the apparatus in the depth direction can be shortened, and the apparatus can be downsized.

A distributing claw driving means (not shown) for driving the distributing claws 60A to 60E is provided below the distributing claws 60A to 60E and is opposite to first depositing chutes 15A to 15E to be described later in FIG. It is provided on the side. A predetermined denomination is allocated to the distribution claws 60A to 60F by forming a program in the control unit 7, and the control unit 7 responds to the distribution claws 60A to 60E so as to distribute the allocated predetermined denomination. A drive signal is sent to the distribution claw driving means, and the distribution claw 60 is
A to E are rotated. The assigned denomination is
In this embodiment, the distribution claw 60A is 10 yen, and the distribution claw 60A is
B is 100 yen, distribution claw 60C is 1 yen, distribution claw 60D is 5
00 yen and the distribution claws 60E are 5 yen and 50 yen.

Further, a distribution detecting means (not shown) is attached, and the distribution detecting means is adapted to dispense coins successively conveyed on the conveying path formed by the distribution claws 60A to 60F to a predetermined distribution claw 60A. Immediately before reaching .about.F, the coin is detected. The control unit 7 receives coin denomination data sent from the identification unit 13 and a coin detection signal sent from the sorting detection unit, and drives a not-shown sorting claw corresponding to the predetermined sorting claws 60A to 60E. Means to send the coin to the predetermined distribution claw 60A.
To E, the distributing claw driving means drives the distributing claw 6
Control is performed to drive 0A to 0A.

In FIG. 4, the fourth distribution claw 60F from the right is
This is a dummy distribution claw 60F that is not connected to a distribution claw driving unit (not shown), has no first deposit chute disposed directly below, and functions only as a conveyance path. Therefore, the distribution claw 60
F has no denomination assigned.

The allocation of the denominations of the distribution claws 60A to 60F can be arbitrarily changed by changing the program of the control unit 7. In this way, it is possible to flexibly cope with a change in the specification due to a change in the required amount of the reserve money depending on an installation place, an installation environment, and the like. Two or more denominations can be assigned to one distributing claw 60A-F, and one denomination can be assigned to two or more distributing claws 60A-F.
Some of A to F may not be assigned a denomination.

The distributed coins are guided to the lower side of each of the distributing claws 60A to 60E, and are discharged as described later.
The depositing chutes 15A to 15E are arranged, and the tops of the first depositing chutes 15A to 15E are arranged horizontally in a row in the depth direction corresponding to the distribution claws 60A to 60E. The distributing claws 60A to 60E have a claw-like shape (the distributing claws F have the same shape), and are centered on one end (the left side of the distributing claws 60A to 60E in FIG. 4). It is rotated by the driving means. Sorting claw 6
By the rotation of 0A to E, coins being conveyed by the sixth conveyance unit 36 on the conveyance path formed by the distribution claws 60A to 60F are distributed to the first deposit chutes 15A to 15E.

Each of the first deposit chutes 15A to 15E is provided with a sorting counter 61 for counting coins passing through the first deposit chutes 15A to 15E. Distribution counting means 6
Since the counting by 1 is performed after the distribution, a distribution error can also be detected, and the reliability of the counting by the distribution detecting means (not shown) can be improved. Therefore, by attaching the distribution counting means 61, the payment temporary holding section conventionally provided can be omitted, and the apparatus can be downsized. Note that the first deposit chutes 15A to 15E
Of the hopper 104A-D described later, the second depositing chute 102,
B, 102D, and the disposition of the dispensing chute 113.

The guide chute 16 is arranged on the downstream side of the distribution unit 14, and is arranged alongside the distribution claws 60A to 60F in the depth direction. That is, on the transport path constituted by the distribution claws 60A to 60F, the second customer
The coin transported toward A eventually reaches the guide chute 16 unless it is sorted by the sorting claws 60A to 60F. Since the guide chute 16 is disposed at the most downstream part in the transport in the depth direction, there is no need to provide a distributing claw for distributing reject coins, and distributing claw driving means for driving the distributing claw, and the length of the apparatus in the depth direction is eliminated. Shorten the length,
The device can be downsized.

