JP2529608Y2 - Pachinko ball control system - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION [Industrial Application Field] The present invention relates to a pachinko ball control system that controls the movement of a pachinko ball held by a plurality of pachinko islands having a pachinko gaming machine among the plurality of pachinko islands. .

[Prior Art] Conventionally, as a pachinko ball control system for controlling the movement of pachinko balls possessed by a plurality of pachinko islands among a plurality of pachinko islands, a pachinko ball replenishing device of a pachinko hall shown in Japanese Utility Model Publication No. 55-49828 is used. There is a sphere mass averaging device between each island.

According to this conventional technology, when it is anticipated that a shortage of pachinko balls supplied to a pachinko machine operating on a pachinko island is expected, pachinko balls stored in a large floor tank installed at a prize exchange are expected. Pachinko balls are resupplied to each pachinko island via a gutter connecting the floor tank and the storage tank above each pachinko island.

However, the above-mentioned conventional technology, in order to replenish the shortage of pachinko balls on each pachinko island, connects a floor tank of a prize exchange place installed away from the pachinko island, and connects the floor tank and a storage tank at the top of each pachinko island. Because of the use of gutters, there is a need to secure the installation space for floor tanks, the cost of installing floor tanks and gutters increases, and complicated piping of gutters impairs the beauty of pachinko halls Or it takes too much time to replenish the shortage of pachinko balls on each pachinko island.

In addition, there is a pachinko ball holding amount averaging apparatus shown in Japanese Patent Publication No. 62-24110.

This prior art removes all equipment corresponding to the floor tanks and gutters described above, and installs a relay tank for storing pachinko balls and a prize ball counter for returning prize balls acquired by a player on each pachinko island, The amount of pachinko balls in the relay tank provided on the own island is detected, and when the amount of pachinko balls reaches a predetermined value or more, the premium ball counter on the own island is stopped. Then, since the player has to return the prize ball to the prize ball counter of another island that can be returned, the pachinko balls held by each pachinko island can be averaged.

However, in order to achieve pachinko ball averaging, the prior art described above requires the player to search for a prize counter that can return the prize ball, and not to search with a heavy box full of prize balls. It is not preferable for the player, and is also not preferable in terms of pachinko hall service.

In addition, there is a ball circulation equalizing mechanism between pachinko machine-installed islands described in Japanese Patent Publication No. 54-5740.

This prior art removes the equipment corresponding to the floor tank and the gutter connecting the floor tank and each pachinko island, crosses a connection gutter for passing a pachinko ball between the own island and an adjacent island, and through this connection gutter. The pachinko balls are circulated between the pachinko islands to even out the pachinko balls held by each pachinko island.

[Problem to be solved by the invention] However, the conventional technology disclosed in Japanese Patent Publication No. 54-5740 is that the pachinko ball possession on the island is not maximized.
Pachinko balls supplied from the island to the neighboring island do not flow through the connecting gutter.

That is, when the pachinko balls are not secured to the maximum extent in the own island, and there is a sudden shortage of pachinko balls in the adjacent island, there is a problem that the supply of the pachinko balls from the own island to the adjacent island is delayed.

Therefore, the present invention provides a pachinko ball control that can actively supply pachinko balls secured on the island to the neighboring islands in response to the demands of the neighboring islands, even if the pachinko balls on the island are not fully secured. It is to provide a system.

[Means for Solving the Problems] In order to achieve the above-mentioned object, the pachinko ball control system of the present invention is configured to move a pachinko ball held by a plurality of pachinko islands having a pachinko game machine between the plurality of pachinko islands. A pachinko ball control system for controlling, wherein at least one of the plurality of pachinko islands includes a counting device for counting a prize ball returned by a player, and each of the plurality of pachinko islands automatically controls the pachinko ball. Pachinko ball supply means enabling supply of pachinko balls from an island to an adjacent island, and pachinko ball receiving means enabling supply of pachinko balls from an adjacent island to its own island,
A pachinko ball receiving tank capable of receiving the pachinko balls supplied to the island through the pachinko ball receiving means, a reducing machine capable of transporting the pachinko balls in the pachinko ball receiving tank, and a reducing machine transported by the reducing machine The pachinko ball, the pachinko ball distributing means to be able to supply the pachinko ball preferentially in the order of the pachinko machine on the own island, the neighboring island, the receiving tank on the own island, and the amount of pachinko balls held in the pachinko ball receiving tank. Pachinko ball amount measuring means for measuring and outputting a signal, operating based on the signal of the pachinko ball amount measuring means, to stop the flow of the pachinko balls supplied from the island to the neighboring island, or from the neighboring island It is characterized by comprising pachinko ball stopping means capable of stopping the flow of the pachinko ball received on its own island.

