JPH0230705B2 - KOINSHIKYUGIKIRETSUSOCHOKOINRYUTSUSOCHI - Google Patents

Description

[Detailed Description of the Invention] Industrial Application Field The present invention relates to a coin-operated gaming machine that performs a predetermined gaming action by inserting a gaming coin (hereinafter simply referred to as a coin) into the machine, and a coin-operated gaming machine that performs a predetermined gaming action by inserting a coin or the like into the machine. The present invention relates to a coin distribution device for a coin-operated game machine array device in which a plurality of coin lending machines for discharging coins are installed.

BACKGROUND ART Conventionally, various coin management methods such as replenishment and collection of coins in coin-operated gaming machines and coin lending machines have been proposed. This was carried out using a transport device.

Therefore, the interior of the gaming machine array device is not only a narrow space, but also a complicated one, which causes problems in various electrical wiring processes, and maintenance and inspection of not only coin lending machines but also coin-operated gaming machines and troubleshooting. The replacement work was troublesome.

Furthermore, when installing the gaming machine array device, the structure is complicated and costs are inevitably high.

In addition, a coin guiding path is provided above the gaming machine row device in which a plurality of coin gaming machines are installed in a row, and a coin guiding path is provided below to communicate with each coin gaming machine and transport coins so as to be able to supply them. In addition to providing an input coin guideway for collecting coins flowing out from each coin gaming machine, a coin lifting route having a coin pushing device that connects the coin guideway and the input coin guideway and transports the collected coins is provided. , the coins are circulated in the gaming machine row device, and a single takeout electromagnetic device is provided on the coin guiding path to take in the coins transferred corresponding to each coin gaming machine, and the coins in the coin transporting path are A device in which a storage container is provided facing the outlet has been proposed in JP-A-50-41638.

Furthermore, a conveyor is connected to each coin-operated pachinko machine and conveys the coins so that it can be supplied, above the gaming machine row equipment in which a plurality of coin-operated pachinko machines are installed, and below it is connected to each coin-operated pachinko machine. A conveyor is provided to collect the coins flowing out from each of the coin-operated pachinko machines, and a coin transporter is provided to communicate with both conveyors and transport the collected coins, thereby circulating the coins within the gaming machine array device. The coin-operated pachinko machine is provided with a discharge coin storage section for storing coins as prizes, and the coin-discharge coin storage section is configured to discharge coins transferred corresponding to each coin-operated pachinko machine to a conveyor above the gaming machine array device. A coin circulation device for coin-operated pachinko machines equipped with a coin introduction device that allows coins to be taken in has been proposed in Japanese Utility Model Application Publication No. 1965-1983.

Problems to be Solved by the Invention It is an object of the present invention to significantly simplify the internal structure of a gaming machine row device by unifying a collection device, and to polish the coins collected together with a polishing device so that the coins and coins can be polished by a polishing device. Coins are automatically sorted by a sorting device, and only the coins are transported as they are by a coin lifting device and circulated within the gaming machine array device, and the staff only have to collect the coins that have been sorted and flowed out. , the interior of the gaming parlor can be further streamlined, and the first coin transfer means replenishes the coins input from outside the coin distribution device to the coin dispensing device of one gaming machine array device, and the second coin transfer device supplies coins to the coin dispensing device of one gaming machine row device, and the second coin transfer device By transferring the overflowing coins from the overflow outlet of the device to the coin feeding device of another gaming machine array device, coins can be supplied to the gaming machine array from, for example, a control room using a single transfer means, and coins can be withdrawn. A coin capable of delivering an average number of coins to each gaming machine array device by loading the coins transferred by the second coin transfer means into the coin sending device of another gaming machine array device. An object of the present invention is to provide a coin distribution device for a type game machine array device.