Similar to the first deposit chutes 15A to 15E, the guide chute 16 is provided with sorting means 61 for counting coins passing through the guide chute 16. In addition, as shown in FIG.
The upper sheet metal 16A and the lower sheet metal 16B form a passage, and the lower sheet metal 16B is provided with a guide portion. The guide chute 16 guides the reject coin through the guide portion so as to move mainly in the width direction from right to left in FIG. 5B (movement a). Further, in FIG. 5A, a depth direction from the upper right to the lower left,
It is guided through the upper sheet metal 16A so as to move obliquely downward by about 45 degrees (movement b), which is combined with the direction of falling vertically downward, and helps the rejected coin to change its direction in that direction. In addition, since the guide chute 16 is arranged in the vicinity of the customer service wall 101A of the frame 8 (see FIG. 4), attachment becomes easy.

The frame 8 has a substantially box shape as described above, and a handle 17 (see FIG. 3) for carrying is attached to an upper portion thereof.
A door 9 (indicated by a two-dot chain line in FIG. 4) that closes 43;
And a locking mechanism 10 for performing locking. The door 9 forms one frame side wall 107 on the front side of the frame 8 in FIG. With such a configuration, the coin processing device 1 is kept in a state where the frame 8 keeps the door 9 locked.
Can be attached and detached.

The storage / dispensing section 3 stored in the frame 8 through the opening 143 includes two second receiving chutes 102B and 102D.
And four hoppers 104 </ b> A to 104 </ b> D that store sorted circulation coins and discharge them as change, and a guide chute 16.
The reject coin guided by
17 and the reject chute 108 and the hopper 10
The coins discharged from 4A to 4D are dispensed with a withdrawal chute 11 described later.
Discharge chute 109A-D leading to 3 and withdrawal chute 1
13 are included.

The storage / dispensing section 3 further includes a collection claw 114
, A withdrawal temporary holding unit 115, a safe unit 116 for collecting non-circulating coins, and a withdrawal port 117. The coin discharged to the dispensing port 117 of the frame 8 passes through an opening (not shown) formed at a location corresponding to the dispensing port 117 of the frame 8, and is further connected to a terminal (not shown) that incorporates the coin processing device 1. It is released to a saucer and can be taken out by the user. The dispensing port 117 is provided below the first customer service wall 101A.

It should be noted that a circulating coin is a coin which is stored after being deposited and returned to the user as change, and a non-circulating coin is a coin which is collected after being deposited and returned to the user as change. No coins.

The second deposit chute 102B is disposed below the first deposit chute 15B substantially at the center of the storage / dispensing section 3, that is, almost at the center between the first customer service wall 101A and the first back wall 101B. . The second deposit chute 102B is
The 100-yen coin sent from the first deposit chute 15B is discharged to the hopper 104B of the storage / dispensing section 3 (disposed on the lower right side as described later).

The second deposit chute 102D is connected to the frame 8
In FIG. 4, 500 is arranged along the vertically downward direction on the left customer service wall 101A and sent from the first deposit chute 15D.
The coins are discharged to the hopper 104D of the storage / dispensing section 3 (disposed on the lower left side as described later). The second deposit chute 102D is directly attached to the customer service wall 101A of the frame 8 by welding.

The reject chute 108 is connected to the guide chute 16 and is arranged downstream of the guide chute 16 and is arranged next to the second deposit chute 102D in the width direction. The reject chute 108 is the second
Like the deposit chute 102D, it is vertically arranged directly facing the first customer service wall 101A.

The flow of coins in the first depositing chute 15D arranged upstream of the second depositing chute 102D is obliquely downward in which the depth direction and the vertically downward direction are combined.
The end is further downward in the vertical direction. Guide chute 1 arranged upstream of reject chute 108
When the flow of coins in the coin 6 is the same as the flow of coins in the first depositing chute 15D, the guide chute 16 is located on the downstream side of the first depositing chute 15D with respect to the direction in which the coins are conveyed (the depth direction). Reject chute 1
08 is arranged in the depth direction with the second deposit chute 102D, and the length of the device in the depth direction becomes longer.

However, since the flow of coins in the guide chute 16 actually includes a portion that flows in the width direction along the second customer service wall 106A as described above,
Reject chute 108 into second deposit chute 102D
Can be arranged side by side in the width direction, so that the length of the apparatus in the depth direction can be shortened.

The reject chute 108 for guiding the reject coin to the dispensing port 117 is attached to the first customer service wall 10 of the frame 8.
1A so as to extend along the lower side in the vertical direction.
Is provided below the first customer service wall 101A, the flow of the reject coin flowing through the reject chute 108 can be made only downward in the vertical direction, and the reject coin can be discharged to the outlet 117. Therefore, reject chute 108
It is possible to hardly cause a jam of coins in the inside.