[Operation] At least one of the plurality of pachinko islands is provided with a counting device for counting the prize balls returned by the player, and the prize balls returned by the player are counted by the counting device.

In addition, each of the plurality of pachinko islands, pachinko ball supply means capable of supplying pachinko balls from the island to the adjacent island,
Pachinko ball receiving means for receiving pachinko balls from the adjacent island to the own island is provided, and the movement of the pachinko balls between the pachinko islands is performed via the pachinko ball supplying means and the pachinko receiving means.

Pachinko balls supplied from the neighboring island can be received in the pachinko ball receiving tank provided on the island, the pachinko balls are transported by the reducing machine in the pachinko ball receiving tank, and the pachinko balls are distributed by the pachinko ball sorting means, The pachinko machine on the island itself, the neighboring island, and the receiving tank on the island will be supplied in that order.

Pachinko ball amount measuring means for measuring the amount of pachinko balls held in the receiving tank and outputting a signal is provided, and pachinko stopping means operating based on the signal controls the flow of pachinko balls supplied from the own island to the adjacent island. Stop or stop the flow of pachinko balls supplied to the island from the neighboring island.

In this way, the movement of the pachinko ball is controlled between a plurality of pachinko islands having pachinko gaming machines.

Hereinafter, an embodiment of the present invention will be described with reference to the drawings.

In the description, the pachinko ball supplying means, the pachinko ball receiving means, the pachinko ball receiving tank, the pachinko ball distributing means, the pachinko ball amount measuring means, and the pachinko ball stopping means according to the present invention are each provided with a supply gutter 6, Receiving gutter 7, both tanks 5A, 5B (receiving tank 5A, adjusting tank 5B),
The small box 4, the two switches 15a and 15b (upper limit switch 15a, lower limit switch 15b), and the receiving opening / closing valve 14a.

FIG. 8 is a view showing the entire inside of the pachinko game hall, and a plurality of pachinko islands 1 are arranged in parallel with the pachinko game hall. Each of the pachinko islands 1 is provided with a small box 4 at the top thereof. Further, a supply gutter 6 for supplying a pachinko ball to an adjacent island is provided between the adjacent pachinko islands 1 such that the supply gutter 6 is inclined obliquely downward toward the adjacent island so as to be bridged through the small box 4. Further, a receiving gutter 7 for receiving a pachinko ball from an adjacent island is provided to be inclined obliquely upward toward the adjacent island.

Reference numeral 17 denotes a counting device that counts pachinko balls. When a prize ball obtained by a player is returned to the counting device 17, the number of the prize ball is counted and, for example, a receipt in which a count value is written is issued to the player. Device. The prize balls, ie, the pachinko balls, after being counted are returned to the outrail in the pachinko island 1 described later. 19 is a prize exchange place, and when the player brings the above-mentioned receipt to the prize exchange place 19,
A prize according to the count value is given to the player.

FIG. 7 is a view showing the internal structure of the small box 4. The small box 4 has the above-described opening ends of the supply gutter 6 and the receiving gutter 7, and the reduction machine 2
, A supply gutter 8, a communication gutter 9, and an opening end of the overflow path 11 are gathered.

Although details will be described later, the pachinko balls carried by the reducing machine 2 are discharged from the discharge port 3 and fall toward the bottom of the small box 4. Then, the pachinko ball is first guided to the opening end of the supply gutter 8 that opens at the bottom of the small box 4, flows along the slope of the supply gutter 8 toward the side of the pachinko island 1, and the pachinko ball held by the pachinko island 1 Machine (not shown). When the pachinko balls in the supply gutter 8 are almost full, the pachinko ball holding amount of the small box 4 increases, and the increased pachinko balls reach the opening end of the connecting gutter 9 and fall downward from the opening end. When the pachinko balls in the connecting gutter 9 become full, the pachinko ball holding capacity of the small box 4 further increases, and the increased pachinko balls reach the opening end of the supply gutter 6 after reaching the opening end of the receiving gutter 7 and open. It can be supplied to the neighboring island from the end. When the pachinko ball holding amount in the small box 4 further increases, the increased pachinko balls pass over the open end of the overflow path 11 and fall downward from the open end of the overflow path 11.

