JP2013109463A - Coin handling device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a coin handling device capable of transporting a coin input from a coin slot, especially from coin slots oppositely arranged, upward without increasing the number of motors and a size when a switchable storage mechanism to switch the coin into a storage by its denomination is arranged higher than the coin slot.SOLUTION: A lifting mechanism 4 includes a coin guide vertical wall 20 to guide a back side of a coin moved onto a coin support surface 12, a lower pulley 30 journaled rotatably with being faced to a front side of the coin guide vertical wall and movably in an axis direction orthogonal to the front side of the coin guide vertical wall, an upper pulley 50 journaled rotatably with being faced to the front side of the coin guide vertical wall and movably in an axis direction, and a coin lifting belt 55 looped over the lower pulley and the upper pulley. An angle formed by a moving direction of the coin moved from a downward ramp 10 and a downward travel area of the coin lifting belt with which the coin initially contact is acute.

Description

  BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to an input coin raising device installed in a coin handling device such as a vending machine, and for the reason of the device layout, the input coin is pulled up and conveyed to a position higher than the input port to store money by type. The present invention relates to a coin handling device configured to be able to transport an inserted coin upward without increasing the number of motors or increasing the size of the coin handling device. In particular, the present invention relates to a technique capable of pulling and transporting coins respectively transported from two coin insertion ports arranged opposite to each other.

Coin handling devices, such as vending machines, money changers, money dispensers, and payment machines, identify the transport mechanism, the individual denominations, and authenticity of the coins that are fed one by one from the coin insertion unit. A coin processing unit is provided that includes an identification unit and a sorting and storing mechanism for sorting and sorting coins that have passed through the identifying unit and storing and storing them in a depot-type storage.
The sorting and storing mechanism includes a denomination-type storage disposed in a row in the horizontal direction, and a horizontal transport mechanism disposed for transporting coins one by one horizontally above each storage, In the process of transporting in the horizontal direction, each coin is configured to drop when it reaches directly above the corresponding denomination storage.

By the way, when the coin input unit is located at a position lower than the horizontal transfer mechanism provided in the apparatus, it is necessary to provide a transfer mechanism for raising the coins input from the coin input unit to the horizontal transfer mechanism.
Specifically, for example, in a fueling device installed in a self-fueling type gas station, as shown in FIG. 12, a fueling nozzle holder 202 for attaching and detaching a fueling nozzle 201 is disposed on one surface of the fueling device 200, and further above it. An input operation unit 210 including a coin insertion unit 211, an operation switch (not shown), a display, and the like is disposed. The height position of the coin insertion part 211 is set at a position (chest height position) lower than the height of the user's eyes so that the user P having an average height can insert it without stretching back. Often done.
On the other hand, when the distribution storage mechanism 220 including the horizontal transfer mechanism 220a has to be disposed above the interior of the fueling device as indicated by the broken line in the drawing due to layout restrictions by the fueling mechanism 205 such as a fueling pump. In this case, however, a mechanism 221 for pulling up the coin C inserted from the coin insertion unit 211 is required.

By the way, recently, a double-sided operation type oil supply device in which an oil supply operation portion including an oil supply nozzle and a deposit operation portion including a coin input portion are provided on both opposing side surfaces of one oil supply device has become widespread. In this type of fueling device, it is required to unify (share) the storage, the distribution storage mechanism, and the like as much as possible in order to reduce the number of parts and reduce the cost and thickness. However, when the sorting and storing mechanism is positioned higher than the coin insertion unit as in the fueling device shown in FIG. 12, it is inserted and conveyed from the coin insertion units respectively arranged on both sides of the device. There is a possibility that the apparatus configuration for pulling the incoming coins into one sorting and storing mechanism becomes complicated.
In Patent Document 1 (Japanese Patent Laid-Open No. 2006-65546), a coin inserted from a vertically long coin-shaped slot is transported horizontally by a roller while maintaining a vertical posture, and then moved upward by a rising transport belt. The coin processing apparatus provided with the structure for transferring to the distribution storage mechanism arrange | positioned in (2) is disclosed. In addition, a process is carried out in which the coins conveyed upward by the ascending conveyance belt are subsequently transferred onto a horizontal conveyance belt and dropped into a denominated storage while being conveyed horizontally.
However, since the rotation axis of the roller for horizontally conveying the coins and the rotation axis of the pulley for driving the ascending conveyance belt are orthogonal to each other, the roller and the pulley for the ascending conveyance belt are driven by the same drive source. This makes it difficult to use two motors. Moreover, since it is necessary to arrange | position two motors with the orthogonal | vertical attitude | position, this causes an increase in an occupation space.
Furthermore, since a separate drive source for the horizontal transport belt is required, a total of three motors are required only for transporting coins, leading to an increase in cost due to an increase in the number of parts and an increase in the size of the apparatus. . Such a configuration cannot be adopted when it is difficult to install three motors due to the installation space.

Alternatively, if a gear mechanism that connects orthogonal rotating shafts such as a helical gear is used, the roller and the pulley of the ascending conveyance belt can be driven by one motor, but the helical gear causes an increase in occupied space. Have the problem.
Further, in order to change the coins that have been transported horizontally from the coin slot by the rollers in the upward direction at the lower part of the ascending conveyor belt, the coin conveying direction is switched to the vertical direction at the back side of the lower part of the ascending conveyor belt. Therefore, this coin guide also increases the number of parts and causes an increase in size.
When downsizing the oil supply device, there is a limit to downsizing the oil pumps in terms of their functions, so it is required to reduce the size of the coin processing unit. No longer adopted by equipment manufacturers.

  By the way, when the coin processing device according to Patent Document 1 is improved to be applied to a double-sided operation type oil supply device, there is a problem in terms of structure. That is, in Patent Document 1, a guide rail is provided that guides coins that have been inserted from one coin insertion unit and that have been fed by a roller to the back side of the lower part of the ascending transport belt in cooperation with the ascending transport belt. However, it is clear that this guide rail becomes an obstacle when transferring coins transported from other coin insertion parts arranged opposite to each other with the upper transport belt in between, to the upper transport belt. The other coin insertion part cannot be provided unless the is removed. However, in Patent Document 1, since a guide rail is essential when a coin is conveyed upward, it is impossible to apply this coin processing device to a refueling device in a double-sided operation method.