Incidentally, the reject chute 108 is shown in FIG.
The second deposit chute 102 </ b> D on the other side of the middle is arranged side by side with respect to the reject chute 108 in the width direction in FIG. 4. Since the reject chute 108 is also arranged along the first customer service wall 101A, its attachment is easy. The reject chute 108 is directly attached to the customer service wall 101A of the frame 8 by welding.

The hoppers 104A to 104D
They are arranged in two stages, one above the other. In each stage, the hoppers 104A, 104C and the hoppers 104B, 104D are arranged in the depth direction. With this arrangement, the length of the device in the depth direction can be reduced, and the device can be downsized. The upper part is a hopper 104A for a 10-yen coin on the right, the hopper 104C for a one-yen coin on the left, and the lower part is a hopper 104B for a 100-yen coin on the right and 5 on the left.
This is a hopper 104D for 00 yen coins.

The hoppers 104A to 104D have storage cases 121A to 121D for storing coins, and dispensing sections 125A to 125D for dispensing coins stored in the storage cases 121A to 121D as change.
, Respectively. Storage case 121A
To D are mounted on the upper parts of the hoppers 104A to 104D.
The dispensing units 125A to 125D are attached directly below the storage cases 121A to 121D. Discharge ports 126A-D for discharging coins
Are provided on side surfaces of the dispensing units 125A to 125D. When the door 9 is unlocked and opened by a locking mechanism 10 described later, the hoppers 104A to 104D
It can be taken out in the direction (see FIG. 3).

The storage cases 121A to 121D have an opening 1 at the top.
29A-D, circulating coins sent through the first deposit chute 15A, C, or the first deposit chute 15B,
D and the circulating coins sent through the second deposit chutes 102B and 102D are stored in a bulk from the openings 129A to 129D.

In this embodiment, the upper hoppers 104
The storage cases 121A and C (for 10 yen and 1 yen coins) of A and C have the same volume, and the storage case 121D of the lower left hopper 104D (for 500 yen coin) is the upper hopper 104.
A, the storage case 121 of the lower right hopper 104B has a smaller capacity than the storage cases 121A, 121C.
B (for 100 yen coin) is the upper hopper 104A, 104
C has a larger capacity than the storage cases 121A and 121C.

The dispensing units 125A to 125D include a discharge mechanism 133 (shown by a broken line in FIG. 4) for discharging the stored coins, a counting means (not shown) for counting the discharged coins, and a discharge mechanism 133.
A motor 134 as driving means for driving the
When dispensing the coins in the storage cases 121A to 121D, substantially the center of the storage / dispensing unit 3, that is, the first customer service wall 1 as described later.
It is discharged to a dispensing chute 113 which passes through substantially the center between 01A and the first back wall 101B in a vertically downward direction.

The dispensing sections 125A to 125D are provided with discharge ports 126A to 126D for discharging coins so as to face the depth direction. Further, the discharge ports 126A to 126D and the withdrawal chute 11
3 and the discharge chutes 109A to 109D between the discharge ports
It is necessary to provide it ahead of 6A-D. For this purpose, a space is required, and the length of the apparatus in the depth direction needs to be increased accordingly. However, by extending the storage cases 121A to 121D in the space above the discharge chutes 109A to 109D to increase the volume, the storage cases 121A to 109D are stored.
To D can increase the number of coins stored.

As described above, the second deposit chute 10
2B was arranged so as to pass vertically downward substantially at the center between the first customer service wall 101A and the first back wall 101B, and the second deposit chute 102D was arranged so as to extend vertically below the first customer service wall 101A. That is, the second deposit chute 102B is moved between the hopper 104A and the hopper 104C,
B and the hopper 104D, and the second deposit chute 102B is connected to the first customer service wall 101A and the hoppers 104C, 104C.
4D.

This arrangement means that the hoppers 104A, 104B and hoppers 104C,
The hoppers 104C, which are arranged neatly between D or vertically in the vertical direction, and the first customer service wall 101A which is vertically arranged.
, The storage / payout unit 3
Space can be used effectively, and the coin processing device 1 can be downsized.

With this arrangement, the second deposit chute 102
Since B and D have a substantially linear shape directed downward in the vertical direction, it is possible to prevent coins from being jammed in the second deposit chutes 102B and 102D. In addition, the first customer service wall 10
Since the second deposit chute 102D is arranged along 1A, the workability of attaching the chute can be enhanced.