 The small box 4 has a structure as described above.

FIG. 1 is a view showing the internal structure of the pachinko island 1, in which a small box 4 is installed on the upper part of the pachinko island 1 as described above, and a supply gutter 6 and a receiving gutter 7 are provided on the small box 4. Have been.

At a substantially center of the pachinko island 1, a reducing machine 2 that lifts and transports the pachinko balls while polishing dirt on the pachinko balls is provided upright. A discharge port 3 for discharging pachinko balls is formed at the upper part of the reducing machine 2, and the discharge port 3 is inserted from the side of the small box 4 and opens toward the inside of the small box 4. On the left and right of the upper part of the pachinko island 1, there is a supply gutter 8 extending obliquely downward from the bottom of the small box 4 toward the side of the pachinko island 1.
Is provided. Outrails 10a and 10b are provided on the left and right of the lower part of the pachinko island 1 and extend obliquely downward from the side surface of the pachinko island 1 toward the lower part of the reduction machine 2. The open end on the upstream side of the outrail 10a faces the counting device 17 provided on the side surface (left side in the drawing) of the pachinko island 1, and the open end on the downstream side of the outrail 10a is
Facing the pachinko ball inlet. Then, the pachinko balls returned to the counting device 17 flow along the slope of the outrail 10a and are guided to the pachinko ball inlet of the reducing machine 2. The downstream open end of the outrail 10b also faces the vicinity of the pachinko ball inlet of the reducing machine 2.

A box-shaped receiving tank 5A and an adjusting tank 5B are provided on the left and right of the pachinko island 1 in the space below the waist centering on the reduction machine 2. The receiving tank 5A is the outrail 10
It has a bottom surface 16a with a gentler slope than a, and the bottom surface 16a
One end on the downstream side faces the vicinity of the pachinko ball inlet of the reducing machine 2. Similarly, the adjustment tank 5B also has a bottom surface 16b that is gentler than the above-described outrail 10b, and one end on the downstream side of the bottom surface 16b faces the vicinity of the pachinko ball inlet of the reducing machine 2.

Further, on the side (front of the figure) of the receiving tank 5A, an upper limit switch 15a and a lower limit switch 15b for measuring the amount of pachinko balls held in the receiving tank 5A are arranged vertically, and similarly, the adjusting tank 5B An upper limit switch 15c and a lower limit switch 15d for measuring the amount of pachinko balls held in the adjustment tank 5B are vertically arranged on the side surface (front side in the figure).

Between the small box 4 and the receiving tank 5A, there is provided a communication gutter 9 for returning the pachinko balls in the small box 4 into the receiving tank 5A, and one of the open ends of the communication gutter 9 is connected to the small box 4A. Opening in,
It faces a position higher than the supply gutter 8 and lower than the opening end of the receiving gutter 7. Also, the other open end of the connecting gutter 9 is
It opens inside the receiving tank 5A and faces above the upper limit switch 15a. The communication gutter 9 has a receiving opening / closing valve 14a for stopping the flow of pachinko balls flowing in the communication gutter 9 as necessary.
Is provided.

At the approximate center of Pachinko Island 1, an overflow path for returning the pachinko balls in the small box 4 to the receiving tank 5A and the adjusting tank 5B
11 are provided. One of the open ends of the overflow path 11 is opened in the small box 4 and faces a position higher than the open end of the supply gutter 6 and lower than the discharge port 3 of the reducing machine 2. At the lower end of the overflow path 11, a distributor 12 for distributing the pachinko balls falling from the overflow path 11 substantially uniformly is provided, and furthermore, the receiving tank 5A and the lower end of the distribution 12 near the lower end. In the adjustment tank 5B, overflow gutters 13a and 13b extending obliquely and obliquely are provided. Further, on the receiving tank 5A side of the distributor 12, an adjustment opening / closing valve 14b for stopping the flow of the pachinko balls flowing to the receiving tank 5A side as necessary is provided.

 Next, the operation will be described.

 First, the basic operation will be described with reference to FIG.

Pachinko balls as out balls generated during a game with a pachinko machine provided on pachinko island 1 are outrails 10a and 1
0b, flows down the slopes of the outrails 10a and 10b, and is guided to the pachinko ball inlet of the reducing machine 2. Then, the pachinko balls are polished and transported by the reducing machine 2 and discharged from the discharge port 3 toward the inside of the small box 4. Then, the pachinko balls discharged from the discharge port 3 flow down along the slope of the supply gutter 8 having the open end facing the bottom of the small box 4, and are supplied to the pachinko machine on the island.