JP 2006-65546 A

In the conventional coin handling device, when the sorting and storing mechanism is positioned above the coin loading unit, the inserted coin is raised to the height position of the sorting and storing mechanism and then further laterally. Since it is necessary to sort into the denomination storage while transporting, the number of drive sources is at least three, which may increase the size and cost.
The present invention has been made in view of the above, and for the reason of layout of the apparatus, in a coin handling apparatus in which a sorting and storing mechanism for distributing coins to a depot according to denomination is arranged above the coin insertion slot, It is an object of the present invention to provide a coin handling device that can transport an inserted coin upward without increasing the number or size of the coin.
In particular, an object of the present invention is to pull up and convey coins respectively conveyed from two coin insertion ports arranged opposite to each other by a common coin raising mechanism.

In order to achieve the above-mentioned object, the invention of claim 1 is directed to the downward slope for moving the coin inserted from the coin insertion slot obliquely downward in the vertical posture and the downward movement of the coin moved from the downward slope. A coin support surface that conveys a substantially horizontal position in an upright position on an extension of the ramp, a rising mechanism that raises the coin on the coin support surface above the coin slot, and a coin raised by the lifting mechanism A horizontal transport mechanism that receives and transports the coin in the lateral direction, and the ascending mechanism guides the rear surface of the coin that has moved on the coin support surface by the front surface, and the rear surface of the coin guide vertical wall. A coin is supported between the front surface of the coin guide and the vertical wall when it is rotatably supported in the axial direction orthogonal to the front surface of the coin guide wall and movable in the direction orthogonal to the front surface of the coin guide wall and positioned at the rearmost position in the axial direction. Ghia smaller than the thickness of A lower pulley that forms a cup, an elastic member that urges the lower pulley toward the coin guide vertical wall, and a rotation of the lower pulley above the lower pulley with the rear surface facing the front surface of the coin guide vertical wall. An upper pulley that is supported in a freely and axially movable manner and forms a gap with the front surface of the vertical wall of the coin guide when positioned at the end in the axial direction; and the upper pulley is mounted on the front surface of the vertical wall of the coin guide. An elastic member that urges toward the end, a coin elevating belt wound endlessly on the lower pulley and the upper pulley, a drive source that drives the coin elevating belt by driving the lower pulley or the upper pulley, The coin that has moved from the descending ramp is configured to enter a coin entry gap formed between the coin rising belt and the front surface of the coin guide vertical wall, The angle formed between the moving direction of the coin that has moved from the descending ramp and the downward running area of the coin ascending belt with which the coin first comes into contact is an acute angle, and the coin that has entered the gap for coin entry is At a position where the coin ascending belt is sandwiched between a downward traveling area of the coin ascending belt and the front surface of the coin guide vertical wall, moves on the coin supporting surface downstream, and the coin ascending belt on the outer periphery of the lower pulley is reversed upward. Another coin insertion slot that is lifted upward by the coin raising belt and disposed opposite to the coin insertion slot with the coin raising mechanism interposed therebetween, and the coin that is inserted from the other coin insertion slot is slanted in a vertical posture Another downward slope to be moved downward, a transport path having a horizontal bottom surface extending from a terminal portion of the downward slope to the coin raising mechanism, and disposed along the transport path and orthogonal to the bottom surface Axis of rotation A plurality of transport rollers rotatably supported by the transport rollers, a transport belt stretched endlessly by the respective transport rollers, and a rear surface of the coin on the transport path disposed opposite to one traveling portion of the transport belt. A coin introducing mechanism having a supporting guide wall, and the conveying roller located at the innermost portion of the conveying belt is in a position close to the rising portion of the coin raising belt on the outer periphery of the lower pulley, The front surface of the second auxiliary roller is disposed opposite to the rear of the innermost conveying roller and in the lateral direction of the first auxiliary roller, and the second auxiliary roller is a rising portion of the coin raising belt. The coins are rotated in a direction to raise the coins sandwiched between them, and the coins enter the gap between the coin raising belt and the second auxiliary roller from the conveyance belt on the outermost conveyance roller outer periphery. Characterized in that it is configured urchin.
Because the coin rising belt supported by the upper and lower pulleys, the coin guide vertical wall, and the auxiliary roller can cooperate, the coins inserted from the coin insertion port can be transferred to the sorting and storing mechanism located above. Thus, the present invention can be applied to a vending machine or the like having an operation unit on both sides without causing an increase in size and cost due to an increase in the number of parts. In particular, since there is no fixed guide rail for guiding coins upward, the coins transported from other coin insertion ports arranged opposite to each other with the coin raising mechanism in between are smoothly transferred to the coin raising mechanism. It can be handed over, and the coin raising mechanism can be shared.

According to a second aspect of the present invention, there is provided an opening provided in a portion of the coin guide vertical wall facing the lower pulley, and the front surface of the coin guide vertical wall is substantially flush with the front surface of the coin guide vertical wall. A coin that has entered the coin entry gap, the coin raising belt at the position where the coin raising belt on the outer periphery of the lower pulley is inverted upward, and the first auxiliary roller. It is conveyed upward by cooperation with the auxiliary roller.
Although it is possible to raise a coin also by cooperation with a coin raising belt and a coin guide vertical wall, it becomes possible to raise a coin more reliably by using an auxiliary roller together.

According to a third aspect of the present invention, the ascending mechanism has a front portion fixed by a support member disposed on the front side of the coin guide vertical wall and extends in a direction perpendicular to the coin guide vertical wall, and the coin guide vertical A first fixed shaft that terminates in front of the wall; and a front surface of the coin guide vertical wall that is supported by the first fixed shaft so as to be able to advance and retreat in the axial direction and to be rotatable and is located at the rearmost position in the axial direction. The lower pulley forming a gap therebetween, the elastic member constantly urging the lower pulley along the first fixed axis toward the coin guide vertical wall, and the lower pulley facing the lower pulley An opening provided in a portion of the vertical wall of the coin guide, and a first rotating shaft disposed oppositely on the same axis with the rear end portion and the front end portion of the first fixed shaft being spaced apart via the opening portion. The shaft center is supported by the first rotating shaft and the opening is in the opening. A first auxiliary roller which is disposed and has a front surface substantially flush with the front surface of the vertical wall of the coin guide, and the first fixed shaft above the first fixed shaft and closer to the downward slope. A second rotating shaft disposed in parallel with the upper pulley, the upper pulley being movable in the axial direction by the second rotating shaft, fixed in the rotating direction, and disposed in substantially the same plane as the lower pulley; The elastic member that constantly elastically urges the upper pulley along the second rotation axis toward the front surface of the vertical wall of the coin guide, and the coin wound endlessly on the lower pulley and the upper pulley. A rising belt, a first drive transmission mechanism for transmitting a driving force to the lower pulley or the upper pulley to rotate the lower pulley, the upper pulley, and the coin raising belt; and the first auxiliary roller. Same as the lower pulley And a single drive source for driving the first drive transmission mechanism and the second drive transmission mechanism, and a rear surface of the lower pulley and the coin A gap for coin entry smaller than the thickness of the coin is formed between the front surface of the guide vertical wall, and the coin moved from the descending ramp is set to enter the gap for coin entry, When the first and second drive transmission mechanisms are driven by the drive source, the coins that have entered the coin entry gap are a downward traveling region of the coin raising belt, the front surface of the coin guide vertical wall, Is moved between the coin support surface and the coin lifting belt on the outer periphery of the lower pulley, and is lifted by being pinched by the coin lifting belt and the front surface of the first auxiliary roller at a position where the coin lifting belt is reversed upward. And the upper pooh It is configured such that the coin ascending belt is transferred to the lateral conveying mechanism before reversing downward on the outer periphery.
Since it comprised in this way, the operation | work for raising after throwing in the inserted coin can be implement | achieved by one drive source.