Means for Solving the Problems The present invention provides a system in which each coin-operated gaming machine and each coin lending machine are installed above a gaming machine array device in which a plurality of rows of coin-operated gaming machines and coin lending machines that eject coins by inserting coins are installed. A coin transfer device that communicates with the machine and transfers the coins so as to be able to supply the coins, and a coin recovery device that communicates with at least each of the coin-operated gaming machines and collects the coins flowing out from each of the coin-operated gaming machines is provided below; A coin distribution device for a coin-operated gaming machine array device, which is provided with a coin transport device that communicates with the coin transfer device and the coin recovery device and transports the collected coins, so that coins are circulated within the gaming machine array device. The coin-operated gaming machine is provided with a coin storage device that stores coins as prizes and a coin extraction device that makes it possible to extract coins from the coin storage device to the outside of the machine, and the coin transfer device includes each coin storage device. A coin retrieving device is provided that allows coins transferred to the coin-operated gaming machine and each coin lending machine to be taken into the coin storage device and the storage section of the coin lending machine, and the coin collecting device is configured to collect the coins. It consists of a conveying device that is disposed below the coin extracting device and the coin lending machine and conveys the coins extracted by the coin extracting device and the coins that have flown down from the coin lending machine, and includes one end of the conveying device and the coin lifting device. A polishing device that polishes the coins and coins transported by this transportation device, and a sorting device that separately sorts the polished coins and coins in the post-process of the polishing device are interposed between the polishing device and the coins. A coin ejecting section of the device is connected to the coin transporting device, the coin ejecting section is opened to the outside of the coin distribution device, and a coin discharging device is provided facing the coin outlet of the coin transporting device of each gaming machine array device. , communicates a first coin transfer means for transferring coins inputted from outside the coin distribution device to the coin dispensing device of one gaming machine array device, and transfers the overflowed coins to the overflow outlet of the coin dispensing device to other games. A second coin transfer means for transferring the coins to the coin sending device of the machine array device is connected, and the second coin transferring means is provided with a coin receiving device corresponding to the coin sending device of another gaming machine array device. It has a configuration characterized by the following.

Effect Coins taken out from the coin storage device of a coin-operated game machine and coins flowing down from a coin lending machine are
They are conveyed together by a coin recovery device connected below them, sent to a polishing device and polished, and the polished coins and coins are sorted by a sorting device.
The coins are fed to the coin lifting device, lifted by the coin feeding device, supplied again to each coin-operated gaming machine and each coin lending machine by the coin transferring device, and circulated within the coin gaming machine row device, The coins are collected from the coin discharging section to the outside of the coin circulation device.

In addition, the first coin transfer means replenishes coins inserted from, for example, a control room into the coin sending device of one gaming machine array device, which is provided facing the coin outlet of the coin transporting device of each gaming machine array device. When the number of coins supplied to the coin dispensing device of one gaming machine array exceeds a certain amount, the second coin transfer means transfers the overflowing coins to the overflow outlet of the coin dispensing device to the coins of the other gaming machine array. The coin receiving means takes in the coins transferred by the second coin transferring means to the coin sending devices of other gaming machine array devices, and the average number of coins is delivered to each gaming machine array device. Ru.

Embodiment Hereinafter, an embodiment of the present invention will be described in detail based on the drawings. FIG. 1 shows a plan view of a coin game parlor having a coin distribution device for a coin type game machine array device.

In FIG. 1, a to d are various coin-operated game machine array devices, 1 is a coin-operated game machine such as a coin-operated pachinko machine, and 2 is a coin lending machine that dispenses coins by inserting coins, each of which is installed in multiple rows. This constitutes a gaming machine array device.

3 is a bill coin lending machine, 4 is a supply gutter, 5 is a management room, 6 is a control device, 7 is a coin lift, 8 is a polishing device, 9 is a communication gutter, 10 is a coin counting device, 11
12 is a printer, 12 is a counter, 13 is a prize exchange place, and 14 is a coin lifter that communicates with a coin recovery device consisting of a transport device 21' that collects coins spilled from each coin-operated pachinko machine 1 and transports the collected coins. A sending device 15 is a coin sending device, and 16 is provided above each of the coin-operated gaming machine row devices a to d, and communicates with each coin-operated pachinko machine 1 and each coin lending machine 2 to transfer coins so as to be able to supply them. Coin transfer device, A to C respectively indicate coin transfer means,
Coins are circulated within the coin-operated gaming machine array devices a to d.

2 to 16 show details of each portion of FIG. 1.

In FIG. 2, prize coins earned by the player and exchanged for prizes at the prize exchange place 13 are put into a hopper 17, and a coin counting device 10
are counted and recorded on a sheet by the printer 11.

The counted coins pass through a connecting gutter 9, are polished by a polishing device 8, and are then placed on a receiving portion 19 of an endless belt 18 of a coin lift 7 and transported.

The transported coins are transferred to the first coin transport means A.
and is returned to the coin-operated gaming machine array device a.

The polishing device 8 includes a buff, felt, leather, etc. roller 20 driven by a motor M.
Grind the coin by holding it in place.