The dispensing chute 113 is provided in the storage / dispensing section 3.
At the approximate center between the first customer service wall 101A and the first back wall 101B, between the hopper 104A and the hopper 104C and between the hopper 104B and the hopper 104D. The withdrawal chute 113 further has a second deposit chute 102B.
4 is disposed on the left side. Withdrawal unit 125A-D
Are disposed facing the central surface 105 between the first customer service wall 101A and the first back wall 101B. There are discharge chutes 109A to 109D between the dispensing chute 113 and the discharge ports 126A to 126D, respectively. The discharge chutes 109A to 109D guide the coin discharged from the discharge mechanism 133 to the dispensing chute 113. I have.

The second receiving chute 102B and the dispensing chute 113 are connected to the first customer service wall 101A of the storage / dispensing section 3,
It is arranged so as to face the central surface 105 between the first back walls 101B,
They are arranged along with each other. Further, the second deposit chute 102B is arranged on the right side of the dispensing chute 113 in FIG. 4, and the second deposit chute 102B is arranged so as to discharge coins to the right hopper 104C in the lower stage.
Therefore, the second deposit chute 102B and the withdrawal chute 11
3 does not interfere with each other and can guide the coin substantially downward in the vertical direction.
The dispensing chute 102B and the dispensing chute 113 can be arranged in a simple manner avoiding the dispersive arrangement, and the apparatus can be downsized.

Further, the discharge ports 126A to 126D are
A to D are provided on the side portions facing the central surface 105 between the first customer service wall 101A and the first back wall 101B, so that the width of a particularly severe device can be reduced, and the device can be downsized. be able to.

The withdrawal chute 113 is the withdrawal temporary holding unit 1
15, and guides the coins discharged from the hoppers 104 </ b> A to 104 </ b> D to the withdrawal temporary holding unit 115. Release ports 126A-D
Are arranged as described above, and the dispensing chutes 113A are arranged so as to pass through substantially the center of the frame 8, that is, substantially between the first customer service wall 101A and the first back wall 101B. The devices can be arranged neatly through the short route, the discharge chutes 109A to 109D can be shortened, and the device can be downsized.

The dispensing chute 113 is further connected to the first deposit chute 15E and the safe section 116, and the distributing claw 60E.
The coins of 5 yen and 50 yen discharged from the first deposit chute 15E are guided to the safe section 116.

At the downstream end of the dispensing chute 113,
A collecting claw 114 is provided, and the collecting claw 114 dispenses coins discharged from the dispensing chute 113 to the dispensing temporary holding unit 115,
Alternatively, it is distributed to the safe section 116. The collecting claw 114 is provided for 10 yen, 10 yen discharged from the hoppers 104A to 104D at the time of withdrawal.
0 yen, 1 yen, and 500 yen coins (circulating coins) are distributed to the withdrawal temporary holding unit 115, and the first deposit chute 15E is used when depositing.
5 and 50 yen coins (non-circulating coins) discharged from the dispensing chute 113 to the dispensing chute 113 are also distributed to the dispensing temporary holding unit 115. When the collection claw 114 detects that the circulating coins stored in the storage cases 121A to 121D of the hoppers 104A to 104D are full by the user's deposit transaction, the release mechanism 133 is operated to release 10 yen, 100 yen. Distribute yen, yen, and 500 yen coins to the safe section.

The withdrawal temporary holding units 115 are attached to the left and right ends in FIG. 4 of the holding unit 144 for holding the received non-circulating coins and the circulating coins withdrawn from the hoppers 104A to 104D. Shutter 135 and 136, and a seventh transport unit 137 attached below the holding unit 144. The seventh transport unit 137 includes a seventh transport belt 140 that is hung on a pulley. The dispensing temporary holding unit 115 is provided between the collecting claw 114 downstream of the dispensing chute 113 and the dispensing port 117, and the non-circulating coins deposited at the time of deposit are kept on the seventh transport belt 140 until the deposit is completed. Hold temporarily. The withdrawal temporary holding unit 115
Means that at the time of withdrawal, all circulating coins to be withdrawn
The circulating coins are temporarily held on the seventh transport belt 140 until they are discharged from 4A to 4D.

The safe section 116 receives coins from the withdrawal chute 11.
3 or opening 1 to enter from withdrawal temporary holding unit 115
41. The safe section 116 is disposed at the bottom of the frame 8, collects the non-circulating coins conveyed from the withdrawal temporary holding section 115, and detects that the circulating coins stored in the storage cases 121A to 121D are full. Sometimes release mechanism 1
33 operates to collect the circulating coins discharged from the storage cases 121A to 121D to the dispensing chute 113. Safe 1
When the door 9 is unlocked by the locking mechanism 10, the door 16 can be pulled out from the frame 8 to the side (X direction in FIG. 3).

