JP5252239B2 - Game machine - Google Patents

Description

The present invention relates to a technology of a replenishing machine for replenishing a gaming machine installed on an island where a game is played using a gaming ball .

  Pachinko machines and other gaming machines have a storage mechanism composed of a ball tank and a payout device as a mechanism for accumulating game balls used in games and paying out the accumulated game balls. During the game, the game balls are paid out as prize balls or collected from the back of the game machine for cleaning. A store where game machines are installed (hereinafter referred to as “hall”) includes a supply system for supplying game balls to each game machine. In the hall, several gaming machines are arranged side by side in a single area called an island, and two rows are arranged back to back at regular intervals. There are several islands in the hall. Replenishment systems are often provided on an island basis. The replenishment system is provided with a replenisher for counting the number of game balls replenished to each gaming machine and individually switching whether or not replenishment is possible (for example, a replenishment counter described in Patent Document 1).

  When a failure occurs, it is necessary to open the front frame and the main body frame of the gaming machine to perform inspections and other countermeasures. In such a case, it is necessary to stop the supply of gaming balls from the hall. In order to realize such a function, the replenishing machine is provided with a mechanism that detects opening and closing of the main body frame of the gaming machine with a mechanism such as a lever and operates only when the main body frame is closed. Some replenishers can stop replenishment by an external electric signal (see Patent Document 2).

JP-A-7-265534 JP-A-10-328378

  When replacing a gaming machine or the like, it is necessary to perform so-called ball removal, that is, to forcibly discharge gaming balls accumulated in the gaming machine. In the hall, a collection system for collecting game balls discharged during a game is usually provided on the back of the gaming machine for each island. It is convenient to discharge to the collection system.

Therefore, conventionally, after opening the main body frame and stopping the operation of the replenisher, even if the lever is removed and the main body frame is closed so that the replenisher does not operate, the main body frame is closed again to force the game ball The ball was removed by the procedure of discharging. This is a very complicated procedure and improvement has been desired. The present invention has been made to solve such a problem, and an object of the present invention is to provide a game ball supply machine capable of improving the work efficiency of ball removal in a game machine.

The present invention is directed to a replenishing machine that replenishes a gaming machine that performs a game using a gaming ball. The invention according to claim 1 is a replenishing machine for replenishing a game ball to a gaming machine that can be attached to the island so that the main body frame can be opened and closed. When the main body frame is opened, the gaming machine The operation switch is in a position to stop the operation of the supply machine without interfering with the operation switch. When the main body frame is closed, a part of the gaming machine interferes to supply the game ball to the gaming machine. The actuating switch that switches between availability and replenishment by a mechanical operation in which a part of the main body frame including the components attached to the main body frame at the time of opening and closing interferes with a mechanical operation that is in an operating position that permits A replenishment mechanism for replenishing the game balls to a ball tank, which is a component of a storage mechanism for paying out game balls of the game machine, and a ball release switch for forcibly discharging the game balls in the game machine An electrical signal indicating that an operation has been performed An input terminal for inputting the electrical signal from the sphere vent switch can be outputted, it is supplemented equipped with a stop mechanism for stopping the operation of the replenishment mechanism in response to an electrical signal input to the input terminal .
The invention according to claim 2 further includes a tank ball remaining amount detection sensor for detecting a remaining amount of game balls in the ball tank, wherein the stop mechanism is a signal from the tank ball remaining amount detection sensor, or The replenishing machine according to claim 1, wherein the operation of the replenishing mechanism is stopped in response to an electric signal from the ball removal switch that is input from an input terminal .

The gaming machine has an accumulation mechanism for temporarily accumulating game balls and paying out the accumulated game balls, and a ball removal switch. The ball removal switch is a switch for instructing the accumulation mechanism to forcibly discharge the game ball, that is, the ball removal . Yu technique machine further, according to the operation of the sphere disconnect switch, the operating switch of the supply device has a switching mechanism for switching to a non-operating state. The switching mechanism may be mechanically linked to the operation of the ball removal switch, or may be electrically operated in response to an electrical signal from the switch operation.

According to Yu technique machine, by the action of the switching mechanism, since the supply of game balls from just automatically replenishing machine to operate the ball vent switch can be stopped, it is possible to perform a spherical vent efficiently . Further, the operation switch of the replenisher has an advantage that the existing structure can be used as it is.

  For example, as an operation switch for a gaming machine replenishment machine that can be attached to the island so that the main body frame can be opened and closed, it rotates when a part of the main body frame including components attached to the main body frame interferes during opening and closing. An actuating lever configured as described above can be used. When the main body frame is opened, the gaming machine does not interfere with the operating lever, so that the operating lever is at a stop position where the operation of the replenishing machine is stopped. When the main body frame is closed, a part of the gaming machine such as a ball tank on the back of the gaming machine interferes, and the operating lever can be rotated to an operating position that allows replenishment.

Against supply equipped with such actuating levers, the spherical tank which forms part of accumulation mechanism provided in the state in which even close the body frame does not interfere with the actuating lever. The shape and position of the ball tank may be selected so as to avoid interference with the operating lever. As a switching mechanism, a movable portion that interferes with the operating lever and rotates to the operating state with the main body frame closed is provided, and a movable portion that does not interfere with the operating lever according to the operation of the ball removal switch is provided. By doing so, the switching mechanism can be configured with a relatively simple mechanism. Since the position or shape of the accumulating mechanism is not changed when the operation lever is activated / deactivated, the possibility of hindering the movement of the game ball during the game and when the ball is removed can be avoided.