Polishing accuracy can be improved by making the rotational speeds of the opposing rollers 20 different.

FIG. 3 shows a coin-operated gaming machine array device a.

A belt conveyor 21 as a coin transfer device is installed at the top of the machine row, and a conveyance device 21' as a coin recovery device is installed at the bottom.

A coin sending device 23 is provided at the front end of the belt conveyor 21 which serves as a coin outlet of the coin lifting device 14, and a first coin feeding device 23 is provided to transfer coins from the management room 5 to the coin feeding device 23 of one coin-operated gaming machine row device a.
A predetermined number of coins are sent onto the belt conveyor 21 in response to a signal from the control room 5.

Corresponding to each coin-operated pachinko machine 1 and each coin lending machine 2, the belt conveyor 21 stores coins in a storage tube 29 as a coin storage device of each coin-operated pachinko machine 1 and a coin storage part of the coin lending machine 2. Coin retrieval device 24 that allows coin retrieval into the storage tube 51
is provided.

This is designed to replenish coins after the store is closed, replenish coins at the stop table, and replenish coins at the coin lending machine 2 while the store is open.

The coin flow path of the coin-operated pachinko machine 1 includes a supply gutter 25, a receiving gutter 26, a coin sorter 27, a coin rail 28, a storage cylinder 29, and a coin shortage detector 3.
0, a coin extraction device 31 that allows coins to be extracted from the storage cylinder 29 to the outside of the machine, a coin ejection device 32,
It is composed of a extraction gutter 33 and an overflow gutter 34.

Coins inserted by the player from the coin input port 82 pass through the coin sorter 27, roll on the coin rail 28, and fall into the storage cylinder 29.

When there is a shortage of coins in the storage cylinder 29, a coin shortage detector 30 detects and notifies the management room 5.

The coin sending device 23 is activated by a signal from the control room 5.
operates, and a predetermined number of coins are transferred to the belt conveyor 21.
The coins sent upward fall from the coin receiving device 24 through the supply gutter 25 and the receiving gutter 26, and then reach the coin rail 28.
The water is passed through and pooled into the storage cylinder 29.

The coin ejecting device 32 ejects a predetermined number of award coins into the tray 83 when, for example, a prize mode is completed in the game.

A coin recovery device consisting of at least a conveying device 21' for recovering coins that have flowed out from each coin-operated pachinko machine 1 is disposed below the coin extraction device 31 and the coin lending machine 2. Overflow gutter 34
Then, after closing, the coins extracted from the storage tube 29 by the coin extraction device 31 fall from the extraction gutter 33, and the coins flowing down from the coin lending machine 2 fall from the coin ejection gutter 35, and these are transferred to the conveying device 21'. The coins are transported to a polishing device 8' interposed between one end of the coin transporting device 14 and the pool portion 38 of the coin transporting device 14.

The coin transfer speeds of the polishing device 8' and the conveying device 21' are set to be the same.

The polished coins and coins are sorted by a sorting device 36, and the coins fall into a cash box 37.
The coins are sent to pool section 38.

The coins sent to the pool section 38 are transported to the coin sending device 23 by the coin lifting device 14.

Incidentally, coins exchanged as prizes from the first coin transfer means A are also transferred to the coin sending device 23 of the coin-operated gaming machine array device a.

As shown in FIG. 4, the coin receiving device 24 is
A solenoid 39 is actuated by a signal from the control room 5, and a take-in valve 40 rotates on the belt conveyor 21 about a shaft 41, causing the coins to fall into the take-in gutter 22.

FIG. 5 shows a coin extractor 31 and a coin ejector 32.

The coin extraction device 31 is provided with a solenoid 41, a link piece 42, an extraction slide plate 44 whose one end is loosely fitted into a long hole of the link piece 42, and an extraction slide plate 44 located above the coin ejection gutter 50 when inactive. Consisting of holes 45.

When all the coins in the storage cylinder 29 are to be discharged, the solenoid 41 is actuated by a signal from the control room 5, and the link piece 42 is rotated counterclockwise.

The extraction slide plate 4 is removed by rotating the link piece 42.
4 moves in the horizontal direction, and its hole 45 is the extraction gutter 33
All the coins in the storage tube 29 located above are removed from the extraction gutter 3.
Fall to 3.

The coin ejection device 32 includes a solenoid 46, a link piece 47, an ejection slide plate 48, and a hole 49 in the ejection slide plate 48, which is located below the storage cylinder 29 when inactive and accommodates one coin.