  In the invention of claim 4, by disposing an intermediate pulley that supports the coin raising belt on the outer peripheral surface between the lower pulley and the upper pulley, the separation distance of the upper pulley with respect to the lower pulley is increased, The intermediate pulley is rotatably supported with its rear surface facing the front surface of the coin guide vertical wall, and is movably supported in an axial direction orthogonal to the front surface of the coin guide wall, and is positioned at the rearmost in the axial direction. A gap smaller than the thickness of the coin is formed between the front surface of the coin guide vertical wall and elastically biased toward the front surface of the coin guide vertical wall.

According to the present invention, the number of motors is increased or increased in the coin handling apparatus in which the sorting and storing mechanism for distributing the coins to the storage according to the denomination is arranged above the coin slot for reasons of layout of the apparatus. The inserted coins can be transported upward.
In particular, since there is no fixed guide rail for guiding coins upward, the coins transported from other coin insertion ports arranged opposite to each other with the coin raising mechanism in between are smoothly transferred to the coin raising mechanism. It can be handed over, and the coin raising mechanism can be shared.

It is an appearance perspective view showing the whole coin handling device composition concerning one embodiment of the present invention. (A) And (b) is the external appearance perspective view which shows schematic structure containing the coin raising mechanism in this coin handling apparatus, and its principal part expansion perspective view. It is an external appearance perspective view which shows the specific structural example of a coin raising mechanism. (A) And (b) is the front side perspective view which shows the structure of a coin raising mechanism, and the front side perspective view which shows the state which removed the supporting member. (A) And (b) is the back side perspective view which shows the structure of a coin raising mechanism, and the back side perspective view which shows the state which removed the axial support member. It is a front side perspective view which shows the state which removed the 1st drive transmission mechanism and each pulley. It is a partial exploded perspective view of a coin raising mechanism. (A) (b) And (c) is a cross-sectional view of the position directly above a lower pulley. (A) (b) And (c) is a front side perspective view which shows the coin raising procedure centering on an upper and lower pulley, a coin raising belt, and an auxiliary roller. (A) thru | or (d) is a front side perspective view which shows the coin raising procedure centering on an auxiliary roller. (A) And (b) is the front view and perspective view which show the structure of the principal part (coin raising mechanism) of the coin handling apparatus which concerns on deformation | transformation embodiment of this invention. It is explanatory drawing of the fuel supply apparatus installed in the gas station of a self-fueling system.

Hereinafter, the present invention will be described in detail with reference to embodiments shown in the drawings.
FIG. 1 is an external perspective view showing an overall configuration of a coin handling device according to an embodiment of the present invention, and FIGS. 2A and 2B are external views showing a schematic configuration including a coin raising mechanism in the coin handling device. FIG. 3 is a perspective view and an enlarged perspective view of an essential part thereof, FIG. 3 is an external perspective view showing a specific configuration example of the coin raising mechanism, and FIGS. 4A and 4B are front views showing the configuration of the coin raising mechanism. It is a front perspective view which shows the state which removed the side perspective view and the supporting member, and Fig.5 (a) and (b) are the back side perspective views which show the structure of a coin raising mechanism, and the state which removed the axial support member FIG. 6 is a front perspective view showing a state where the first drive transmission mechanism and each pulley are removed, and FIG. 7 is an exploded perspective view of a part of the coin raising mechanism. 8 (a), (b) and (c) are cross-sectional views of the position directly above the lower pulley. 9 (a), 9 (b) and 9 (c) are front side perspective views showing a coin raising procedure centering on upper and lower pulleys, a coin raising belt, and an auxiliary roller, and FIGS. 10 (a) to 10 (d) are views. It is a front side perspective view which shows the coin raising procedure centering on an auxiliary roller.

  The coin handling apparatus 1 shown in FIG. 1 raises coins that raise the coins that have been inserted one by one from the first and second coin inlets 2 and 3 and the coin inlets 2 and 3 that are opposed to each other. The mechanism 4, the first coin introduction mechanism 5 for transporting the coins inserted from the first coin insertion slot 2 to the coin raising mechanism 4, and the coins raised from the second coin insertion slot 3 are raised. The second coin introduction mechanism 6 that conveys to the mechanism 4 and the coin conveyance direction by the coin introduction mechanisms 5 and 6 that have been raised upward by the coin raising mechanism 4 (position higher than the coin insertion slot). A lateral transport mechanism 7 for transporting in a transverse direction orthogonal to the coin, a denomination (not shown) for identifying the denomination and authenticity of coins transported by the lateral transport mechanism 7, and a coin determined to be legitimate by the recognition unit in the lateral direction One by one in the process of transporting to It has a distribution receiving mechanism (not shown) for Do, and a reject mechanism for discharging out of the apparatus is dropped into the reject unit in a process of conveying the determined coin and not a legitimate laterally by the recognition unit.

The first coin introduction mechanism 5 is means for introducing the coin C inserted from the first coin insertion slot 2 into the nearest coin raising mechanism 4 while maintaining a vertical posture, and the bottom surface supporting the coin faces downward. An inclined down slope (first down slope) 10, and a coin support surface 12 that inherits a vertically oriented coin C that has moved along the down slope 10 and conveys it horizontally on the extension of the down slope Have.
The second coin introduction mechanism 6 is a means for conveying the coin C, which has been inserted from the second coin insertion slot 3, in a vertical posture and introducing it into the coin raising mechanism 4 while supporting the coin. Is a downward slope (second downward slope) 101 inclined downward, a transport path 102 having a horizontal bottom surface 102a extending from a terminal portion of the downward slope 101 to the coin raising mechanism 4, and a transport path 102 A plurality of rollers 105 disposed along the belt, a conveyor belt (V-belt) 106 stretched endlessly by each roller 105, and a vertical guide wall disposed so as to face each other along one traveling portion of the conveyor belt 106 107. Each roller 105 is rotatably supported by a rotation shaft orthogonal to the bottom surface 102 a of the conveyance path 102. Between the traveling portion on the rear side of the conveyor belt 106 and the front surface of the guide wall 107, the vertical coin moved from the descending ramp 101 is sandwiched and transferred to the coin raising mechanism 4 located in the back.

