JPH07272048A - Reception and payment device for coin rod - Google Patents

Abstract

PURPOSE:To provide the reception and payment device for coin rods which has a receiving function and a paying function for coin rods and enables received coin rods to be reused as paid coin rods. CONSTITUTION:Plural trays 22 which each have a coin rod entrance exit on one end side are provided vertically in stages, and a coin rod receiving and passing unit 12 which is mounted with a hopper 14, a separate taking-out mechanism 62, a inspecting mechanism 64, a coin rod carrying-out mechanism 66, and a coin rod carrying-in mechanism 68 and passes and receives coin rods to and from the trays 22 is made movable in the stack direction of the tray 22... facing the coin rod entrance exit and a money reception and payment opening, thereby performing money receiving and paying operation. Further, a 1st cam member 92 and a 2nd cam member 94 for stack breaking which push up coin rods in a hopper 14 are provided and moved after a coin rod is separated and taken out of the hopper 14 to push up coin rods and break the bridge phenomenon due to a balanced state, thereby securely preventing a defect in taking a coin rod out of the hopper 14 due to the bridge phenomenon.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a coin-roll depositing / dispensing apparatus capable of depositing / dispensing a coin-roll.

[0002]

2. Description of the Related Art In recent years, in fields such as financial institutions such as banks, department stores, etc., which handle a large number of banknotes, coins and the like, the efficiency of cash management and the efficiency of cash processing work have been improved by mechanization. In such a field, a large number of coined coins in which 50 stacked coins are wrapped with paper, vinyl, etc. are used because they are easier to handle than loose coins.

Under the present circumstances, as a processing apparatus for handling coins, an operator manually sets coins for each denomination on a tray, sets these trays in the apparatus, and then deposits coins from a predetermined tray. There is a so-called coin-roll withdrawal device that takes out mechanically.

[0004]

However, the existing coin-roll processing apparatus only mechanizes only the withdrawal function, and usually does not have the deposit function required for the processing apparatus. Not only is it difficult to mechanically count and manage the amount of money received, but there is also a problem that the incoming money bar cannot be recycled as an outgoing money bar and the machine cannot be used efficiently.

The present invention has been made based on the above circumstances, and has a coin-roll deposit / withdrawal device which has a coin-roll depositing function and a coin-discharging function and which can be recycled as a coin-discharging coin-roll. The purpose is to provide.

[0006]

As a first means for solving the above problems, the present invention provides a housing having a deposit / withdrawal port, and a plurality of vertically arranged steps in the housing.
A plurality of trays, each of which can store a plurality of coins in an aligned state for each denomination, and one end of which serves as a coin bar entrance and exit,
A coin-roll transfer unit that is movable along the stacking direction of the trays so as to face the coin-roll entrance / exit of the tray and the deposit / withdrawal mouth, and that transfers the coin-roll to / from the tray;
A coin-roll deposit / withdrawal device comprising a unit moving means for moving the coin-roll transfer unit to face a predetermined tray and the deposit / withdrawal port, wherein the coin-roll transfer unit is the deposit / withdrawal unit. A hopper that stores a coin bar charged from the mouth and a coin bar extracted from the tray in a stacked state and has a coin bar outlet for taking out the coin bar on the lower end side, and a hopper in the hopper at the time of depositing processing. Separation and take-out means for taking out coins one by one from the coin-roll take-out port, inspection means for inspecting the coins and coins taken out by the separation and take-out means, and carrying out the coins and coins inspected by the inspection means into the tray. A coin bar unloading means, a coin bar carry-in means for taking out the coin bar in the tray and carrying it into the hopper at the time of the withdrawal process, and a coin bar take-out inside the hopper after the coin bar is taken out by the separating and taking out means. It is obtained by the formed by and a bales collapsing means for displacing the stacked coin in the vicinity of the mouth configuration.

As a second means, a housing having a deposit / withdrawal port and a plurality of vertically arranged steps are provided in the housing, and each of them can accommodate a plurality of coins in an aligned state for each denomination. A plurality of trays each having a coin-roller inlet / outlet on one end side, and movable along the stacking direction of the trays so as to face the coin-roller inlet / outlet and the deposit / withdrawal port of these trays. A coin-roll pay-in / pay-out device comprising: a coin-roll transfer unit for transferring the coins, and a unit moving means for moving the coin-transfer unit to face a predetermined tray and the deposit / withdrawal port. A hopper having a coin-roll transfer unit for accommodating the coin-roll inserted from the deposit / withdrawal port and the coin-roll extracted from the tray in a stacked state and having a coin-roll outlet for taking out the coin-roll at the lower end side. And when depositing In addition, a separating and taking out means for taking out the coins in the hopper one by one from the coin taking out port, an inspection means for inspecting the coins taken out by the separating and taking out means, and a coin bar inspected by this inspecting means And a coin-roll unloading means for unloading the coin into the tray, a coin-roll carry-in means for taking out the coin from the tray and carrying it into the hopper at the time of withdrawal processing, and an opening one side of the coin unloading port of the hopper. It is arranged in the edge direction and is slidable in a direction orthogonal to the length direction of the coin bar in the hopper, and the bales collapsing first for pushing up the coin bar in the hopper by the sliding movement. Of the cam member and the coin bar in the hopper, which is provided in the direction of the other edge of the coin bar outlet of the hopper and is movable in the stacking direction of coin bars in the hopper, and by moving the coin bar in the hopper. Pushing up the bales A cam member movement for moving the second cam member and the first and second cam members after taking out the coin bar by the separation take-out means to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper. Means and means.

As a third means, a housing having a deposit / withdrawal port and a plurality of vertically arranged steps are provided in the housing, and each can accommodate a plurality of coins in an aligned state for each denomination. A plurality of trays each having a coin-roller inlet / outlet on one end side, and movable along the stacking direction of the trays so as to face the coin-roller inlet / outlet and the deposit / withdrawal port of these trays. A coin-roll pay-in / pay-out device comprising: a coin-roll transfer unit for transferring the coins, and a unit moving means for moving the coin-transfer unit to face a predetermined tray and the deposit / withdrawal port. A hopper having a coin-roll transfer unit for accommodating the coin-roll inserted from the deposit / withdrawal port and the coin-roll extracted from the tray in a stacked state and having a coin-roll outlet for taking out the coin-roll at the lower end side. And when depositing In addition, a separating and taking out means for taking out the coins in the hopper one by one from the coin taking out port, an inspection means for inspecting the coins taken out by the separating and taking out means, and a coin bar inspected by this inspecting means And a coin-roll unloading means for unloading the coin into the tray, a coin-roll carry-in means for taking out the coin from the tray and carrying it into the hopper at the time of withdrawal processing, and an opening one side of the coin unloading port of the hopper. It is arranged in the edge direction and is slidable in a direction orthogonal to the length direction of the coin bar in the hopper, and the bales collapsing first for pushing up the coin bar in the hopper by the sliding movement. Of the cam member and a part of the bottom of the hopper in the direction of the other edge of the opening of the coin unloading port, and is movable in the stacking direction of the coins in the hopper, and by moving Rod in the hopper The second cam member for pushing up the bales and the first and second cam members are moved after the coin-rolls have been taken out by the separation take-out means to move the coin-rolls in the vicinity of the coin-roll take-out port in the hopper. The cam member moving means for pushing up is provided.