When the prize mode is completed in the game, the solenoid 46 is activated, the link piece 47 is rotated clockwise, and the ejection slide plate 48, which accommodates one coin in the hole 49, is moved so that the hole 49 is above the coin ejection gutter 50. The coin in the hole 49 falls through the coin discharge gutter 50 and is discharged into the receiving tray 83.

This operation is repeated as required to award a predetermined number of prize coins to the player.

FIG. 6 shows the coin lending machine 2.

The coin lending machine 2 includes a storage section including a coin storage tube 51, a coin shortage detector 52, a coin outage detector 53, a solenoid 54, a link piece 55, a protruding plate 56, and a coin receptacle 57.

When a coin is inserted, the solenoid 54 is activated, the link piece 55 rotates counterclockwise, and a fixed number of coins (three coins in this case) are dropped into the coin receptacle 57.

When the coin-out detector 53 turns OFF, the coin lending machine 2 stops and prevents coin insertion.

Before that, the coin shortage detector 52 detects the shortage of coins and notifies the management room 5, and if the management room 5 turns on the replenishment switch of the coin lending machine 2 that has run out of coins, or automatically, the coin dispensing device 23, The coin receptacle 24 is activated to quickly replenish coins.

7 to 10 show the upper belt conveyor 21
The mechanism of coin circulation between the upper and lower transport devices 21' is shown.

A sorting device 36 is interposed between the polishing device 8' and the pool portion 38 of the coin lifting device 14 to separate the polished coins and coins, respectively.

In this sorting device 36, 58 is a leveling plate;
59 is an alignment plate, 60 is a gauge hole of the sorting device 36,
Reference numeral 61 denotes a hopper, and the coin discharge section of this sorting device 36 is connected to the pool section 39 of the coin transport device 14, and the coin discharge section is connected from the hopper 61 to a cash box 37 outside the coin distribution device.

Reference numeral 62 designates an intake port for receiving coins lifted from the coin transport device 14, and 63 designates a coin drop port of the first coin transport means A.

The coins on the conveying device 21' are leveled by a leveling plate 58, aligned by an alignment plate 59 corresponding to the sorting rail of the sorting device 36, and passed over a gauge hole 60 with a diameter of m slightly larger than the diameter of the coin.

At this time, coins with a diameter slightly larger than the sorting rail width l pass through, and only the coins fall into the hopper 61 and are pooled in the cash box 37.

The coins that have passed through the sorting rail and flowed down into the pool section 38 are placed on the receiving section 19 on the endless belt 18 and introduced into the coin sending device 23 through the intake port 62.

FIG. 11 shows the coin dispensing device 23 of the coin-operated gaming machine array device a.

The coin sending device 23 includes a hopper 65, an actuation plate 66 for overflow detection, and a drive switch thereof.
SW1, guide piece 67, overflow outlet 64,
Sending disk 68, detector 69, operating plate 70 for coin shortage detection and its drive switch SW2, second
It consists of a coin transfer means B and its endless belt 71.

Coin sending device 23 of coin-operated gaming machine array device a
The overflow outlet 64 of
A second coin transport means B is connected to the coin transport device 23'.

When the number of coins supplied from the intake port 62 and drop port 63 exceeds a certain number, the operating plate 66 swings to turn on the drive switch SW1, the second coin transfer means B is driven, and the overflow on the guide piece 67 is activated. The coins are sequentially transported by an endless belt 71.

FIGS. 12 and 13 show the coin feeding devices 23' of the coin-operated game machine array devices b, c, and d and the coin capturing devices 72 serving as coin capturing means.

The coin sending device 23' includes a hopper 65', an intake port 62', an overflow detection actuation plate 66' and its drive switch SW1, a guide piece 67' for overflowing coins, an intake port 73, a guide plate 74,
Actuation plate 70' for detecting coin shortage, its drive switch SW2, and drive switch for coin taking device 72
It consists of SW3, intake valve 75, and solenoid 76.

The second coin transfer means B is provided with a coin take-in device 72 as a coin take-in means, corresponding to the coin feed devices 23' of the other gaming machine array devices b, c, and d.

When the drive switch SW2 is turned on by the coin shortage detection operating plate 70', the second coin transfer means B and the third coin transfer means C are activated (see FIG. 14).