  The coin raising mechanism 4 includes a coin guide vertical wall 20 that guides one surface (rear surface) of the coin that has risen from the rear end edge that is one end edge in the width direction of the coin support surface 12 and moved onto the coin support surface by the front surface 20b. The front end 25a is fixed by a sheet metal support member 22 disposed opposite to the front side of the coin guide vertical wall and extends in a direction orthogonal to the coin guide vertical wall 20, and the rear end before the coin guide vertical wall. A first fixed shaft 25 ending at 25b (FIG. 8), a lower pulley (first pulley) 30 pivotally supported by the first fixed shaft 25 so as to be movable back and forth in the axial direction, and a lower pulley A coil spring (elastic member) 32 fitted into the first fixed shaft 25 in order to always elastically urge 30 toward the coin guide vertical wall front surface 20b along the first fixed shaft 25; Opposite coin guide vertical wall 20 part An opening 20a provided in the first rotation shaft 35, a first rotary shaft 35 disposed on the same axis with the rear end 25b and the front end of the first fixed shaft 25 spaced apart from each other via the opening 20a, and the first A first auxiliary roller 40 disposed in the opening 20a supported by the front end portion of the rotary shaft 35 so that the axial center portion can advance and retreat in the axial direction and integrally rotate, and the front surface of the first auxiliary roller A stopper (not shown) for stopping 40a at a position substantially flush with the front surface 20b of the coin guide vertical wall 20, and an auxiliary roller biasing means (coil spring) (not shown) for biasing the first auxiliary roller 40 forward. The second rotary shaft 45 disposed in parallel with the first fixed shaft above the first fixed shaft 25 and closer to the downward slope, and can be moved forward and backward in the axial direction by the second rotary shaft 45 and integrated with each other. Supported for rotation and lower An upper pulley (second pulley) 50 disposed in substantially the same plane as the rear 30 and the upper pulley 50 is always elastic along the second rotation axis 45 toward the front surface of the coin guide vertical wall (rearward). A biasing elastic member 51, a coin raising belt (round belt) 55 for endlessly wound between the lower pulley 30 and the upper pulley 50, and a coin raising belt by transmitting driving force to the upper pulley 50. The first drive transmission mechanism 60 that rotates the lower pulley 30 via 55, and the driving force from the first drive transmission mechanism 60 is transmitted to the first rotation shaft 35 to cause the first auxiliary roller 40 to move to the lower pulley. A second drive transmission mechanism 70 that rotates in the same direction in synchronization with 30, a drive source (motor) (not shown) that drives the drive transmission mechanisms 60 and 70 in common, and a control means that controls the drive source, Is provided.

The front surface of the coin guide vertical wall 20 is preferably subjected to a low friction and wear resistance treatment in order to smoothly guide the coin.
The lower pulley 30 and the upper pulley 50 have a limit of movement rearward (in the direction of the vertical wall of the coin guide) by a stopper (not shown), but against the elastic members 32 and 51 when an external force is applied forward. It is configured to move forward. When the lower pulley and the upper pulley are in the rearmost position, the distance between the coin ascending belt 55 wound around both pulleys and the front surface of the coin guide vertical wall (the coin entry gap S) is larger than the thickness of the minimum thickness coin. Set small. When a coin has been press-fitted into the coin entry gap S, each pulley moves forward against the elastic members 32 and 51 to allow the coin to enter.

As shown in FIG. 8, the lower pulley 30 has a winding portion 30a whose outer peripheral surface is concave so as to wind the coin raising belt 55, and is coaxially integrated on the front surface of the winding portion 30a and is also wound. The disc-shaped portion 30b having a slightly larger diameter than 30a is integrally formed. The upper pulley 50 has the same configuration. Since the winding portion 30a is configured to be thinner than the diameter of the coin rising belt, which is a round belt, when the coin rising belt is wound, the side surface thereof is behind the one side surface of the winding portion 30a (the coin guide vertical length). It protrudes to the wall 20 side. Moreover, since the disk-shaped part 30b is arrange | positioned adjacent to the other side surface (front side) of the winding part 30a, it is prevented that a coin raising belt shifts to the front side. Therefore, as will be described later, when the coin is clamped by the rear side surface of the coin raising belt, the coin raising belt is not shifted forward by the reaction force from the coin.
A coin entry gap S is formed between the rear surface of the coin raising belt 55 and the front surface 20b of the coin guide vertical wall 20, and between the coin raising belt and the front surface 40a of the first auxiliary roller 40. It is set so that coins that have moved from 10 to the coin support surface 12 enter the coin entry gap S. The coin entry gap S is set to be narrower than the thickness of one coin having the minimum thickness, but the lower pulley 30 and the upper pulley 50 can move in the direction of expanding the gap S against the elastic members 32 and 51. It has become. That is, the coin is reliably held and held by the urging force of each elastic member.

The urging force by the elastic members 32 and 51 is set such that when the coin moves in the gap S, the coin pushes each pulley forward and does not obstruct the passage of the coin.
The first auxiliary roller 40, which is movable in the axial direction by the first rotating shaft 35 and fixed in the rotating direction, always has its front surface 40a as the front surface 20b of the coin guide vertical wall 20 as shown in FIG. However, when a coin enters the coin entry gap S, it is configured to be able to retreat slightly backward against an auxiliary roller urging means (not shown).
The urging force of the elastic member that urges the first auxiliary roller 40 forward is preferably set to be stronger than the urging force of the elastic members 32 and 51 that urge the pulleys 30 and 50. If the first auxiliary roller 40 is displaced rearward extremely and easily due to the backward pressure applied from the elastic member 32 to the coin via the lower pulley 30, the stable conveyance of the coin is hindered. is there.