As a fourth means, a casing having a deposit / withdrawal port and a plurality of vertically arranged stages are provided in the casing, and each can accommodate a plurality of coins in an aligned state for each denomination. A plurality of trays each having a coin-roller inlet / outlet on one end side, and movable along the stacking direction of the trays so as to face the coin-roller inlet / outlet and the deposit / withdrawal port of these trays. A coin-roll pay-in / pay-out device comprising: a coin-roll transfer unit for transferring the coins, and a unit moving means for moving the coin-transfer unit to face a predetermined tray and the deposit / withdrawal port. A hopper having a coin-roll transfer unit for accommodating the coin-roll inserted from the deposit / withdrawal port and the coin-roll extracted from the tray in a stacked state and having a coin-roll outlet for taking out the coin-roll at the lower end side. And when depositing In addition, a separating and taking out means for taking out the coins in the hopper one by one from the coin taking out port, an inspection means for inspecting the coins taken out by the separating and taking out means, and a coin bar inspected by this inspecting means And a coin-roll transfer member that holds and transports the tray to a position facing the coin-roll entrance and exit, and is slidable in a direction orthogonal to the length direction of the coin-roll held by the coin-roll transfer member. A coin bar unloading means having a pushing member for pushing the coin bar held by the transfer member into the tray; and a coin bar carry-in means for taking out the coin bar from the tray and carrying it into the hopper during a dispensing process. Is arranged in the direction of one edge of the opening of the coin bar outlet of the hopper, is slidable in a direction orthogonal to the length direction of the coin bar in the hopper, and
A first cam member for bale collapse that pushes up the coin bar in the hopper by sliding movement, and a stack of coin bars that are provided in the direction of the edge on the other side of the opening of the coin bar outlet of the hopper. A second cam member that is movable in a direction and that pushes up the coin bar in the hopper by moving it, and the first and second cam members that separate the coin bar by the separating and ejecting means. And a cam member moving means which is moved after taking out and pushes up a coin bar in the vicinity of the coin bar take-out opening in the hopper and also moves a pushing member of the coin bar unloading means. It is configured.

[0010]

According to the coin-roll depositing / dispensing device according to the first means, a plurality of coin-rolls can be housed in the housing having the deposit / withdrawal ports in an aligned state for each denomination, and one end side is A plurality of trays that serve as coin-roll entrances and exits are provided in a plurality of stages in the vertical direction, and a hopper, a separation and take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means are mounted to transfer coins to and from the tray. Since the unit can be moved along the stacking direction of the tray so as to face the coin-roll entrance / exit and the deposit / withdrawal mouth, not only is it possible to deposit and dispense coins, It becomes possible to recycle the coins as withdrawal coins. This not only facilitates mechanical counting management of the coin bar, but also enables efficient use of the machine.

Further, the coin-roll transfer unit is provided with a bales collapse means for displacing the coin-roll in the vicinity of the coin-roll take-out opening in the hopper after the coin-roll is taken out from the hopper which accommodates the coin-rolls in a stacked state. Therefore, it is possible to reliably prevent the removal failure due to the bridging phenomenon of the coin bar, which ensures the deposit processing operation.

Further, according to the coin-roll depositing / dispensing apparatus according to the second means, a plurality of coin-rolls can be accommodated in the housing having the deposit / withdrawal ports in an aligned state for each denomination, and one end A plurality of trays whose side is a coin-roll entrance / exit are provided in a plurality of stages in the vertical direction, and a hopper, a separation take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means are mounted to transfer the coin-roll to the tray. Since the transfer unit can be moved along the stacking direction of the tray so as to face the coin-roll entrance / exit and the deposit / withdrawal mouth, not only is it possible to deposit and dispense coins, It is possible to recycle the deposited coin bar as a withdrawn coin bar. This not only facilitates mechanical counting management of the coin bar, but also enables efficient use of the machine.

Further, the coin-roll transfer unit is provided with a bales collapse means for displacing the coin-roll near the coin-roll take-out port in the hopper after the coin-roll is taken out from the hopper which stores the coin-rolls in a stacked state. Therefore, the bridge phenomenon of the coin bar can be destroyed,
Withdrawal failure due to the bridge phenomenon of the coin bar can be reliably prevented, and thus the deposit processing operation can be ensured.

Further, the coin-roll transfer unit pushes up the coin-roll in the hopper with the coin-roll take-out port of the hopper for accommodating the coin-rolls in the stacked state, and the first cam member and the second cam for collapsing the bales. A member is provided, and the first and second cam members are moved by the cam member moving means after the coin bar is taken out to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper.
It is possible to break the bridge phenomenon of the coin bar, and it is possible to reliably prevent the removal failure due to the bridge phenomenon of the coin bar, and thereby to ensure the deposit processing operation.

Also, the first bale-destroying cam member is slid in a direction orthogonal to the length direction of the coin bar, and the second bale-destroying cam member is moved in the laminating direction of the coin bar. Since the coin bar in the hopper is pushed up, the reliability of breaking the bridge phenomenon of the coin bar can be further improved.

Further, according to the coin-roll depositing / dispensing apparatus according to the third means, a plurality of coin-rolls can be accommodated in the housing having the deposit / withdrawal ports in an aligned state for each denomination, and one end A plurality of trays whose side is a coin-roll entrance / exit are provided in a plurality of stages in the vertical direction, and a hopper, a separation take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means are mounted to transfer the coin-roll to the tray. Since the transfer unit can be moved along the stacking direction of the tray so as to face the coin-roll entrance / exit and the deposit / withdrawal mouth, not only is it possible to deposit and dispense coins, It is possible to recycle the deposited coin bar as a withdrawn coin bar. This not only facilitates mechanical counting management of the coin bar, but also enables efficient use of the machine.

Further, the coin-roll transfer unit is provided with a bales collapse means for displacing the coin-roll near the coin-roll outlet in the hopper after the coin-roll is taken out from the hopper which stores the coin-rolls in a stacked state. Therefore, the bridge phenomenon of the coin bar can be destroyed,
Withdrawal failure due to the bridge phenomenon of the coin bar can be reliably prevented, and thus the deposit processing operation can be ensured.

Further, the coin-roll transfer unit pushes up the coin-roll in the hopper with the coin-roll take-out port of the hopper for accommodating the coin-rolls in a stacked state, and pushes up the coin-roll in the hopper to break the bales. A member is provided, and the first and second cam members are moved by the cam member moving means after the coin bar is taken out to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper.
It is possible to break the bridge phenomenon of the coin bar, and it is possible to reliably prevent the removal failure due to the bridge phenomenon of the coin bar, and thereby to ensure the deposit processing operation.

Further, the first bale-destroying cam member is slid in a direction orthogonal to the length direction of the bar, and the second bale-destroying cam member is moved in the laminating direction of the bar. Since the coin bar in the hopper is pushed up, the reliability of breaking the bridge phenomenon of the coin bar can be further improved.