At the same time as the drive switch SW2 is turned on, the drive switch SW3 is turned on (see Fig. 15), the pilot lamp 77 lights up, and the coin receiving device 72 is turned on.
The solenoid 76 connects the intake valve 75 to the endless belt 71.
Endless belt 71 rotated upward and overflowed
The upper coin is fed into the hopper 65' from the intake port 73 via the guide plate 74.

Note that the second coin transfer means B and the third coin transfer means C can also be operated by a manual switch SW4.

As shown in FIG. 16, when the hoppers 65, 65' of any of the coin-operated game machine array devices a to d are full and there is no need to supply coins, the coins are transferred to the end of the second coin transfer means B. Provided inclined rail 78
The remaining coins are supplied to the coin storage tube 80 of the banknote coin lending machine 3 through the drop opening 79 of the banknote coin lending machine 3, and the remaining coins are dropped into the gutter 81 by the third coin transfer means C, and the coins are fed into the coin storage tube 80 of the coin-operated gaming machine row device a. It is supplied to the pool section 38 of the feeding device 14.

Coins are supplied to the other banknote/coin lending machine 3' from the first coin transfer means A by operating a coin retrieval device as needed.

Note that the replenishment speed to each coin-operated pachinko machine 1 and coin lending machine 2 can be arbitrarily set based on the delivery speed of the hopper-type coin delivery device 23 and the conveyance speed of the belt conveyor 21.

Effects of the Invention The coin distribution device for a coin-operated gaming machine array device of the present invention has a coin distribution device for a gaming machine array device, compared to a conventional coin distribution device that collects coins and coins separately. The internal structure is significantly simplified by unifying the collection device, which not only simplifies the installation and electrical wiring of the coin-operated game machine and the coin lending machine, but also makes maintenance and inspection easier.

In addition, the coins and coins that are collected are polished, making them easier to handle.
There is no need to worry about getting the players' hands dirty or the staff's hands getting dirty.

Furthermore, the coins are automatically sorted by the sorting device, and only the coins are transported as they are by the coin transport device and circulated within the gaming machine array device, so the staff only need to collect the coins. It is possible to further rationalize the inside of the game store.

Furthermore, the first coin transfer means replenishes coins from, for example, a control room to the coin dispensing device of one gaming machine array device, and the amount of coins supplied to the coin dispensing device of one gaming machine array device exceeds a certain number. When this happens, the second coin transfer means transfers the overflowing coins from the overflow outlet of the coin dispensing device to the coin dispensing device of another gaming machine array device, so that the game can be played from the control room etc. by the single transfer device. Coins can be supplied to the machine row, and the coin receiving means takes in the coins transferred by the second coin transfer means to the coin sending devices of other gaming machine row devices, thereby increasing the average number of coins to each gaming machine row device. coins can be delivered.

[Brief explanation of drawings]