On the other hand, the first auxiliary roller 40 is configured to be movable back and forth in the axial direction and is urged forward by an elastic member, so that the first auxiliary roller absorbs backlash when the lower pulley 30 is attached and The pulley 30 can be moved forward and backward appropriately in the axial direction following the thickness of the coin, thereby enabling stable conveyance.
Coins C that have entered the coin entry gap S from the descending ramp 10 while the drive transmission mechanisms 60 and 70 are being driven by driving of the drive source are disposed on the lower side surface 55a of the coin raising belt 55 that moves downward. It is sandwiched between the coin guide vertical wall front surface 20b and horizontally moves on the coin support surface 12 to the downstream side. Next, the coin rises while being pinched by the coin raising belt 55 and the front surface of the first auxiliary roller 40 that rotates in synchronization with the lower pulley at a position where the coin raising belt on the outer periphery of the lower pulley is reversed upward. In addition, it is configured to be transferred to the lateral transport mechanism 7 before the coin raising belt 55 reverses downward on the outer periphery of the upper pulley 50 (FIG. 9).
That is, when the coin that has moved vigorously on the descending ramp 10 reaches the coin entry gap S, it enters between the coin ascending belt 55 and the coin guide vertical wall 20 and is securely clamped. The rising belt is transferred to a position where it is reversed upward. Subsequently, at this upward reversal position, it is sandwiched between the coin raising belt 55 and the first auxiliary roller 40 to obtain the conveyance force assistance by the first auxiliary roller, and along the outer periphery of the lower pulley. The conveyance direction is changed upward, and then it rises along the coin raising belt.

In this way, the ascending mechanism composed only of rollers and belts can securely pinch the coins, and can stably transport horizontally, flip upward, and transport upward. It becomes unnecessary.
Moreover, since it is not necessary to arrange the guide means for changing the direction when the coins conveyed in the lateral direction are conveyed in the upward direction, the coins conveyed respectively from the second coin input ports 3 arranged in opposition to each other. There is no obstacle on the transport path, and coins transported from different directions can be raised by one coin raising mechanism 4. That is, the number of parts can be reduced by using a common coin raising mechanism.

In the present invention, the positional relationship of the upper pulley 50 with respect to the lower pulley 30 is not the vertical positional relationship along the vertical line, and the upper pulley 50 is shifted to the first coin slot 2 side. is there. That is, the two traveling areas 55 </ b> A of the coin ascending belt 55 that are opposed to each other are configured to form an acute angle with the coin moving direction of the descending ramp 10. Of the two traveling regions 55A, the traveling region closer to the coin slot 2, that is, the downward traveling region 55A and the moving direction of the coin C rolling down from the descending slope 10 makes an acute angle θ. (FIG. 9A).
For this reason, the coin taking-in operation between the coin raising belt 55 and the first auxiliary roller 40 and the subsequent raising operation can be effectively realized. That is, when the coin moving vigorously along the descending ramp 10 comes into contact with the downward traveling area 55A of the inclined coin raising belt, a strong frictional force is generated in the same direction as the coin moving direction, A nip is applied between the travel region 55A and the first auxiliary roller with a strong force, and the paper is further conveyed downstream.
According to the experiment, when the downward traveling area 55A ｀ of the coin ascending belt and the moving direction of the coin by the descending ramp 10 do not form an acute angle, that is, when they form a right angle or an obtuse angle, The coins were not drawn and pulled up sufficiently by the auxiliary rollers.

Next, as shown in FIGS. 3 to 6, the first drive transmission mechanism 60 is disposed in parallel with the first fixed shaft 25, the first rotary shaft 35, and the second rotary shaft 45, and A drive shaft 61 that is rotationally driven by a drive source (not shown), a first gear 62 that is fixedly supported by the drive shaft 61 and integrally rotates, and a second rotary shaft 45 that supports the upper pulley 50. And a second gear 64 that is supported integrally with the shaft and meshes with the first gear 62. The drive shaft 61 is rotatably supported at the front end portion thereof by the support member 22, and other portions are appropriately supported by bearing members.
When the drive shaft 61 rotates in the coin ascending direction indicated by an arrow in FIGS. 3 and 4, the first gear 62 integral with the drive shaft 61 and the second gear 64 meshing with the first gear 62 rotate in the arrow direction. . The upper pulley 50 integrated with the second gear 64 in the rotation direction rotates the lower pulley 30 in the coin ascending direction shown in FIG. Since the lower pulley 30 and the upper pulley 50 having the same outer diameter are connected by the coin raising belt 55, they rotate at the same peripheral speed.

Next, the second drive transmission mechanism 70 includes a drive shaft 61, a third gear 71 whose shaft center is fixed to the drive shaft and rotating integrally, and a first rotation shaft that supports the first auxiliary roller 40. And a fourth gear 73 as a driven gear which is fixed by the shaft 35 and meshes with the third gear 71 (FIG. 5).
When the drive shaft 61 rotates in the coin ascending direction indicated by the arrow, the fourth gear 73 is rotationally driven via the third gear 71, so that the first fixed to the tip end portion of the first rotation shaft 35. The auxiliary roller 40 rotates in synchronization with the lower pulley 30 in the same direction.
The outer diameter of the first auxiliary roller is set so that the upward traveling area of the coin raising belt 55 wound around the outer periphery of the lower pulley 30 faces the front surface 40a of the first auxiliary roller 40, and the lower pulley By appropriately setting the gear ratio between the gears 62, 64, 71, 73 so that the peripheral speeds of the first auxiliary roller and the first auxiliary roller are equal, the coin is moved between the coin raising belt and the first auxiliary roller. Can be securely clamped and conveyed upward.
The fifth gear 75 is rotationally driven by meshing with the fourth gear 73, and the shaft portion 76 of the fifth gear 75 is in a posture parallel to the other shafts 35, 45, 61 and is supported by the shaft support member 77. Is rotatably supported by the shaft. A shaft center portion of the second auxiliary roller 78 is supported on the front end portion of the shaft portion 76 so as to be movable in the axial direction and integrally rotate. The second auxiliary roller 78 is always urged forward by an elastic member (not shown), and the front surface 78a of the second auxiliary roller is always the same plane as the front surface 40a of the first auxiliary roller 40. Located on the top. The second auxiliary roller 78 is means for drawing coins that have been inserted from the second coin insertion slot 3 into the coin raising mechanism 4 in cooperation with the conveyor belt 106 that constitutes the second coin introduction mechanism 6.

Next, a procedure for raising the coin C inserted from the first coin insertion slot 2 will be described based on FIG. 8, FIG. 9, and FIG.
When a drive source (not shown) is driven and the drive shaft 61 is rotated in the coin ascending direction indicated by an arrow in FIG. 3 and the like, the driving force causes the first gear 62, the second gear 64, and the second rotation shaft 45 to move. Via the upper pulley 50. When the upper pulley 50 rotates in the coin ascending direction indicated by the arrow in FIG. 9, the lower pulley 30 rotates in the arrow direction via the coin ascending belt 55. In parallel with this, since the driving force is transmitted from the third gear 71 fixed to the drive shaft 61 to the fourth gear 73 and the first rotary shaft 35, the first rotary shaft 35 The first auxiliary roller 40 fixed to the front end rotates in the coin ascending direction.
In this manner, the coins from the first coin slot 2 are rotated while the lower pulley 30, the upper pulley 50, the coin raising belt 55, and the first auxiliary roller 40 are rotated at a constant speed in the coin raising direction indicated by the arrows. When C is inserted, the coin C is sandwiched and taken in between the coin raising belt 55 and the first auxiliary roller 40, and then lifted upward and smoothly transferred to the lateral transport mechanism 7.