Further, since the second cam member for breaking the bales constitutes a part of the bottom of the hopper, the number of parts can be reduced.
Moreover, the cam member moving means may be configured to push the outer surface of the hopper, and the mechanism of the cam member moving means may be simple.

Further, according to the coin-roll depositing / dispensing device according to the fourth means, a plurality of coin-rolls can be accommodated in the housing having the deposit / withdrawal ports in an aligned state for each denomination, and A plurality of trays whose side is a coin-roll entrance / exit are provided in a plurality of stages in the vertical direction, and a hopper, a separation take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means are mounted to transfer the coin-roll to the tray. Since the transfer unit can be moved along the stacking direction of the tray so as to face the coin-roll entrance / exit and the deposit / withdrawal mouth, not only is it possible to deposit and dispense coins, It is possible to recycle the deposited coin bar as a withdrawn coin bar. This not only facilitates mechanical counting management of the coin bar, but also enables efficient use of the machine.

Further, the coin-roll transfer unit is provided with a bales collapse means for displacing the coin-roll in the vicinity of the coin-roll take-out port in the hopper after the coin-roll is taken out from the hopper which stores the coin-rolls in a stacked state. Therefore, the bridge phenomenon of the coin bar can be destroyed,
Withdrawal failure due to the bridge phenomenon of the coin bar can be reliably prevented, and thus the deposit processing operation can be ensured.

Further, the coin-roll transfer unit pushes up the coin-roll in the hopper with the coin-roll take-out port of the hopper for accommodating the coin-rolls in a stacked state, and the first cam member and the second cam for baling. A member is provided, and the first and second cam members are moved by the cam member moving means after the coin bar is taken out to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper.
It is possible to break the bridge phenomenon of the coin bar, and it is possible to reliably prevent the removal failure due to the bridge phenomenon of the coin bar, and thereby to ensure the deposit processing operation.

Further, the first bale-destroying cam member is slid in a direction orthogonal to the length direction of the coin bar, and the second bale-destroying cam member is moved in the laminating direction of the coin bar. Since the coin bar in the hopper is pushed up, the reliability of breaking the bridge phenomenon of the coin bar can be further improved.

Further, since the cam member moving means for moving the first and second cam members also serves as a moving mechanism for moving the pushing member for pushing the coin bar into the tray, the number of parts can be reduced. The mechanism can be simplified.

[0026]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. First, with reference to FIG. 1 and FIG. 2, an external portion of a coin-roll depositing / dispensing apparatus 1 of the present invention will be described.

In the figure, reference numeral 2 denotes a casing as a main body of the apparatus, and a front portion of an upper surface of the casing 2 is an operation input unit 4, and a deposit / withdrawal port 6 for depositing / dispensing a coin is formed. At the same time, there is a display unit 8 on the right side of the deposit / withdrawal port 6 for displaying the state of the equipment, and it becomes possible to display the remaining amount of the coin bar BC inside the equipment, the normality of the equipment, and the like. There is.

The deposit / withdrawal port 6 is opened / closed by a shutter 10 which slides back and forth. Then, as shown in FIG. 2, when the shutter 10 is open, the hopper 14 of the coin-roll transfer unit 12 to be described later is opened.
Set the coin bar 16 to be charged to the hopper 14
It is possible to take out the coin 16 that has been taken out.

A lock (not shown) is attached to the shutter 10, so that the shutter 10 cannot be opened even when the power is turned off when the shutter 10 is closed. FIG. 1 shows a state in which the slide shutter 10 is closed.

Further, a door 18 is provided on the front surface of the housing 2, and by opening the door 18, the depositing / dispensing mechanism 20 housed inside the housing 2 can be accessed. There is.

As shown in FIG. 3, the depositing / dispensing mechanism 20 is roughly divided into a plurality of vertically arranged stages in the housing 2, and each of the depositing / dispensing mechanisms 20 accommodates a plurality of coins 16 in an aligned state for each denomination. It is possible, and one end side (front end side) is the coin-roll entrance / exit 22
A plurality of trays 22 serving as A, and the trays 22 are movable along the stacking direction of the trays 22 so as to face the coin-roll outlets / inlets 22A and the deposit / withdrawal openings 6 of the trays 22. A coin-roll transfer unit 12 for transferring the coin 16 and an elevator mechanism 24 as a unit moving means for vertically moving the coin transfer unit 12 so as to face the predetermined tray 22 and the deposit / withdrawal port 6. Have.

A control unit (not shown) for controlling the depositing / dispensing mechanism 20 and a power supply device (not shown) are housed in the housing 2. First, the elevator mechanism 24 will be described with reference to FIG.

A coin-roll transfer unit 12 is provided on the front side of the housing 2, and the coin-transfer unit 12 is guided by two shafts 26 and 28 so as to be movable only in the vertical direction.

The coin-roll transfer unit 12 is fastened to an endless timing belt 34 stretched over a plurality of driven pulleys 30 ... And a motor pulley 32. Then, the motor 36 is selectively driven in the forward and reverse directions so that the timing belt 34 travels in the forward and reverse directions, and the coin-roll transfer unit 12 coupled to the timing belt 34 moves up and down. It has become.

A balance weight 38, which operates in a phase opposite to that of the coin-roll transfer unit 12, is attached to the timing belt 34. Therefore, when the coin-roll transfer unit 12 moves upward, the balance weight 38 operates downward to reduce the load applied to the motor 36.

Further, an elevator latch 40 is attached to the coin-roll transfer unit 12, and the position of the coin transfer unit 12 can be fixed by engaging the elevator latch 40 with the latch plate 42. The elevator latch 40 is released by exciting the elevator latch solenoid 44, and the coin-roll transfer unit 12 can move up and down.

Position detecting means (not shown) is attached to the coin-roll transfer unit 12 so that the vertical position of the coin-transfer unit 12 can be detected.

On the back side of the coin-roll transfer unit 12,
As shown in FIGS. 3 and 4, a plurality of tray bases 46 ... Is provided in a vertical multi-tiered shelf shape, and a plurality of coin bars 16 are arranged for each denomination through the tray bases 46. A plurality of trays 22 that can be housed in a state and whose one end side (front end side) serves as a coin-roll entrance 22A are held so that they can be taken in and out. A tray latch (not shown) for holding the trays 22 is attached to the tray bases 46, and the tray 22 put in the tray bases 46 can be removed by releasing the tray latches. A sensor (not shown) is attached to the tray latch so that it can detect whether or not the tray 22 is properly set.

The trays 22 have different inner heights and widths depending on their denominations, and there are currently six denominations in Japan, so at least six trays 22 ... Must be mounted on the tray bases 46.
Further, as shown in FIG. 5, the trays 22 ... Have substantially open upper surfaces, and coin-roll shutters 48, 48 for holding the coin-rolls 16 set on the tray 22 are attached to the front surface.
As shown in FIG. 6, the coin-metal shutters 48, 48 have a shaft 50.
It is possible to rotate inward (clockwise) about
It is biased outward by the spring 52. Therefore, the coin-rolls 16 ... Set in the tray 22 are stopped by the coin-roll shutters 48, 48.