The dispensing port 117 is formed below the first customer service wall 101A on the left side of the frame 8 in FIG. 4, and is usually arranged so as to face the user. The dispensing coin 117 discharged from the hoppers 104A to 104D to the dispensing temporary holding unit 115 is further discharged from the dispensing temporary holding unit 115 to the dispensing port 117. In addition, a reject coin is also discharged from the reject chute 108 to the outlet 117.

A door hinge 142 is provided on the left edge of the opening 143 of the frame 8 in FIG. 4, and the door 9 is attached to the door hinge 142. Door 9 is hopper 104A-
D, the dispensing chute 113, the collecting claw 114, the dispensing temporary holding unit 115, the second deposit chute 102 </ b> B, D, and the reject chute 108 are configured to be covered. By closing the door 9, the opening 143 is closed.

The locking mechanism 10 is attached to the upper right of the frame 8 in FIG. 4, the door 9 is locked by the locking mechanism 10, the door 9 is not opened, and the hoppers 104A to 104D and the safe section 116 are respectively separated from the frame 8. Can not be pulled out. The locking mechanism 10 is unlocked by the key of the designated person in charge, the door 9 is opened, and the hoppers 104A to 104D and the safe section 116 can be pulled out. The frame 8 pulled out from the coin processing device 1 is safely enclosed in the frame 8 with the hoppers 104A to 104D and the safe section 116, moved to a safe place, and collects coins from the hoppers 104A to 104D and the safe section 116, and the hopper. The coins can be safely replenished to 104A to 104D.

Therefore, the hoppers 104A to 104D can be safely used as a conventional refill cassette, and the safe section 116 and the hoppers 104A to 104D can be safely used as conventional collection cassettes. In this way, the collection and replenishment of coins can be facilitated, and it is not necessary to provide a space for a separate replenishment cassette and a collection cassette in the frame 8, so that the coin processing device 1 can be downsized. .

Storage case 121A for hoppers 104A-D
How to determine the size of D will be described. As described above, the storage cases 121A to 121D have 10 yen and 1 yen, respectively.
00, 1 and 500 yen coins are allocated.
The storage cases 121A to which the denominations are allocated as described above.
The size of D is determined by statistically grasping the number of coins to be deposited for each denomination in consideration of the installation environment and use environment in which the coin processing device 1 is attached, and based on the grasped number of coins. (Amount converted into volume) is obtained, and the volumes of the storage cases 121A to 121D are determined so as to be substantially proportional to the obtained amount of coins. The installation environment refers to a place where a device including a coin processing device such as a financial terminal or a vending machine is placed. The use environment refers to an environment in which the above-described device is used, for example, a convenience store, a bank, a train station, a playground, and the like, and also, for example, characteristics of a customer such as a large number of children and women.

When the installation environment and use environment of the coin processing apparatus 1 change and the specification needs to be changed, the number of coins to be deposited in the new installation environment and use environment for each denomination is statistically grasped. The amount of coins (the amount converted into the volume) may be obtained based on the grasped number, and the volumes of the storage cases 121A to 121D may be determined so as to be substantially proportional to the obtained amount of coins. In this way, the space of the storage / dispensing section 3 can be effectively used, and the coin processing device 1 can be downsized.

A specific method for changing the number of stored hoppers 104A and 104B by changing specifications due to a change in installation environment and use environment will be described. In the installation and use environment before the change, the amount of 100 yen coin is larger than the amount of 10 yen coin,
Since the amount of 10-yen coins is statistically larger than the amount of 100-yen coins in the installation and use environment after the change, the storage of 100-yen coins from hopper 104B to hopper 104A and the storage of 10-yen coins from hopper 104A to hopper The case of changing to 104B will be described. Circulating coins are 10 yen, 100 yen, 1 yen, 5 yen
It is assumed that it does not change for 00 yen. The hopper 104
The capacity of the storage case 121B of B is larger than the capacity of the storage case 121A of the hopper 104A as described above.

First, the program of the control unit 7 is changed as follows. That is, 1 is set by the identification unit 13 at the time of deposit.
When the 00-yen coin is identified, the distributing claw 60A is operated and guided to the storage case 121A. When the 10-yen coin is identified, the distributing claw 60B is activated and the storage case 121B is operated.
To lead. When dispensing a 100-yen coin at the time of dispensing, the dispensing unit 125A corresponding to the storage case 121A is operated. When dispensing a 10-yen coin is required,
The dispensing unit 125B corresponding to the storage case 121B is operated.