Next, a detailed operation will be described with reference to FIGS.

FIGS. 3 and 5 show a substantially initial state of the pachinko island just after the pachinko hall was opened. The pachinko balls in the small box 4, the receiving tank 5A and the adjusting tank 5B are almost full. It is a state of quantity.

Pachinko balls as out balls generated during a game with a pachinko machine provided on pachinko island 1 are outrails 10a and 1
0b, flows down the slopes of the outrails 10a and 10b, and is guided to the pachinko ball inlet of the reducing machine 2. Similarly, the pachinko balls in the receiving tank 5A and the adjusting tank 5B also flow down along the bottom surfaces 16a and 16b, and are guided to the vicinity of the pachinko ball inlet of the reducing machine 2.

The bottom 16a of the receiving tank 5A and the bottom 1 of the adjustment tank 5B
By forming the inclination of 6b to be gentler than the inclination of the outrail 10a and the inclination of the outrail 10b, the flow of the pachinko balls flowing through the outrails 10a and 10b is higher than the flow of the pachinko balls flowing through the bottom surfaces 16a and 16b of both tanks. The pachinko balls flowing outrail become stronger and are guided preferentially to the pachinko ball inlet of the reducing machine 2.

The pachinko balls guided to the pachinko ball inlet of the reducing machine 2 are transported while being cleaned by the reducing machine 2 while dirt is polished, and are directed into the small box 4 from the discharge port 3 provided at the upper part of the reducing machine 2. Is discharged. The inside of the small box 4 is almost full,
The pachinko balls discharged into the small box 4 fall downward from the opening end of the overflow path 11 and are guided to the distributor 12, where they are almost equally distributed by the distributor 12 and are guided to the overflow gutters 13a and 13b. .
The pachinko balls flow down along the slopes of the overflow gutters 13a and 13b, and fall from the sides of the overflow gutters 13a and 13b to be returned into the receiving tank 5A and the adjustment tank 5B. While the player is playing the game, the pachinko balls are supplied to the pachinko machine on the island via a supply gutter 8 having an open end on the bottom surface of the small box 4, and discharged into the small box 4. Pachinko balls are used for supplying pachinko machines on the island.

 In this way, pachinko balls are circulated within the island.

The state shown in FIG. 3 also indicates a state in which a pachinko ball is required from an adjacent island, and the pachinko ball reaching the opening end of the supply gutter 6 is transferred to the adjacent island via the supply gutter 6. This shows a state in which supply is possible. Further, the opening end of the receiving gutter 7 is closed by the pachinko balls in the small box 4, and the flow of the pachinko balls supplied from the adjacent island is stopped.

In addition, the amount of pachinko balls held in the receiving tank 5A is the upper limit switch
The upper limit switch 15a outputs an electric signal, and the receiving opening / closing valve 14a is closed by this signal to stop the pachinko ball that is going to flow down the communication gutter 9. In addition, the amount of pachinko balls held in the adjustment tank 5B is
c, the upper limit switch 15c outputs an electric signal, and the adjustment on / off valve 14a is opened by this signal.

2 and 4 show a state in which the pachinko ball possession on the own island is decreasing, and such a state occurs when the number of outgoing balls of the pachinko machine on the own island increases.

Although details will be described later, the adjustment on-off valve 14b is closed, which indicates that the pachinko ball holding amount of the adjustment tank 5B has not reached the upper limit switch 15c.

2, the pachinko ball holding amount of the small box 4 reaches the opening end of the supply gutter 6, and the pachinko balls can be supplied to the adjacent island via the supply gutter 6. Further, the opening end of the receiving gutter 7 is closed by the pachinko balls in the small box 4, and the flow of the pachinko balls supplied from the adjacent island is stopped.

When the number of pachinko balls on the island increases, the amount of pachinko balls flowing through the supply gutter 8 increases, and the pachinko balls supplied from the supply gutter 8 to the pachinko machines on the island go out of the pachinko island 1. As a prize ball. Therefore, the amount of pachinko balls held in the small box 4 decreases, and the outrail
The pachinko balls in the small box 4 are supplemented by transporting the pachinko balls in the receiving tanks 10A and 10B and the adjustment tank 5B (and the adjusting tank 5B) by the reducing machine 2. That is, the pachinko ball holding amount of the receiving tank 5A (and the adjusting tank 5B) gradually decreases.