Further, the coin bar 16 set on the tray 22
As shown in FIG. 7, the backup mechanism 54 incorporated in the tray base 46 urges the coins in the direction of the coin-roll entrance / exit 22A so that the coin-roll 16 at the front end is pressed against the coin-roll shutters 48, 48. Has become.

A handle 56 is attached to the tray 22 so that the tray 22 can be easily inserted and removed. On the other hand, the coin-roll transfer unit 12 for transferring the coin-roll 16 to and from the tray 22 configured as described above is
The configuration is as shown in FIGS. 7, 8 and 9.

That is, the coin-roll transfer unit 12 accommodates the coin-roll 16 inserted from the deposit / withdrawal port 6 of the operation input unit 4 and the coin-roll 16 extracted from the tray 22 in a stacked state on the upper portion thereof. At the same time, it has a hopper 14 having a coin bar take-out port 60 for taking out the coin bar at the lower end side. Further, a separation / extraction mechanism 62 as a separation / extraction means for extracting the coins in the hopper one by one from the coin extraction port at the time of deposit processing, and an inspection for inspecting the coin 16 extracted by the separation / extraction mechanism 62. An inspection mechanism 64 as a means,
The coin 16 inspected by the inspection mechanism 64 is transferred to the tray 2
A coin bar unloading mechanism 66 as a coin bar unloading means for unloading into
And a coin-roll carrying-in mechanism 68 as a coin-roll carrying-in means for taking out the coin-roll from the tray and carrying it into the hopper during the dispensing process, and the hopper 14 after the coin-roll 16 is taken out by the separation take-out mechanism 62. It has a bales collapse mechanism 70 as a bales collapse means for displacing the coin bar 16 in the vicinity of the coin bar outlet 60.

The hopper 14 has a coin-roll take-out port 60.
Opening one side end side (right part in FIGS. 7 and 9)
Is a vertical plate portion 72A that rises from an edge portion on one side of the opening of the coin bar outlet 60, a substantially horizontal plate portion 72B that is continuous with the upper end of the vertical plate portion 72A, and a vertical plate portion that is continuous with the lower end of the plate portion 72B. 72C and a substantially horizontal plate portion 72D that is continuous with the upper end of the vertical plate portion 72C and is a stepped bottom surface 72.

Further, the other end side of the opening (the left side portion in FIGS. 7 and 9) of the coin-roll take-out opening 60 becomes an inclined bottom surface 74 that rises obliquely from the edge of the other end of the coin-roll take-out opening 60 on the other side. There is.

At the lower part of the hopper 14, there is provided residual detection means 82 including an LED and a photodiode for detecting the presence of the coin bar 16 in the hopper 14, and the coin bar 16 in the hopper 14 is detected. Presence / absence can be detected.

Further, the separation and take-out mechanism 62 is taken out in association with the opening operation of the separation shutter 76 which opens and closes the coin-roll take-out opening 60 by horizontally moving the pair of slide plates 76A and 76B. Elevator 7 for supporting the bar 16 and lowering it with the separation shutter 76 closed to separate and take out the bar 16 one by one.
8 and the metal bar 16 supported by the separation elevator 78 is supported by the shooter 80 as the separation elevator 78 descends.
It is transferred to the inspection mechanism 64 via the shooter 80.

The inspection mechanism 64 inserts the coin bar 16 into a coil to which a sine voltage is applied, measures the output fluctuation due to the material of the coin, and moves the optical sensor to measure the diameter of the coin bar. It employs methods such as detecting the presence or absence of holes.

The coin bar unloading mechanism 66 is movable between a first position where it can receive the coin bar 16 sent to the inspection mechanism 64 via the shooter 80 and a second position which faces the tray 22. It has a coin-roll lifter 84 and a coin-roll pusher 86 as a pushing member for pushing the coin-roll 16 carried by the coin-roll lifter 84 to the second position into the coin-roll entrance 22A.

The coin-roll carrying-in mechanism 68 has a first position housed in the coin-roll transfer unit 12 with the support shaft 88 as a rotation center, and a coin 16 in the tray 22 protruding outside the coin-roll transfer unit 12. Is configured to have a take-out lever 90 that is rotationally displaced to a second position for scooping up.

The bale collapse mechanism 70 is a first cam member 92 for bale collapse provided in a nesting state with the plate portion 72B which is substantially horizontal with respect to the one edge side of the opening of the coin bar outlet 60 of the hopper 14. And a second cam member 9 for bale collapse provided in the direction of the edge of the hopper 14 on the other side of the opening of the coin bar outlet 60 and in a state of forming a part of the inclined bottom surface 74 of the hopper 14.
4 and.

The first cam member 92 for breaking the bales is used for the hopper 1
4 is slidable in a direction orthogonal to the length direction of the bar 16 and the second cam member 94 for bale collapse is rotated counterclockwise with the upper end side of the slant being the fulcrum of rotation. It is movable.

The first and second cam members 92,
94 is moved by a cam moving mechanism 96 as a cam member moving means shown in FIG. That is, in the coin-roll transfer unit 12, the motor pulley 98,
Driven pulleys 100, 102 and tension pulley 1
The timing belt 106 is stretched via 04, and the horizontal portion of the timing belt 106 is connected via the bracket 108 to the slider 110 to which the first cam member 92 is attached.

Further, a driven pulley 114 interlocking with the motor pulley 98 via a timing belt 112 is arranged on the lower surface side of the second cam member 94, and an eccentric cam 116 is attached to the driven pulley 114. There is.

Then, the tension pulley 104 is driven by the motor 118, which is a drive source, so that the first and second
The cam members 92, 94 of FIG. 10 move between the two-dot chain line position which is the non-actuated position in FIG. 10 and the solid line position which is the operating position.

As a result, as shown in FIG. 11, there is a so-called bridge phenomenon in which the metal bars 16 ... Do not collapse due to the mutual force balance between the metal bars 16 ... In the hopper 14 and the friction between the metal bars 16. As shown in FIG. 12, the coin bar 16 in the vicinity of the coin bar outlet 60 in the hopper 14 is pushed up to break the balance of the coin bar 16.

Further, a coin bar pusher 86 as a pushing member of the coin bar unloading mechanism 66 is also integrally mounted on the slider 110 to which the first cam member 92 is mounted. That is, the cam moving mechanism 96 also serves as the pushing member moving means. In other words, the movement mechanism of the coin-roll pusher 86 as the pushing member also serves as the cam movement mechanism 96.

Further, a withdrawal confirmation sensor 120 including an LED and a photodiode is provided in the vicinity of the position where the take-out lever 90 of the coin-roll transfer unit 12 is provided, and the coin 16 is inserted from the tray 22 into the hopper 12. It is sent in and can detect things.

Next, the dispensing operation will be described with reference to FIGS. 3, 5 to 7, 13 and 14. First, the coin bars 16 ... Are set in the tray 22 in advance.