However, the dispensing portions 125A to 125D have the same outer dimensions, but differ in the dimensions of some internal parts due to the difference in the diameter of the coin to be discharged, and are manufactured in accordance with the diameter of the coin to be handled. There are things that are. Therefore, storage case 1
It is necessary to exchange the dispensing part 125A of 21A and the dispensing part 125B of the storage case 121B with each other.

Next, the operation of the coin processing device 1 will be described. It is assumed that the coin processing device 1 is attached to a terminal (not shown) via a guide rail (not shown).

First, the following operation is performed to set a reserve. That is, an attendant slides the coin processing device 1 on a guide rail (not shown) of a terminal (not shown) and pulls out the coin processing device 1 in a horizontal direction from the terminal. Further, the frame 8 accommodating the accommodating / dispensing unit 3 is slid horizontally leftward on the guide rail 5 of the coin processing device 1 in FIG. At this time, it is necessary to operate the lock mechanism 6 to release the locked state of the frame 8 on the guide rail 5. After the frame 8 comes out of the coin processing device 1, the frame 8 is pulled out vertically upward and separated from the storage / dispensing unit base 4.

The attendant releases the locking mechanism 10 with the key, and opens the door 9. The hoppers 104A to 104D are pulled out from the frame 8 for storing the storage / payout unit 3, and predetermined circulating coins are prepared (stored) in the corresponding hoppers 104A to 104D, and the hoppers 104A to 104D are stored. / Return to the frame 8 of the dispensing section 3 and close the door 9. The frame 8 is placed on the storage / dispensing unit base 4, the frame 8 is set on the coin processing device, and the coin processing device 1 is set on a terminal (not shown), and the reserve setting is completed.

Next, the operations of depositing, storing, and dispensing will be described. The user inserts coins one by one from an insertion slot of a terminal (not shown) in which the coin processing device 1 is built. Coins from the insertion slot are transported from the deposit port 11 to the transport section 12. The transport unit 12 transfers the inserted coin to the second back wall 106B.
Are transported one by one in the direction toward
It is transported to the identification unit 13. The identification unit 13 determines the authenticity of the conveyed coins and identifies the denomination, and outputs these signals to the control unit 7. The transport unit 12 transports the coin from the identification unit 13 further in the depth direction. Then, the coin is folded and changes direction, is further transported in the opposite depth direction toward the second customer service wall 106 </ b> A, and is transported to the distribution unit 14.

The distributing unit 14 has the distributing claws 60A to 60F arranged in a line in the depth direction.
Forms a transport path for transporting coins in the depth direction.
While the coin is being conveyed in the depth direction by the distribution unit 14, the distribution claws 60A to 60E are rotated by a distribution claw driving unit (not shown) by a signal from the control unit 7 based on the identification result of the identification unit 13. It is moved and opened. The opened distributing claws 60A to 60E drop coins to the first depositing chutes 15A to 15E and distribute them. Since the discriminating unit 13 does not determine that the coin is a genuine coin and does not determine the denomination, coins or the like that are not sorted because none of the sorting claws 60 </ b> A to 60 </ b> E operate are guided to the guide chute 16.

If the deposit is a 10-yen coin, the distribution claw 60A
Is rotated by a distributing claw driving means (not shown) configured to drive the distributing claw 60A, and guides a 10-yen coin to the first depositing chute 15A. When the deposit is a 100-yen coin, the distribution claw 60B operates in the same manner as the distribution claw 60A and guides the coin to the first deposit chute 15B. 1 yen coin, 500
In the case of a yen coin, the sorting claws 60C and 60D operate in the same manner,
Lead to the first deposit chute 15C, D respectively. 5 yen, 5
The zero-yen coin is guided from the first depositing chute 15E to the dispensing chute 113 with the distribution claw 60E similarly operated. The timing of the distribution, that is, the timing of operating the distribution claws 60A to 60E, is controlled by detecting coins by a sensor (not shown) serving as distribution detection means provided at an appropriate place (not shown) of the transport unit 12. This is carried out by sending the signals to the control unit 7 and operating the distribution claws 60A to 60E at appropriate timing by the control unit 7.

The coins guided to the first deposit chutes 15A to 15E and the guide chute 16 are counted by the sorting counter 61 attached to the first deposit chutes 15A to 15E and the guide chute 16, respectively, and the counted data is deposited. The data is sent to the control unit 7 as reject data.