First, the coin C inserted into the first coin insertion slot 2 in a vertical posture is a downward inclination in which the bottom surface is inclined downward as shown in FIGS. 8 (a), 9 (a), and 10 (a). It moves toward the coin raising mechanism 4 along the road 10. Immediately before reaching the lower part of the coin raising belt 55 constituting the coin raising mechanism 4, the vertical coins come into contact with the substantially horizontal coin supporting surface 12, and the coin raising belt 55 and the first auxiliary are along the coin supporting surface 12. It enters into the coin entry gap S with the roller 40. At this time, the coin can enter the coin entry gap S against the backward biasing force of the coil spring 32 by the weight of the coin, the momentum rolling on the inclined surface, and the pulling by the rising belt 55.
The lower pulley 30 is supported by the first rotating shaft 35 so as to be movable back and forth in the axial direction, and is biased toward the rear (the front surface of the coin guide vertical wall and the front surface side of the first auxiliary roller) by the coil spring 32. In addition, since the biasing force of the coil spring 32 is set to such an extent that the lower pulley 30 and the coin raising belt 55 can be retracted forward when the coin enters the coin entry gap S, the thickness of the coin It is possible to move the coin while securely holding and holding the coin between the coin raising belt and the front surface 20b of the coin guide vertical wall 20 while corresponding to the difference. In the process of the coin moving on the coin support surface 12 to the downstream side, the coin moves from a state in which the rear surface is in contact with the front surface of the coin guide vertical wall to a state in which it is in contact with the front surface 40 a of the first auxiliary roller 40.

In the state of FIGS. 8B, 8C, 9B, and 10B, the coin C is between the lower part of the coin raising belt 55 and the front surface of the coin guide vertical wall, the lower part of the coin raising belt, and the first one. Are sequentially sandwiched between the auxiliary rollers 40 and drawn into the coin entry gap S as shown in FIGS. 9 (c) and 10 (c). At this time, the coin moves horizontally along the coin support surface 12 while being in contact with the same portion of the coin raising belt 55 and the front surface of the first auxiliary roller.
When the coin C reaches the position shown in FIG. 10C, the coin raising belt 55 and the first auxiliary roller 40 are reversed upward, so that the coin is conveyed upward as shown in FIG. 10D.
The upper pulley 50 supported so as to be movable back and forth in the axial direction along the second rotation shaft 45 is also urged rearward by the urging force of the coil spring 51, but when receiving a reaction force from a coin. Can move forward against the urging force of the coil spring, so that the coin can be moved in the upward direction while being in contact with the coin upward belt.

As described above, the coin ascending belt 55, the coin guide vertical wall, the coin ascending belt, and the first auxiliary roller 40 are cooperated after the coin enters the coin entering gap S until it is reversed upward at the reversing portion. Coin conveyance is performed, but if the coin rises to a position where it does not come into contact with the front surface of the first auxiliary roller after reversal, the subsequent coin rises while pressing the upper pulley 50 against the elastic member 51 forward, and finally On the other hand, the coins are transported by falling onto the lateral transport belt constituting the lateral transport mechanism exposed in the opening 20a provided in the coin guide vertical wall 20 shown in FIG.
That is, the opening 20a is formed at a position where the coin nip region between the coin raising belt 55 and the first auxiliary roller 40 ends, and the opening 20a rises while being sandwiched between the coin raising belt 55 and the first auxiliary roller 40. The coin that has been received receives an upward conveying force while only the front surface of the coin is in contact with the coin raising belt when the rear surface of the coin is no longer in contact with the first auxiliary roller. However, the coin whose rear surface is not supported by the first auxiliary roller cannot maintain a vertical posture, falls down backward, and is placed on the lateral transport belt of the lateral transport mechanism disposed behind the opening 20a. Moving.

The roller 105a disposed opposite to the second auxiliary roller 78 is configured to be movable in the front-rear direction within a predetermined range, and is urged toward the front surface of the second auxiliary roller by the elastic member 110. . For this reason, when a coin enters between the conveyance belt 106 wound around the outer periphery of the roller 105a and the second auxiliary roller, the roller 105a can be retracted forward to smoothly enter the coin. .
As described above, the second auxiliary roller 78 is also urged forward by the elastic member, and when coins enter between the roller 105a, the second auxiliary roller 78 moves backward against the elastic member. evacuate. The biasing force of the elastic member that biases the second auxiliary roller is set to be stronger than the biasing force of the elastic member that biases each pulley.

  Next, the coin C introduced from the second coin insertion slot 3 moves from the descending inclined path 101 onto the conveying path 102 and is transferred in the rear direction by the conveying belt 106, and finally the front side of the coin raising mechanism 4. To reach. Next to the first auxiliary roller 40, a second auxiliary roller 78 is disposed so that its front surface 78a is flush with the front surface 40a of the first auxiliary roller. The coin that has been conveyed toward the coin raising mechanism 4 by the conveying belt 106 is moved forward while the coin raising belt 55 is moved against the coil spring 32 in the transfer section shown in FIG. It is pushed into a coin entry gap S formed between the first auxiliary roller 40 and the first auxiliary roller 40. At this time, the second auxiliary roller 78 rotating in the direction of the arrow moves in the lateral direction (backward direction) while holding the coin in cooperation with the transport belt 106, so that the coin smoothly enters the coin entry gap S. Can be pushed in.

After the coin is drawn into the coin entry gap, the coin is raised by the cooperation of the coin raising belt 55 and the first auxiliary roller 40, and transferred to the lateral conveyance mechanism.
In addition, it is preferable that the conveying speed of the coins by the conveying belt 106 is equal to or slightly faster than the speed of the coin raising belt 55 because the holding power of the coins is increased. When the conveying speed of the coin raising belt exceeds the conveying speed of the conveying belt 106, the coins are not delivered smoothly.
In the above embodiment, the upper pulley 50 is driven by the drive source, and the lower pulley 30 is driven via the rising belt. However, the lower pulley may be driven to drive the upper pulley. Good.
Further, the first auxiliary roller 40 is not essential, and the first auxiliary roller is omitted when the coin can be securely held and pulled up between the lower pulley 30 and the front surface 20b of the coin guide vertical wall. Also good.