As a method of setting the coin bars 16 ... On the tray 22, the operator directly sets the coin bars 16 ...
It can be inserted from the upper opening portion or mechanically set in the same manner as the depositing operation described later. It is possible to set about 20 coin bars 16 ... For one tray 22.

Further, the coin bar 16 set on the tray 22
As shown in FIG. 7, the backup mechanism 54 incorporated in the tray base 46 urges the coins in the direction of the coin-roll entrance / exit 22A so that the coin-roll 16 at the front end is pressed against the coin-roll shutters 48, 48. Has become.

In paying out money, the coin-roll transfer unit 12 faces a predetermined tray 22 as shown in FIGS. 7 and 13. Then, as shown in FIG. 13, by rotating the take-out lever 90 of the coin bar carry-in mechanism 68 by about 120 degrees in the counterclockwise direction, the most advanced coin bar 16 of the tray 22 is scooped up, and the coin bar. 16 is a coin-roll shutter 48
After passing over, the coin falls into the hopper 14 of the coin-roll transfer unit 12.

As described above, the required number of coins 16 can be mounted on the coin transfer unit 12. A withdrawal confirmation sensor 120 for detecting the removed coin 16 is attached to the coin transfer unit 12, and the coin 16 is taken out from the tray 22 by the operation of the take-out lever 90 and placed on the coin transfer unit 12. Confirm that it was done.

The movement of the coin-roll transfer unit 12 during the dispensing operation will be described with reference to FIGS. 3 and 14. 14
(A) indicates a withdrawal waiting state, and the coin-roll transfer unit 12
Is at the bottom, which is the initial position.

Then, in response to a withdrawal command from the host controller, the coin-roll transfer unit 12 causes the motor 36 (see FIG. 3) of the elevator mechanism 24 as the unit moving means described above.
By the rotation of (1), as shown in FIG. 14B, the tray is lifted to the desired position and stopped. At this stage, the elevator latch 40 is hooked on the latch plate 42 and the movement is fixed,
Further, the stop position is confirmed by the stop position confirmation sensor.

After that, as shown in FIG. 14C, the take-out lever 90 is rotated to take out the coin bar 16 at the tip of the tray 22 at the position facing the coin bar inlet / outlet 22A. When the withdrawal coin 16 intercepts the optical axis of the withdrawal confirmation sensor 120 and the withdrawal is confirmed, the ejection lever 90 is rotated in the reverse direction as shown in FIG. It is returned to the first position (initial position) housed in the transfer unit 12.

On the other hand, with the removal of the coin bar 16 as described above, the coin bar 16 ...
Is pushed to the side of the coin-roll entrance / exit 22A, and the coin-roll 16 positioned next to the ejected coin-roll is the coin-roll shutters 48, 4.
It is pressed against 8, and the next coin can be taken out.

For example, when taking out two coin bars 16,
The take-out lever 90 is rotated again to drop the next coin 16 into the coin transfer unit 12. After the removal from the target tray 22 is completed, the elevator latch solenoid 44 is excited and the elevator latch 40 is released, whereby the coin-roll transfer unit 12 can be operated.

Withdrawal is carried out by sequentially stopping at the desired tray 22 position according to the denomination and the number of denominations requested by the upper-level control device, and withdrawing the coin-roll transfer unit 12 when all the withdrawals are completed. As shown in (e) of 14, it stops at the uppermost end and is located immediately below the deposit / withdrawal port 6. Next, the shutter 10 for opening and closing the deposit / withdrawal port 6 is opened, and the operator can take out the coin 16 ... In the hopper 14 carried by the coin transfer unit 12.

At the lowermost portion of the hopper 14, a residual sensor 82 for detecting that the coin bar 16 remains is arranged so that it can detect that the coin bar 16 has been taken out.

When it is confirmed that no coin remains, the shutter 10 is closed and the coin-roll transfer unit 12 returns to the lowermost initial position as shown in (f) of FIG. By performing such an operation, the required denomination and the number of coins 16 ...

Next, the depositing operation will be described with reference to FIGS. 3, 9, 10 and 15 to 24. First, referring to FIGS. 15 to 23, the coin-roll transfer unit 1 for depositing money.
2 shows the internal operation.

As shown in FIG. 15, a plurality of coin bars 16 ... Are set in the hopper 14. When the separation shutter 76 is opened, the plurality of coin-rolls 16 set in the hopper 14 have only one coin-roll 16 at the coin-roll take-out port 60, which is indicated by the symbol A, in the separation elevator 78, as shown in FIG. To fall.

Next, as shown in FIG. 17, the separation elevator 78 descends in synchronism with the closing operation of the separation shutter 76, whereby the separation shutter 78 is separated, and as shown in FIG.
It is sent to the inspection mechanism 64 via.

Then, the inspection mechanism 64 discriminates the material,
The denomination is discriminated by performing outer diameter discrimination, perforation discrimination, and the like. On the other hand, at this time, as shown in FIG.
The batting action by 0 is started. That is, the first bale collapse cam member 92 moves in the direction of the coin-roll take-out port 60, and the bale collapse second cam member 94 rotates upward.

As a result, as shown in FIG. 18, there is a so-called bridge phenomenon in which the metal bars 16 ... Do not collapse due to the balance of forces between the metal bars 16 ... In the hopper 14 and the friction between the metal bars 16. The balance of the coin bar 16 is broken by pushing up the coin bar 16 located in the hopper 14 near the coin bar outlet 60.

As described above, in the coin-roll depositing / dispensing device according to the present invention, after the separation is completed, the baler-defeating first cam member 92 and the bales-defeating second cam member 94 are moved to move the coin-roll in the hopper 14. By breaking the balance of 16 ... As shown in FIG. 20, the bridge state is eliminated. As a result, the coin bar 16 to be taken out next can be guided to the coin bar take-out port 60, and when the separation shutter 76 is opened, it can fall to the separation elevator 78 without delay.

Therefore, the coin bar 1 in the hopper 14 is
It is possible to reliably eliminate the inability to take out due to the bridge phenomenon of 6. Further, the coin bar 16 that has completed the inspection is carried to the loading position which is the second position facing the tray 22 by the coin bar lifter 84 as shown in FIG.

Next, as shown in FIG. 21, the first baffle breaking cam member 92 and the second bale breaking mechanism of the bale breaking mechanism 70.
Cam member 94 returns to the initial position. At this time, by the returning operation of the first baling-bending member 92 in the direction of the tray 22, the coin-roll pusher 86 integral therewith moves to the loading position, and receives the coin-roll 16 from the coin-roll lifter 84. At this time, the coin bar 16 taken out next to the hopper 14 is in a state of falling into the coin bar take-out port 60.

Then, as shown in FIG. 22, when the coin bar 16 carried to the loading position is transferred to the coin bar pusher 86, the coin bar lifter 84 is moved to the initial position where the inspection mechanism 64 is arranged. Return. On the other hand, the coin bar 16 delivered to the coin bar pusher 86 is pushed to the tray 22 side by the further movement of the coin bar pusher 86 to the tray 22 side, and the coin bar entrance / exit 2
The coin-roll shutter 48 arranged in 2A and the coin-roll 16 in the tray 22 are conveyed while being pushed against the biasing force.