The first chute 15A, 1 guided to C
0 yen and 1 yen coins correspond to the corresponding hopper 104A,
It is directly stored in the C storage cases 121A and 121C. The 100-yen and 500-yen coins guided to the first deposit chutes 15B and 15D pass through the second deposit chutes 102B and 102D, respectively, and the storage cases 121 of the corresponding hoppers 104B and 104D.
B and D are stored. The 5-yen and 50-yen coins guided from the first deposit chute 15E to the dispensing chute 113 are guided to the dispensing temporary holding unit 115 by the collecting claw 114 and are temporarily stored in the dispensing temporary holding unit 115.

After the user has deposited all coins to be deposited, the user performs a deposit confirmation operation, that is, operates a confirmation button of a terminal (not shown). When the deposit confirmation operation is performed, the shutter 1 on the right side of the withdrawal temporary holding unit 115 in FIG.
36 from the closed state to the open state, and the seventh transport section 137 is moved to the position shown in FIG.
It is operated to be transported to the middle and right, and the withdrawal temporary holding unit 11
5 and 50 yen coins temporarily held in 5
6 and the depositing operation is completed. By the deposit confirmation operation, the control unit 7 compares the deposit amount with the transaction amount, and when dispensing (change) is required, the discharge mechanism 133 of the dispensing units 125A to 125D is operated to change the coins to be dispensed. The money is discharged from the storage cases 121A to 121D to the dispensing chute 113 via the discharge chutes 109A to 109D (dispensing operation).

The coin discharged to the withdrawal chute 113 is
The withdrawal is temporarily held in the withdrawal temporary holding unit 115. At this time, if there is an excessive discharge from the withdrawal units 125A to 125D, the coins in the withdrawal temporary storage unit 115 are collected in the safe unit 116, and the coins of the withdrawal amount are discharged from the hoppers 104A to 104D again. Will be When all the dispensed coins have been dispensed to the dispensing temporary holding unit 115, the left shutter 135 in FIG. 4 is opened from closed, and the seventh transport unit 137 transports the coin to the left in FIG. In the same manner as described above, and withdraws the temporarily withdrawn coin
Release to 17.

The coin guided to the guide chute 16 is guided by the guide chute 16 and drops downward while moving in the depth direction once, and further falls while moving in the width direction along the second customer service wall 106A. Guide chute 1
The coin that has exited 6 falls downward in the reject chute 108 and is discharged to the dispensing opening 117 provided below the coin, thereby completing the reject operation.

If the user presses, for example, a cancel button (not shown) before the payment confirmation operation is performed, and the transaction is canceled, the non-circulating coin ( 5 yen, 50 yen coin) withdrawal port 117
To be released. Subsequently, the circulating coins already stored in the storage cases 121A to 121D of the hoppers 104A to 104D are discharged by the dispensing operation in accordance with the deposited denomination and the number of coins for each denomination, and the dispensing temporary holding unit 115 Hold temporarily. When all the coins to be returned are released to the withdrawal temporary holding unit 115,
All coins in the withdrawal temporary holding unit 115 are discharged to the withdrawal port 117, and the return operation ends.

In order to cope with a case where any of the storage cases 121A to 121D of the denomination becomes full while the user continues the deposit operation and coins cannot be stored, the following storage cases are used. The coins in 121A to 121D are collected. That is, the number of coins in the storage cases 121A to 121D is managed by the control unit 7 on the basis of the data sent from the identification unit 13, and each of the storage cases 121A to 121D is provided with a full detection unit (not shown). ing.

After the operations of depositing, storing, and dispensing, when the number of coins in any of the storage cases 121A to 121D reaches a predetermined number and the full detecting means is activated, or when the coins recorded in the control unit 7 are When the number of sheets reaches a predetermined number, after coping with the user who is receiving money, the apparatus is temporarily stopped, and payment of the next user is not accepted. The dispensing mechanism 133 of the dispensing units 125A to 125D of the hoppers 104A to 104D which are full is operated, a predetermined number of coins are discharged to the dispensing chute 113, the collecting claw 114 is operated, and the coin is collected in the safe unit 116. . After the end of the recovery operation, the device automatically returns.