The coin handling device of the present invention having the above-described configuration is configured to move the coins inserted from the coin insertion port upward by the cooperation of the coin raising belt supported by the pulley, the coin guide vertical wall, and the auxiliary roller. Since it can be transferred to the sorting and storing mechanism that is located, it can be applied to a vending machine or the like having an operation unit on both sides without causing an increase in size and cost due to an increase in the number of parts. That is, in the present invention, it is not necessary to provide a guide rail for pulling up the coins that have been transported horizontally as in the conventional device of Patent Document 1, so that the coin lifting mechanism is sandwiched between them. There is no member that becomes an obstacle when transferring the coins transported from one of the two coin input ports to the coin raising mechanism. For this reason, it becomes possible to raise the coins conveyed from different directions only by the coin raising belt, the coin guide vertical wall, and the auxiliary roller.
In addition, since the first drive transmission mechanism 60 and the second drive transmission mechanism 70 can be driven by a single drive source (motor), the configuration can be simplified. That is, in Patent Document 1, in addition to a motor for horizontally transporting coins inserted from a coin slot, a motor for raising coins and a mechanism for horizontally transporting coins to a sorting and storing mechanism are provided. A motor for driving was required, and a total of three motors were required. On the other hand, in the present invention, since the coin raising belt 55 that accepts and raises the coins inserted from the coin slot and the drive source that drives the auxiliary roller 40 are common, a motor that drives the sorting and storing mechanism is included. Thus, a total of two motors are sufficient.

In addition, the second auxiliary roller 78 for delivering the coins inserted from the other coin insertion slot 3 and horizontally conveyed by the conveying belt 106 to the coin raising mechanism 4 is also the first and second drive transmission mechanisms 60, 70. Therefore, even when the coin handling device of the present invention is applied to a double-sided operation type vending machine, the number of parts is reduced, the configuration is simplified, the size is reduced, the thickness is reduced, and the cost is reduced. It is clear that this can be achieved.
Note that the configuration of the entire apparatus can be further simplified by sharing the drive source of the coin raising mechanism 4 as the drive source of the conveyor belt 106.

Next, Fig.11 (a) and (b) are the front views and perspective views which show the structure of the principal part (coin raising mechanism) of the coin handling apparatus based on deformation | transformation embodiment of this invention. In addition, the structure of each said embodiment is referred and the same code | symbol is attached | subjected and demonstrated to the same part.
The coin raising mechanism 4 of the coin handling device according to the present embodiment is arranged such that an intermediate pulley 80 as a driven pulley that supports the coin raising belt 55 on the outer peripheral surface is disposed between the lower pulley 30 and the upper pulley 50. The separation distance of the upper pulley 50 with respect to the pulley 30 is increased, and the distance for ascending and transporting coins is increased. Reference numeral 85 denotes a tension pulley.
The first and second auxiliary rollers and other common members are not shown.

The intermediate pulley 80 can be rotated by the third rotation shaft 81 with its rear surface facing the front surface 20b of the coin guide vertical wall 20 and movable in the axial direction (front-rear direction) perpendicular to the front surface of the coin guide wall. It is pivotally supported. When the intermediate pulley is positioned at the rearmost position in the axial direction, a gap smaller than the thickness of the coin is formed between the intermediate pulley and the front surface of the coin guide vertical wall, and the elastic member 82 is elastically biased toward the front surface of the coin guide vertical wall. .
The tension pulley 85 is also pivotally supported by the fourth rotating shaft 86 with its rear surface facing the front surface 20b of the coin guide vertical wall and movable in the axial direction (front-rear direction) perpendicular to the front surface of the coin guide wall. Is done. Further, the elastic member 87 is elastically biased toward the front surface of the coin guide vertical wall.
Each pulley and the coin raising belt 55 are rotationally driven by the first and second drive transmission mechanisms 60 and 70 and the drive mechanism similar to the drive source in the above embodiment.

Also in this embodiment, the coin C introduced from the coin insertion slot 2 moves from the descending ramp 10 onto the coin support surface 12 and rotates in the direction of the arrow, the coin ascending belt 55, the front surface 20b of the coin guide vertical wall, and It is conveyed upward while being sandwiched between a first auxiliary roller (not shown). The coin is delivered to a lateral transport mechanism (not shown) just before the coin raising belt 55 is reversed by the upper pulley 50.
This embodiment is the same as the above embodiment except that an intermediate pulley 80 and a tension pulley 85 are added and the coin raising belt 55 is lengthened. Transport and lift transport can be performed. Moreover, the structure of the delivery part of the 2nd coin introduction mechanism 6 which conveys the coin thrown in from the 2nd coin insertion slot 3 to the coin raising mechanism 4, and the coin raising mechanism 4 is also made the same as that of the said embodiment. be able to.

DESCRIPTION OF SYMBOLS 1 ... Coin handling apparatus, 2 ... 1st coin slot, 3 ... 2nd coin slot, 5, 6 ... Coin introduction mechanism, 7 ... Horizontal conveyance mechanism, 12 ... Coin support surface, 20 ... Coin guide vertical wall , 20a ... opening, 20b ... front surface of coin guide vertical wall, 22 ... support member, 25 ... first fixed shaft, 25a ... front end, 25b ... rear end, 30 ... lower pulley, 30a ... winding part, 30b DESCRIPTION OF SYMBOLS ... Disc-shaped part, 32 ... Coil spring (elastic member), 35 ... 1st rotating shaft, 40 ... 1st auxiliary roller, 40a ... Front surface, 45 ... 2nd rotating shaft, 50 ... Upper pulley, 51 ... Coil spring ( Elastic member), 55 ... coin raising belt, 55A ... traveling region, 55A ｀ ... downward traveling region, 55a ... lower side surface, 60 ... first drive transmission mechanism, 61 ... drive shaft, 62 ... first gear, 64 ... Second gear, 70 ... second drive transmission mechanism, 71 ... third 73, fourth gear, 75, fifth gear, 76, shaft portion, 77, shaft support member, 78, second auxiliary roller, 78a, front surface, 80, intermediate pulley, 81, third rotation. Shaft, 82 ... elastic member, 85 ... tension pulley, 86 ... fourth rotating shaft, 87 ... elastic member, 101 ... descending ramp (second descending ramp), 102a ... bottom surface, 102 ... transport path, 105 ... Roller 106 ... Conveying belt 107 ... Guide wall

Claims (4)