At the position where the loaded coin bar 16 has completely passed over the coin roll shutter 48, the coin roll pusher 86 is stopped, and FIG.
As indicated by 3, the process returns to the coin-roll transfer unit 12 side. The coin-roll shutter 48 is raised by the force of the spring 52, and the loaded coin-roll 16 is set in the tray 22.

Naturally, when the coin bar 16 is present in the hopper 14 when the coin bar 16 is returned to the initial position, the next coin bar 16 starts to be separated. . (A) shows a deposit waiting state, and the coin-roll transfer unit 1
2 is at the bottom, which is the initial position.

When the deposit is instructed by the command of the host controller, the coin-roll transfer unit 12 is raised to the uppermost position as shown in FIG.
0 is opened. Then, the operator waits for the coin 16 to be inserted into the hopper 14 of the coin transfer unit 12.

The operator inserts a predetermined number of coins 16 into the hopper 14 in a prescribed direction, closes the shutter 10, or inputs to the upper control device that the coins 16 have been set in the coin transfer unit 12.

After the shutter 10 is closed, the coin bar 16 set in the coin bar transfer unit 12 is set to 1 as described above.
Separated into books and carried to the loading position,
As shown in (c), the coin-roll transfer unit 12 moves to the position of the tray 22 corresponding to the denomination of the coin 16 instructed by the operator.

After the coin-roll transfer unit 12 is stopped,
As shown in (d), the coin bar 16 in the loading position is pushed into the tray 22 side by the coin bar pusher 86 as described above, and is set in the desired tray 22.

The deposit process is completed by repeating such processing until the coin 16 inserted into the coin transfer unit 12 is exhausted. After the deposit processing is completed, the coin-roll transfer unit 12 returns to the initial position at the bottom as shown in (e).

Further, similarly to the above deposit operation, the coin bar 16 for dispensing can be loaded into the tray 22. As described above, according to the present invention, not only the depositing process and the dispensing process of the coin bar 16 are possible, but also the deposit bar 16
Can be recycled and used as the withdrawal bar 16. This not only facilitates mechanical counting and management of the coin bar 16, but also enables efficient use of the machine. The present invention is not limited to the above-described embodiments, and it goes without saying that various modifications can be made without departing from the spirit of the present invention.

[0088]

As described above, according to the present invention, the following effects can be obtained. According to the coin-roll depositing / dispensing apparatus according to claim 1, a plurality of coin-rolls can be accommodated in a housing having a deposit / withdrawal port in an aligned state for each denomination, and one end side serves as a coin-roll entrance / exit. A plurality of trays are provided in the vertical direction, and a coin-roll transfer unit for transferring a coin-roll to the tray is provided, which is equipped with a hopper, a separate take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means. Since the coins can be moved along the stacking direction of the tray so as to face the coin inlet / outlet and the deposit / withdrawal port, not only is it possible to deposit and dispense coins, It becomes possible to recycle and use it as a gold coin. This not only facilitates mechanical counting management of the coin bar, but also enables efficient use of the machine.

Further, the coin-roll transfer unit is provided with a bales collapse means for displacing the coin-roll near the coin-roll take-out port in the hopper after the coin-roll is taken out from the hopper which accommodates the coin-rolls in the stacked state. Therefore, it is possible to reliably prevent the removal failure due to the bridging phenomenon of the coin bar, which ensures the deposit processing operation.

Further, according to the coin-roll depositing / dispensing device of the second aspect, a plurality of coin-rolls can be accommodated in the housing having the deposit / withdrawal ports in an aligned state for each denomination, and one end A plurality of trays whose side is a coin-roll entrance / exit are provided in a plurality of stages in the vertical direction, and a hopper, a separation take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means are mounted to transfer the coin-roll to the tray. Since the transfer unit can be moved along the stacking direction of the tray so as to face the coin-roll entrance / exit and the deposit / withdrawal mouth, not only is it possible to deposit and dispense coins, It is possible to recycle the deposited coin bar as a withdrawn coin bar. This not only makes it easy to count and manage the coin bar mechanically, but
It is possible to use the machine efficiently.

Further, the coin-roll transfer unit is provided with a bales collapse means for displacing the coin-roll in the vicinity of the coin-roll take-out port in the hopper after the coin-roll is taken out from the hopper which accommodates the coin-rolls in the stacked state. Therefore, the bridge phenomenon of the coin bar can be destroyed,
Withdrawal failure due to the bridge phenomenon of the coin bar can be reliably prevented, and thus the deposit processing operation can be ensured.

Further, the coin-roll transfer unit pushes up the coin-roll outlets of the hoppers for accommodating the coin-rolls in a stacked state, and pushes up the coin-rolls in the hopper, whereby the baler collapse first cam member and the second cam. A member is provided, and the first and second cam members are moved by the cam member moving means after the coin bar is taken out to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper.
It is possible to break the bridge phenomenon of the coin bar, and it is possible to reliably prevent the removal failure due to the bridge phenomenon of the coin bar, and thereby to ensure the deposit processing operation.

Also, the first bale-destroying cam member may be slid in a direction orthogonal to the length direction of the bar, and the second bale-destroying cam member may be moved in the laminating direction of the bar. Since the coin bar in the hopper is pushed up, the reliability of breaking the bridge phenomenon of the coin bar can be further improved.

Further, according to the coin-roll depositing / dispensing device according to the third aspect, a plurality of coin-rolls can be accommodated in the housing having the deposit / withdrawal ports in an aligned state for each denomination, and A plurality of trays whose side is a coin-roll entrance / exit are provided in a plurality of stages in the vertical direction, and a hopper, a separation take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means are mounted to transfer the coin-roll to the tray. Since the transfer unit can be moved along the stacking direction of the tray so as to face the coin-roll entrance / exit and the deposit / withdrawal mouth, not only is it possible to deposit and dispense coins, It is possible to recycle the deposited coin bar as a withdrawn coin bar. This not only makes it easy to count and manage the coin bar mechanically, but
It is possible to use the machine efficiently.

Further, the coin-roll transfer unit is provided with a baler collapse means for displacing the coin-roll near the coin-roll take-out port in the hopper after the coin-roll is taken out from the hopper which accommodates the coin-roll in a stacked state. Therefore, the bridge phenomenon of the coin bar can be destroyed,
Withdrawal failure due to the bridge phenomenon of the coin bar can be reliably prevented, and thus the deposit processing operation can be ensured.

In addition, the coin-roll transfer unit pushes up the coin-roll outlets of the hoppers for accommodating the coin-rolls in a stacked state, and pushes up the coin-rolls in the hopper, and the first cam member for breaking the bales and the second cam. A member is provided, and the first and second cam members are moved by the cam member moving means after the coin bar is taken out to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper.
It is possible to break the bridge phenomenon of the coin bar, and it is possible to reliably prevent the removal failure due to the bridge phenomenon of the coin bar, and thereby to ensure the deposit processing operation.