Fig. 1 is a plan view schematically showing the implementation of the present invention in a game parlor, Fig. 2 is a schematic front view showing a device for returning coins from a prize exchange place to a gaming machine row device, and Fig. 3 is a coin FIG. 4 is a partially cutaway front view showing the circulation of coins in the coin-operated gaming machine array device a, and FIG. 6 is a sectional view of the coin extraction device and coin ejecting device of the coin-operated gaming machine, FIG. 6 is a sectional view of the main parts of the coin lending machine, and FIG.
The figure is an enlarged front view of the main parts showing details around the coin lifting device in Figure 2 of the first coin-operated game machine array device;
Figure 8 is a side view of the coin lifting device, Figure 9 is
The belt conveyor, polishing device, sorting device shown in Fig. 7,
The plan sectional view of the pool section, Figure 10, is the same as that of Figure 9.
A sectional view taken along line A'-A', FIG. 11 is a sectional view of the hopper of coin-operated gaming machine array a, and FIG. 12 is a partial cross-section of the hopper of coin-operated gaming machine arrays b, c, and d. 13 is a plan view of FIG. 12, and FIG. 14 is a plan view of FIG.
Figure 15 is an electrical circuit diagram for operating the overflow coin transfer device, Figure 15 is an electrical circuit diagram for operating the overflow coin capture device, and Figure 16 is a banknote coin lending diagram for overflow coins that have not been captured in the hopper. FIG. 2 is a perspective view showing a route for supplying coins to the machine and returning remaining coins to the coin-type gaming machine array device a. 1... Coin-operated pachinko machine, 2... Coin lending machine, 3, 3'... Bill coin lending machine, 4... Supply gutter,
5... Management room, 6... Control device, 7... Coin lift, 8, 8'... Polishing device, 9... Connection gutter, 1
0... Coin counting device, 11... Printer, 1
2... Counter, 13... Prize exchange, 14...
... Coin lifting device, 15 ... Coin sending device, 1
6... Coin transfer device, 17... Hopper, 18
... Endless belt, 19 ... Receiving section, 20 ... Roller, 21 ... Belt conveyor, 21' ... Conveying device, 22 ... Intake gutter, 23, 23' ... Coin sending device, 24 ... Coin Taking-in device, 25... Supply gutter, 26... Receiving gutter, 27... Coin sorter, 28
... Coin rail, 29 ... Storage cylinder, 30 ... Coin shortage detector, 31 ... Coin extraction device, 32
... Coin discharge device, 33 ... Extraction gutter, 34 ...
Overflow gutter, 35... Coin discharge gutter, 36...
...Sorting device, 37...Cash box, 38
... Pool part, 39 ... Solenoid, 40 ... Intake valve, 41 ... Shaft, 42 ... Link piece, 43 ...
Shaft, 44... Extraction slide plate, 45... Hole, 46
... Solenoid, 47 ... Link piece, 48 ... Discharge slide plate, 49 ... Hole, 50 ... Coin discharge gutter, 51 ... Coin storage tube, 52 ... Coin shortage detector, 53 ... Coin runout detection vessel, 54... solenoid, 55... link piece, 56... protruding plate,
57... Coin socket, 58... Leveling board, 59...
...alignment plate, 60...gauge hole, 61...hopper, 62, 62'...intake port, 63...drop port,
64, 64'... Overflow outlet, 65, 6
5'... Hopper, 66, 66'... Operating plate, 6
7, 67'... Guide piece, 68... Delivery disk,
69...detector, 70...operating plate, 71...endless belt, 72...coin take-in device, 73...take-in port, 74...guide plate, 75...take-in valve, 76...
Solenoid, 77...Pilot lamp, 78...
... Inclined rail, 79 ... Drop opening, 80 ... Coin storage tube, 81 ... Gutter, 82 ... Coin slot, 83
...Saucer, a, b, c, d...Coin-operated game machine array device, A...First coin transfer means, B...Second
Coin transfer means, C...Third coin transfer means, M...Motor, SW1, SW2, SW3...
Drive switch, SW4...manual switch.

Claims (1)

[Claims] 1. Coins can be supplied by contacting each coin-operated gaming machine and each coin lending machine above a gaming machine array device in which a plurality of rows of coin-operated gaming machines and coin lending machines that eject coins by inserting coins are installed. A coin recovery device is provided below the coin transfer device to be transferred, and a coin recovery device is provided below the coin transfer device for communicating with at least each coin-type gaming machine to recover coins flowing out from each of the coin-type gaming machines, and the coin transfer device and the coin recovery device are connected to each other. In a coin distribution device for a coin-operated gaming machine array device, which is provided with a coin transport device that communicates and transports collected coins to circulate coins within the gaming machine array device, the coin-operated gaming machine has the following features: A coin storage device that stores coins as prizes and a coin extraction device that makes it possible to remove coins from the coin storage device to the outside of the machine are provided, and the coin transfer device has a coin storage device that stores coins as prizes and a coin extraction device that allows coins to be removed from the coin storage device to the outside of the machine. A coin retrieving device is provided that allows coins to be transferred to be taken into the storage portions of the coin storage device and the coin lending machine, and the coin collecting device is disposed below the coin extraction device and the coin lending machine. The coins are transported by the transport device between one end of the transport device and the coin lifting device. A polishing device that polishes the polished coins and coins, and a sorting device that separately sorts the polished coins and coins are interposed in the post-process of the polishing device, and the coin ejecting section of the sorting device is connected to the coin ejecting section of the sorting device. The coin ejecting section is opened to the outside of the coin distribution device, and a coin feeding device is installed facing the coin outlet of the coin transport device of each gaming machine row device, and the coin feeding device of one gaming machine row device is connected to the coin discharging device. A first coin transfer means for transferring coins inserted from outside the coin distribution device is connected to the device, and coins overflowing to an overflow outlet of the coin dispensing device are transferred to a coin dispensing device of another gaming machine array device. A coin-operated gaming machine array device, characterized in that a second coin transferring means is connected to the second coin transferring means, and a coin receiving means is provided in the second coin transferring means in correspondence with a coin sending device of another gaming machine array device. coin distribution device.