A downward ramp that moves the coins inserted from the coin insertion slot obliquely downward in a vertical posture, and a coin that has moved from the downward ramp is inherited and is conveyed substantially horizontally in a vertical posture on the extension of the downward ramp. A coin support surface, a raising mechanism that raises the coin on the coin support surface above the coin insertion slot, and a horizontal conveyance mechanism that receives the coin raised by the raising mechanism and conveys it in the lateral direction. ,
The ascending mechanism includes a coin guide vertical wall that guides the rear surface of the coin that has been moved onto the coin support surface by a front surface, and is rotatable with the rear surface facing the front surface of the coin guide vertical wall, and the coin guide A lower pulley that is supported so as to be movable in an axial direction perpendicular to the front surface of the wall and that forms a gap smaller than the thickness of the coin between the front surface of the vertical wall of the coin guide when positioned at the rearmost position in the axial direction; An elastic member that urges the pulley toward the vertical wall of the coin guide, and a shaft that is rotatably and axially movable above the lower pulley with the rear surface facing the front surface of the vertical wall of the coin guide. And an upper pulley that forms a gap with the front surface of the coin guide vertical wall when positioned at the rearmost side in the axial direction, an elastic member that biases the upper pulley toward the front surface of the vertical wall of the coin guide, and the lower portion Comprising a coin raised belt wound endlessly and over Li to the upper pulley, a drive source for running the coin increased belt by driving the lower portion pulley or top pulley, and
The coin that has moved from the descending ramp is configured to enter a coin entry gap formed between the coin raising belt and the front surface of the coin guide vertical wall,
The angle formed between the moving direction of the coin that has moved from the descending ramp and the downward running area of the coin rising belt that the coin first contacts is an acute angle,
Coins that have entered the coin entry gap are sandwiched between a downward traveling region of the coin raising belt and the front surface of the coin guide vertical wall, move downstream on the coin support surface, and the lower pulley. The coin raising belt on the outer periphery is pulled upward by the coin raising belt at a position where the coin raising belt is reversed upward,
Another coin insertion slot disposed opposite to the coin insertion slot with the coin raising mechanism interposed therebetween, and another downward ramp that is inserted from the other coin insertion slot and moves the coin obliquely downward in a vertical posture; A transport path having a horizontal bottom surface extending from the end portion of the descending slope to the coin raising mechanism, and is rotatably supported by a rotation shaft disposed along the transport path and orthogonal to the bottom surface. A plurality of transport rollers, a transport belt stretched endlessly by each of the transport rollers, and a guide wall that is disposed to face one running portion of the transport belt and supports the rear surface of the coin on the transport path. Equipped with a coin introduction mechanism,
The conveying roller located at the innermost portion of the conveying belt is in a position close to the rising portion of the coin raising belt on the outer periphery of the lower pulley, and is located behind the innermost conveying roller and the first roller The front surface of the second auxiliary roller is disposed opposite to the lateral direction of the auxiliary roller, and the second auxiliary roller is rotationally driven in a direction to raise the coin sandwiched between the rising portion of the coin raising belt. ,
The coin handling apparatus, wherein the coin is configured to enter a gap between the coin ascending belt and the second auxiliary roller from the transport belt on the outer periphery of the innermost transport roller. An opening provided in a portion of the coin guide vertical wall facing the lower pulley, and a first auxiliary roller disposed in the opening and having a front surface substantially flush with a front surface of the coin guide vertical wall And comprising
Coin that has entered the coin entry gap is conveyed upward by the cooperation of the coin raising belt and the first auxiliary roller at a position where the coin raising belt on the outer periphery of the lower pulley is reversed upward. The coin handling device according to claim 1. The ascending mechanism has a front portion fixed by a support member disposed on the front side of the coin guide vertical wall, extends in a direction perpendicular to the coin guide vertical wall, and terminates in front of the coin guide vertical wall. A gap is formed between one fixed shaft and the front surface of the vertical wall of the coin guide when the first fixed shaft is axially supported by the first fixed shaft and is rotatably supported and located at the rearmost position in the axial direction. The lower pulley, the elastic member that constantly elastically urges the lower pulley toward the coin guide vertical wall along the first fixed axis, and the coin guide vertical wall facing the lower pulley. An opening provided, a first rotating shaft disposed on the same axis with the rear end portion and the front end portion of the first fixed shaft spaced apart via the opening, and the first rotating shaft The shaft center is supported by and disposed in the opening, and the front surface A first auxiliary roller disposed on the front surface substantially flush with the said coin guide vertical wall,
A second rotating shaft disposed in parallel with the first fixed shaft above the descending ramp with respect to the first fixed shaft, and can move forward and backward in the axial direction by the second rotating shaft and rotate The upper pulley fixed in the direction and disposed in substantially the same plane as the lower pulley, and the upper pulley is always elastically biased toward the front surface of the coin guide vertical wall along the second rotation axis The elastic member, the lower pulley, the coin raising belt wound endlessly on the upper pulley, the lower pulley, or the upper pulley to transmit driving force to the lower pulley, the upper pulley, and A first drive transmission mechanism for rotating the coin raising belt; a second drive transmission mechanism for rotating the first auxiliary roller in the same direction in synchronization with the lower pulley; and the first drive transmission mechanism; Second drive transmission Comprising a single driving source for driving the structure, and
A coin entry gap smaller than the thickness of the coin is formed between the rear surface of the lower pulley and the front face of the coin guide vertical wall, and the coin that has moved from the descending ramp enters the coin entry gap. Is set to
When the first and second drive transmission mechanisms are driven by the drive source, the coins that have entered the coin entry gap are a downward traveling region of the coin raising belt, the front surface of the coin guide vertical wall, Is moved between the coin support surface and the coin lifting belt on the outer periphery of the lower pulley, and is lifted by being pinched by the coin lifting belt and the front surface of the first auxiliary roller at a position where the coin lifting belt is reversed upward. The coin handling apparatus according to claim 1, wherein the coin handling device is configured to be transferred to the lateral transport mechanism before the coin ascending belt reverses downward on the outer periphery of the upper pulley. By disposing an intermediate pulley that supports the coin raising belt on the outer peripheral surface between the lower pulley and the upper pulley, the separation distance of the upper pulley with respect to the lower pulley is increased,
The intermediate pulley is rotatably supported with its rear surface facing the front surface of the coin guide vertical wall, and is movably supported in an axial direction orthogonal to the front surface of the coin guide wall, and is positioned at the rearmost in the axial direction. A gap smaller than the thickness of the coin is formed between the front surface of the coin guide vertical wall and elastically biased toward the front surface of the coin guide vertical wall. The coin handling device according to one item.

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