The pachinko balls transported to the small box 4 by the reduction machine 2 are supplied to the pachinko machine on the island, and the amount of pachinko balls held in the small box 4 is reduced by the surplus of the transported pachinko balls. It is possible to reach the end and supply via the supply gutter 6 as required by the neighboring island.

When the number of throwing balls of the pachinko machine further increases, as shown in FIG. 4, the amount of pachinko balls held in the receiving tank 5A drops to the level of the lower limit switch 15b, and the lower limit switch 15b outputs an electric signal. The on-off valve 14a opens. Then, the pachinko balls in the connecting gutter 9 flow down and are guided into the receiving tank 5A, the pachinko ball holding amount of the small box 4 drops to the opening end of the receiving gutter 7, and the opening end of the receiving gutter 7 is opened. The pachinko balls received from the neighboring islands, the pachinko balls received from the neighboring islands are supplied to the pachinko machines on the own island through the supply gutters 8, and the pachinko balls which flow down into the receiving tank 5A via the connecting gutters 9 are provided. The ball is transported by the reduction machine 2 and transported to the small box 4
And supplied to the pachinko machine on the island via the supply gutter 8.

As is clear from the above, even if the maximum amount of pachinko balls held in the receiving tank 5A and the adjustment tank 5B on the own island is not secured, the pachinko balls secured on the own island will be proactively It is possible to supply to the island.

FIG. 6 shows a state in which the pachinko ball possession on the own island recovers, and such a state occurs when the prize ball obtained by the player is returned to the counting device 17 described above.

More specifically, FIG. 6 shows that the amount of pachinko held in the adjustment tank 5B has dropped to the lower limit switch 15d, and the lower limit switch 15d
Outputs an electric signal, which is used to regulate the on-off valve 14b.
Is closed, and the pachinko balls that are going to flow down the overflow gutter 13a are stopped. That is, adjust the pachinko ball to tank 5B
Leading inside.

When the prize ball is returned to the counting device 17, the pachinko ball as the prize ball goes down the outrail 10a. The pachinko balls flowing down the outrail are transported into the small box 4 by the reducing machine 2, fall down from the open end of the overflow path 11, are guided to the distributor 12, and flow through the overflow gutter 13 b. Via the adjustment tank 5B.

When the amount of pachinko balls held in the adjustment tank 5B recovers to the level of the upper limit switch 15c, the upper limit switch 15c outputs an electric signal, and the adjustment on / off valve 14b is opened by this signal. The pachinko balls transported to the small box 4 by the reducing machine 2 flow down the overflow path 11 and are almost equally distributed by the distributor 12 to be returned to the receiving tank 5A and the adjusting tank 5B. As described with reference to FIGS. 3 and 5, the pachinko balls are circulated in the island.

In this embodiment, the amount of pachinko balls held in the adjustment tank 5B is adjusted by the upper limit switch 15c, the lower limit switch 15d, and the adjustment opening / closing valve.
Using 14b, the tank is controlled independently of the receiving tank 5A, and the adjustment tank 5B is installed in an empty space on the pachinko island, so the pachinko island itself is larger than when only the receiving tank 5A is used. The maximum amount of pachinko balls that can be secured on the island without any problems can be further expanded, and it is possible to cope with the increasing amount of slingshots from pachinko machines.

As described above, according to the pachinko ball control system of the present invention, pachinko balls supplied from the adjacent island can be received by the receiving tank 5A and the adjusting tank 5B provided on the own island, and the receiving tank 5A and the adjusting tank 5B are provided. The pachinko balls inside are transported by the reducing machine 2, and the pachinko balls are
Pachinko machine on own island, tanks 5A and 5B on adjacent island and own island (receiving tank 5A, adjustment tank 5B) can be supplied in priority order, and upper limit switch 15a attached to receiving tank 5A
By closing the receiving opening / closing valve 14a, the flow of the pachinko balls supplied from the adjacent island to the own island is stopped, and the supply of the pachinko balls to the adjacent island is maintained. Then, when the pachinko ball holding amount of the receiving tank 5A drops to the lower limit switch 15b, the receiving opening / closing valve 14a is opened to receive the pachinko balls supplied from the adjacent island.

In other words, even if the island does not have the maximum number of pachinko balls, it is possible to actively supply pachinko balls from the island to the neighboring island in response to the request of the neighboring island, Even if a shortage occurs, we can respond quickly.