Further, the first bale-destroying cam member is slid in a direction orthogonal to the length direction of the coin bar, and the second bale-destroying cam member is moved in the laminating direction of the coin bar. Since the coin bar in the hopper is pushed up, the reliability of breaking the bridge phenomenon of the coin bar can be further improved.

Further, since the second cam member for collapsing the bales constitutes a part of the bottom of the hopper, the number of parts can be reduced,
Moreover, the cam member moving means may be configured to push the outer surface of the hopper, and the mechanism of the cam member moving means may be simple.

Further, according to the coin-roll depositing / dispensing device according to the fourth aspect, a plurality of coin-rolls can be accommodated in the housing having the deposit / withdrawal ports in an aligned state for each denomination, and A plurality of trays whose side is a coin-roll entrance / exit are provided in a plurality of stages in the vertical direction, and a hopper, a separation take-out means, an inspection means, a coin-roll carry-out means, and a coin-roll carry-in means are mounted to transfer the coin-roll to the tray. Since the transfer unit can be moved along the stacking direction of the tray so as to face the coin-roll entrance / exit and the deposit / withdrawal mouth, not only is it possible to deposit and dispense coins, It is possible to recycle the deposited coin bar as a withdrawn coin bar. This not only makes it easy to count and manage the coin bar mechanically, but
It is possible to use the machine efficiently.

Further, the coin-roll transfer unit is provided with a bales collapse means for displacing the coin-roll near the coin-roll take-out opening in the hopper after the coin-roll is taken out from the hopper which stores the coin-rolls in the stacked state. Therefore, the bridge phenomenon of the coin bar can be destroyed,
Withdrawal failure due to the bridge phenomenon of the coin bar can be reliably prevented, and thus the deposit processing operation can be ensured.

Further, the coin-roll transfer unit pushes up the coin-roll outlets of the hoppers that store the coin-rolls in a stacked state, and pushes up the coin-rolls in the hopper, and the first cam member for breaking the bales and the second cam. A member is provided, and the first and second cam members are moved by the cam member moving means after the coin bar is taken out to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper.
It is possible to break the bridge phenomenon of the coin bar, and it is possible to reliably prevent the removal failure due to the bridge phenomenon of the coin bar, and thereby to ensure the deposit processing operation.

Also, the first bale-destroying cam member is slid in a direction orthogonal to the length direction of the coin bar, and the second bale-destroying cam member is moved in the laminating direction of the coin bar. Since the coin bar in the hopper is pushed up, the reliability of breaking the bridge phenomenon of the coin bar can be further improved.

Further, since the cam member moving means for moving the first and second cam members also serves as a moving mechanism for moving the pushing member for pushing the coin bar into the tray, the number of parts can be reduced. The mechanism can be simplified.

[Brief description of drawings]

FIG. 1 is an external perspective view showing an embodiment of a depositing / dispensing device of the present invention.

FIG. 2 is an external perspective view showing a state in which the shutter of the depositing / dispensing device is opened.

FIG. 3 is a perspective view schematically showing the internal structure of the apparatus.

FIG. 4 is a perspective view showing an array state of trays inside the apparatus.

FIG. 5 is a perspective view of the tray.

FIG. 6 is a view showing a configuration around a coin deposit / withdrawal port of the tray and a coin coin carrying-in mechanism portion of the coin coin transfer unit.

FIG. 7 is a diagram showing a positional relationship between a coin-roll transfer unit, which is a main part, and a tray dispensing position.

FIG. 8 is a schematic external perspective view of a coin-roll transfer unit, which is also an essential part.

FIG. 9 is a diagram schematically showing an internal configuration of a coin-roll transfer unit that is a main part.

FIG. 10 is a view schematically showing a moving mechanism of the baler collapse cam member incorporated in the coin-roll transfer unit.

FIG. 11 is an explanatory view showing a state where a bridge phenomenon occurs in the hopper of the coin-roll transfer unit.

FIG. 12 is an explanatory view showing a state in which a bale-destroying cam member acts to destroy the bridge phenomenon in the hopper of the coin-roll transfer unit.

FIG. 13 is an explanatory view showing a state where the coin-roll transfer unit is taken out from the tray.

FIG. 14 is an explanatory view showing the movement of the coin-roll transfer unit at the time of withdrawal.

FIG. 15 is an explanatory view showing a movement inside the coin-roll transfer unit upon depositing and showing a state where the coin-roll is set.

FIG. 16 is an explanatory view showing the movement inside the coin-roll transfer unit at the time of deposit, showing the state in which the separation shutter is opened.

FIG. 17 is an explanatory view showing a movement inside the coin-roll transfer unit at the time of depositing and showing a state in which the separation elevator is lowered.

FIG. 18 is an explanatory view showing a movement inside the coin-roll transfer unit at the time of deposit, showing a state in which the coin-roll is sent to the inspection position.

FIG. 19 is also an explanatory view showing a movement inside the coin-roll transfer unit at the time of deposit, showing a state in which the coin-roll inspection is performed and the baling of the coin-roll is started.

FIG. 20 is an explanatory view similarly showing the movement inside the coin-roll transfer unit at the time of deposit, showing a state in which the coin-roll is sent to the loading position.

FIG. 21 is a diagram showing the movement inside the coin-roll transfer unit at the time of deposit, in which the coin-roll is transferred to the coin-roll pusher,
In addition, an explanatory view showing a state in which the bale collapse operation is released.

FIG. 22 is an explanatory view similarly showing the movement inside the coin-roll transfer unit at the time of deposit, showing a state where the coin-roll has started to be pushed into the tray.

FIG. 23 is an explanatory view showing the movement inside the coin-roll transfer unit when depositing money and showing a state in which the coin-roll pusher has returned to the initial position after pushing the coin-roll into the tray.

FIG. 24 is an explanatory view similarly showing the movement of the coin-roll transfer unit at the time of deposit.

[Explanation of symbols]

DESCRIPTION OF SYMBOLS 1 ... Deposit / withdrawal device for coins, 2 ... Housing (apparatus body), 6 ... Deposit / withdrawal port, 12 ... Coin transfer unit, 14 ... Hopper, 16
... coin bar, 20 ... deposit / withdrawal mechanism, 22 ... tray, 22A ... coin bar inlet / outlet, 24 ... elevator mechanism (unit moving means), 60 ... coin bar outlet, 62 ... separation take-out mechanism (separation take-out means), 64 ... Inspecting mechanism (inspecting means), 66 ... Coin bar unloading mechanism (coin bar unloading means), 68 ... Coin bar carry-in mechanism (coin bar carry-in means), 70 ...
... Separation shutter, 78 ... Separation elevator, 80 ... Shooter, 84 ... Bar-metal lifter, 86 ... Bar-metal pusher (pushing member), 90 ... Take-out lever, 92 ... First cam member for bale collapse, 94 ... Bale collapse Second cam member, 96 ... Cam moving mechanism (cam member moving means).