The collection associated with the counting operation performed on the determined date and time will be described. The counting operation is to check and count coins obtained by the transaction. First, as described above, the attendant pulls out the coin processing device 1 from the terminal (not shown) (see FIG. 2), separates it from the storage / dispensing base 4, releases the key of the locking mechanism 10, and opens the door 9. (See FIG. 3). Thereafter, the hoppers 104A to 104D and the safe section 116 are pulled out from the frame 8, and the coins stored in the hoppers 104A to 104D and the safe section 116 are collected. In addition,
In order to continue operating the terminal using the coin processing device 1 for which the counting operation has been completed, the operation from the above-described reserve set is performed.

[0095]

As described above, according to the present invention, a storage room for storing a hopper and a safe, a door, and a locking mechanism are provided.
The lock mechanism is unlocked and the door is opened, and the hopper and the safe section are configured to be removable from the storage room, so circulating coins to be replenished in the preparation stage are refilled in the hopper and the hopper is used as a refill cassette Then, the non-circulating coins to be collected after the operation of the apparatus is collected in the safe, the safe can be used as a collection cassette, and the collection and replenishment of coins can be facilitated.

Further, since a separate replenishing cassette for refilling coins and a separate collecting cassette for collecting coins are not required, the apparatus can be downsized. Also,
Since the door that closes the storage room can be locked by the locking mechanism, the coins stored in the hopper in the storage room and collected in the safe section of the storage room can be safely stored, and the coin management can be performed reliably. it can.

[Brief description of the drawings]

FIG. 1 is a block diagram illustrating a main configuration of a coin processing device according to an embodiment of the present invention.

FIG. 2 is a block diagram of the coin processing apparatus of FIG. 1 from which a frame is drawn.

FIG. 3 is a block diagram showing a main configuration of a frame of the coin processing device of FIG. 1;

FIG. 4 is a side sectional view of the coin processing device according to the embodiment of the present invention.

5 (A) is a front view of a guide chute portion of the coin processing device of FIG. 4, and FIG. 5 (B) is a side view.

[Explanation of symbols]

 DESCRIPTION OF SYMBOLS 1 Coin processing apparatus 2 Deposit processing part 3 Storage / dispensing part 4 Storage / dispensing part base 5 Guide rail 6 Lock mechanism 7 Control part 8 Frame 9 Door 10 Locking mechanism 11 Deposit port 12 Transport part 13 Identification part 14 Distributing part 15A-E First deposit chute 16 Guide chute 60A-F Distributing claw 61 Distributing counting means 101A First customer service wall 101B First back wall 102B, D Second deposit chute 103 Receiving processing part side wall 104A-D Hopper 105 Central surface 106A Second customer service wall 106B Second back wall 107 Frame side wall 108 Reject chute 109A-D Discharge chute 113 Dispensing chute 114 Collection claw 115 Dispensing temporary holding unit 116 Safe section 117 Dispensing port 121A-D Storage case 125A-D Discharge Gold part 126A-D Discharge port 129A-D Open 133 Release mechanism 14 Opening 142 door hinge 143 opening

Continued on the front page F-term (reference) 3E001 AA07 AB05 BA01 CA07 CA10 FA05 FA06 FA22 FA45 FA46 FA57 3E044 AA01 AA09 BA01 DB14 DB15 FA07 FA10 FA11 FA13

Claims (5)

[Claims] 1. A hopper configured to receive deposited circulating coins and to discharge the circulated coins when dispensing; a safe unit for collecting the received non-circulating coins; and a housing for storing the hopper and the safe unit. A door for closing the storage room; and a locking mechanism for locking the door; unlocking the locking mechanism to open the door, and the hopper and the safe section are detachable from the storage room. Coins processor. 2. The coin processing device according to claim 1, wherein the storage room is configured to be detachable from the coin processing device while the locking of the door is maintained by the locking mechanism. 3. A dispensing chute for guiding circulation coins discharged from the hopper; the storage chamber has a reception wall and a back wall facing the reception wall; and the hopper removes the circulation coins. A discharge port for discharging is provided in a direction facing a central plane between the customer service wall and the back wall; and the dispensing chute is disposed so as to pass through a substantially center between the customer service wall and the back wall in a vertically downward direction. ;
The coin processing device according to claim 1 or 2. 4. The storage device according to claim 1, wherein the hopper has a storage case for storing the circulating coins; and a volume of the storage case varies according to the amount of coins to be deposited.
The coin processing device according to any one of claims 1 to 3. 5. A distribution unit having an identification unit for identifying at least a denomination of a received coin; and a distribution claw for distributing coins of a predetermined allocated denomination among the coins identified by the identification unit. And a control unit for setting a denomination to be assigned to the distribution claw; the control unit is configured to be able to change the setting. Coin processing equipment.