In addition, floor tanks are installed at the prize exchange hall,
Since it is not necessary to provide a gutter connecting the floor tank and the storage tank of each pachinko island, the space of the pachinko hall can be effectively used, the installation cost can be reduced, and the beauty of the pachinko hall can be improved.

Furthermore, since the movement of the pachinko balls is performed via the receiving gutter 6 and the supply gutter 7 spanned between the islands, the troublesome work of the player carrying the prize ball to compensate for the shortage of the pachinko balls is eliminated, Pachinko hall services will be improved.

[Effect of the Invention] According to the pachinko ball control system of the present invention, the pachinko ball supplied from the adjacent island can be received in the pachinko ball receiving tank provided on the own island, and the pachinko ball in the pachinko ball receiving tank is reduced. Transported by a machine, the pachinko balls can be supplied by pachinko ball sorting means in preference to the pachinko machine of the own island, the neighboring island, the receiving tank of the own island, and
Pachinko ball amount measuring means measures the amount of pachinko balls held in the pachinko ball receiving tank and outputs a signal, and based on the signal, the pachinko stopping means stops the flow of pachinko balls supplied from the own island to the adjacent island. Or, because the flow of pachinko balls supplied to the island from the neighboring island is stopped, even if the island does not secure the maximum number of pachinko balls, the pachinko balls can be removed from the island according to the request of the neighboring island. Positive supply to neighboring islands is possible, and even if there is a shortage of pachinko balls on neighboring islands, it is possible to respond quickly.

In addition, floor tanks are installed at the prize exchange hall,
Since it is not necessary to provide a gutter connecting the floor tank and the storage tank of each pachinko island, the space of the pachinko hall can be effectively used, the installation cost can be reduced, and the beauty of the pachinko hall can be improved.

Furthermore, since the movement of the pachinko balls is performed via the receiving gutter and the supply gutter spanned between the islands, the troublesome work of the player carrying the prize balls to compensate for the shortage of the pachinko balls is eliminated, and the pachinko hall is eliminated. Service is improved.

[Brief description of the drawings]

FIG. 1 is a front view showing the internal structure of the pachinko island stand, FIG.
FIGS. 4 to 5 are front views showing the operation of the receiving and opening valve corresponding to the amount of pachinko balls held in the receiving tank. FIGS. 5 and 6 show the operation of the adjusting on / off valve corresponding to the amount of pachinko balls held in the adjusting tank. FIG. 7 is a front view showing the internal structure of the small box installed on the upper part of the pachinko island stand, and FIG. 8 is a view showing the entire pachinko game hall. 1 ... Pachinko Island (own island, neighboring island) 2, ... Reduction machine, 4 ...
... Small box (Pachinko ball distribution means), 5A ... Reception tank (Pachinko ball reception tank), 5B ... Adjustment tank (Pachinko ball reception tank), 6 ... Supply gutter (Pachinko ball supply means),
7: receiving gutter (pachinko ball receiving means), 14a: receiving opening / closing valve (pachinko ball stopping means), 15a: upper limit switch (pachinko ball quantity measuring means), 15b ... lower limit switch (pachinko ball quantity measuring means) , 17 …… Counter,

Claims (1)

(57) [Scope of request for utility model registration] 1. A pachinko ball control system for controlling movement of a pachinko ball held by a plurality of pachinko islands having a pachinko gaming machine among the plurality of pachinko islands, wherein at least one of the plurality of pachinko islands is a game machine. Each of the plurality of pachinko islands is provided with a pachinko ball supply means capable of supplying pachinko balls from the own island to the adjacent island, and a pachinko ball supply means for automatically supplying the pachinko balls from the adjacent island. Pachinko ball receiving means that can receive the island, a pachinko ball receiving tank capable of receiving the pachinko ball supplied to the island through the pachinko receiving means, and the pachinko ball in the pachinko ball receiving tank A transportable reducing machine, and a pachinko machine capable of supplying the pachinko balls transported by the reducing machine preferentially in the order of the pachinko machine on the own island, the adjacent island, and the receiving tank on the own island. Pachinko ball distributing means, pachinko ball quantity measuring means for measuring the amount of pachinko ball holding in the pachinko ball receiving tank and outputting a signal, operating based on the signal of the pachinko ball quantity measuring means, from the own island A pachinko ball characterized by comprising a pachinko ball stopping means capable of stopping the flow of the pachinko ball supplied to the adjacent island or stopping the flow of the pachinko ball supplied to the own island from the adjacent island. Control system.