Claims (4)

[Claims] 1. A housing having a deposit / withdrawal port, and a plurality of vertically arranged stages inside the housing, each of which can accommodate a plurality of coins in an aligned state for each denomination, and one end side A plurality of trays serving as coin-roll inlets / outlets, and a coin-roll that is movable along the stacking direction of the trays so as to face the coin-roll inlet / outlet and the deposit / withdrawal ports of these trays, and that exchanges coins to / from the trays. A coin-roll deposit / withdrawal device, comprising: a transfer unit; and unit moving means for moving the coin-roll transfer unit to face a predetermined tray and the deposit / withdrawal port. A hopper for accommodating the coin bar inserted from the deposit / withdrawal port and the coin bar ejected from the tray in a stacked state and having a coin coin outlet for ejecting the coin bar at the lower end side; At the hopper Separation and take-out means for taking out the coin bars of the above one by one from the coin-roll take-out port, an inspection means for inspecting the coin bars taken out by the separation and take-out means, and carrying out the coin bars inspected by the inspection means into the tray. And a coin-roll carry-in means for taking out the coin-roll from the tray and carrying it into the hopper at the time of withdrawal processing; and a coin-roll in the hopper after taking-out the coin-roll by the separation take-out means. A coin-roll depositing / dispensing device, comprising: a bales collapsing means for displacing a coin-roll near a take-out port. 2. A casing having a deposit / withdrawal port, and a plurality of vertically arranged stages inside the casing, each of which can accommodate a plurality of coins in an aligned state for each denomination, and one end side A plurality of trays serving as coin-roll inlets / outlets, and a coin-roll that is movable along the stacking direction of the trays so as to face the coin-roll inlet / outlet and the deposit / withdrawal ports of these trays, and exchanges coins to / from the trays. A coin-roll deposit / withdrawal device, comprising: a transfer unit; and unit moving means for moving the coin-roll transfer unit to face a predetermined tray and the deposit / withdrawal port. A hopper having a coin-roll take-out port for accommodating the coin-roll inserted from the deposit / withdrawal port and the coin-roll extracted from the tray in a stacked state and having a coin-roll take-out port at the lower end side, At the hopper Separation and take-out means for taking out one coin bar from the coin bar take-out port one by one, an inspection means for inspecting the coin bar taken out by the separation and take-out means, and carrying out the coin bar inspected by the inspection means into the tray. A coin-roll unloading means, a coin-roll unloading means for taking out the coin-roll from the tray and carrying it into the hopper at the time of the dispensing process, and a coin-roll unloading means arranged in the opening-side edge direction of the coin-roll unloading port of the hopper. At the same time, it is slidable in a direction orthogonal to the lengthwise direction of the coin bar in the hopper, and the first cam member for bale collapse for pushing up the coin bar in the hopper by the sliding movement. The hopper is provided in the direction of the edge on the other side of the opening of the coin unloading port of the hopper, is movable in the stacking direction of the coins in the hopper, and moves to push up the coins in the hopper. Second cam member for And cam member moving means for moving the first and second cam members after taking out the coin bar by the separating and ejecting means to push up the coin bar in the vicinity of the coin bar take-out opening in the hopper. A coin-roll deposit / withdrawal device characterized in that 3. A housing having a deposit / withdrawal port, and a plurality of vertically arranged stages inside the housing, each of which can accommodate a plurality of coins in an aligned state for each denomination, and one end side A plurality of trays serving as coin-roll inlets / outlets, and a coin-roll that is movable along the stacking direction of the trays so as to face the coin-roll inlet / outlet and the deposit / withdrawal ports of these trays, and exchanges coins to / from the trays. A coin-roll deposit / withdrawal device, comprising: a transfer unit; and unit moving means for moving the coin-roll transfer unit to face a predetermined tray and the deposit / withdrawal port. A hopper having a coin-roll take-out port for accommodating the coin-roll inserted from the deposit / withdrawal port and the coin-roll extracted from the tray in a stacked state and having a coin-roll take-out port at the lower end side, At the hopper Separation and take-out means for taking out one coin bar from the coin bar take-out port one by one, an inspection means for inspecting the coin bar taken out by the separation and take-out means, and carrying out the coin bar inspected by the inspection means into the tray. A coin-roll unloading means, a coin-roll unloading means for taking out the coin-roll from the tray and carrying it into the hopper at the time of the dispensing process, and a coin-roll unloading means arranged in the opening-side edge direction of the coin-roll unloading port of the hopper. At the same time, it is slidable in a direction orthogonal to the lengthwise direction of the coin bar in the hopper, and the first cam member for bale collapse for pushing up the coin bar in the hopper by the sliding movement. A part of the bottom of the hopper in the direction of the edge on the other side of the opening of the coin unloading port, and a bar in the hopper that is movable in the stacking direction of the coins in the hopper and is movable. Bales pushing up gold A second cam member for squeezing, and a cam for moving the first and second cam members after the coin-roll is taken out by the separating take-out means to push up the coin-roll in the vicinity of the coin-roll take-out port in the hopper. Member moving means,
A coin-roll depositing / dispensing device comprising: 4. A housing having a deposit / withdrawal port, and a plurality of vertically arranged stages inside the housing, each of which can accommodate a plurality of coins in an aligned state for each denomination, and one end side A plurality of trays serving as coin-roll inlets / outlets, and a coin-roll that is movable along the stacking direction of the trays so as to face the coin-roll inlet / outlet and the deposit / withdrawal ports of these trays, and exchanges coins to / from the trays. A coin-roll deposit / withdrawal device, comprising: a transfer unit; and unit moving means for moving the coin-roll transfer unit to face a predetermined tray and the deposit / withdrawal port. A hopper having a coin-roll take-out port for accommodating the coin-roll inserted from the deposit / withdrawal port and the coin-roll extracted from the tray in a stacked state and having a coin-roll take-out port at the lower end side, At the hopper And a tray for holding the coins inspected by the inspecting means, and a take-out means for taking out the coins of the coins one by one from the coin take-out port, an inspection means for inspecting the coins taken out by the take-out means. Of a coin-roll transfer member for transferring to a position facing the coin-roll entrance and exit, and slidable in a direction orthogonal to the length direction of the coin-roll held by the coin-roll transfer member, and held by the coin-roll transfer member. And a coin bar carry-in means for ejecting the coin bar from the tray and carrying it into the hopper at the time of withdrawal, and The coin bar is arranged in the direction of one edge of the opening of the coin bar outlet and is slidable in a direction orthogonal to the length direction of the coin bar in the hopper, and by sliding the coin bar in the hopper. Push up A first cam member for breaking the bales, and a movable member that is provided in the direction of the edge on the other side of the opening of the coin bar outlet of the hopper and is movable in the stacking direction of the coin bars in the hopper, and by moving the coin bar. A second cam member for pushing up the coin bar in the hopper, and the first and second cam members are moved after the coin bar is taken out by the separation take-out means, and the coin bar take-out port in the hopper. A coin-roll depositing / dispensing device, comprising: a cam member moving unit that also functions as a moving mechanism that pushes up a nearby coin-roll and moves the pushing member of the coin-roll unloading unit.