  It is preferable that the above-mentioned movable part does not urge both the position that interferes with the operating lever and the position that does not interfere when the ball removal switch is not operated. By doing so, the configuration of the switching mechanism can be further simplified. If the lever is not energized, it may be difficult to automatically return the lever to its activated state after it has been deactivated, but ball removal is limited in situations such as replacing gaming machines. Because this is done, this is a small problem.

In Yu technique machines, spherical disconnect switch is preferably provided on the surface of the gaming machine. In this way, the ball removal can be executed efficiently without opening and closing the main body frame. The surface is the side facing the player. Accordingly, the ball removal switch is not necessarily operable from the outside. For example, a front frame is further provided on the front surface of the main body frame, and a ball removal switch is provided between the main body frame and the front frame. Good.

  Further, it is preferable that the storage mechanism is configured to start the forced discharge of the game ball after a predetermined waiting time has elapsed from the operation of the ball removal switch. In this way, the ball removal can be started after the operation of the replenishing machine has been reliably stopped. If a ball removal switch is provided on the back of the gaming machine, ball removal can be started after the main body frame is closed.

As a second aspect, the gaming machine can be configured for a gaming machine that receives a supply of game balls from an external supply machine provided with a switch circuit that switches whether or not supply can be performed by an electrical signal. The gaming machine according to the second aspect includes a signal output unit that outputs an electrical signal for deactivating the replenisher in accordance with the operation of the ball removal switch, instead of the switching mechanism described above.

The replenishing machine according to the present invention is provided with an input terminal for inputting an electrical signal from the above gaming machine, in addition to a replenishing mechanism for replenishing a game ball, and according to the input of the electrical signal from here, a replenishing mechanism A stop mechanism is provided to stop the operation. The input terminal may be configured integrally with the replenisher, or may be configured by an external circuit that branches an existing input terminal.

  Also in the second aspect, it is preferable that the ball removal switch is provided on the surface of the gaming machine. Further, it is desirable that the storage mechanism is configured to start the forced discharge of the game ball after a predetermined waiting time has elapsed from the operation of the ball removal switch.

  The present invention does not necessarily have all the various features described above, and some of them may be omitted or applied in appropriate combination.

According to the present invention, it is possible to provide a game ball supply machine capable of improving the work efficiency of ball removal in a game machine.

It is a perspective view which shows the whole structure of the pachinko machine as an Example. It is a front view of a pachinko machine. It is explanatory drawing which shows the installation state to the island of a pachinko machine. It is explanatory drawing which shows the back surface structure of the game board. It is explanatory drawing which shows operation | movement of a supply machine. It is explanatory drawing which shows the structure of a switching mechanism. It is the side view and front view of a switching mechanism. It is a flowchart of a ball removal process. It is explanatory drawing which shows the switching mechanism as a modification. It is explanatory drawing which shows schematic structure of the pachinko machine in 2nd Example. It is a flowchart of the ball removal process in 2nd Example.

The gaming machines will be described in the following order.

A. overall structure:
B. Installation state of the gaming machine:
C. Game board rear structure:
D. Toggle replenishment:
E. Switching mechanism:
F. Ball removal processing:
G. Effects and variations:
H. Second aspect :

A. overall structure:
Figure 1 is a perspective view showing the overall configuration of a pachinko machine. The state where the outer frame 10, the main body frame 40, and the front frame 30 are opened is shown. In order to avoid complication of the figure, illustrations of attachment parts such as nails in the game area are omitted. These frames are connected by a hinge mechanism 11 so as to be opened and closed.

  The outer frame 10 is a vertically long wooden frame and serves as a fixed frame for installing the pachinko machine on the island of the hall. The main body frame 40 includes a front frame body 41 that is a rectangular frame made of a synthetic resin material, and a game board 42 fitted therein. On the lower right side of the game board 42, a ball removal switch 43 for forcibly discharging the game balls accumulated in the pachinko machine is provided. A substantially circular opening window 31 is formed in the front frame 30 in accordance with the game area of the game board 42. The front frame body 41 can lock the outer frame 10, the main body frame 40, and the front frame 30 in a closed state.

  FIG. 2 is a front view of the pachinko machine. The state where the front frame 30, the main body frame 40, and the outer frame 10 are closed is shown. The periphery of the opening window 31 of the front frame 30 is an opaque decorative plate made of synthetic resin or the like. Accordingly, the ball removal switch 43 provided in the main body frame 40 cannot be visually recognized when the front frame 30 is closed. At the time of a ball removal operation to be described later, the attendant opens the front frame 30 and operates the ball removal switch 43.

B. Pachinko machine installation status:
FIG. 3 is an explanatory view showing a state where the pachinko machine is installed on the island. In the island 200, a plurality of pachinko machines are installed in parallel by attaching a main body frame and a front frame to outer frames fixed in parallel as shown in the figure. In the figure, the state of the pachinko machine viewed from the back is shown. The main body frames 40 [1] to 40 [3] arranged side by side can be seen.

  The game balls are supplied to each pachinko machine from the supply system installed on the island. The game balls are replenished through the supply pipes 101 [1] to 101 [3] provided corresponding to the respective pachinko machines by rolling the supply bowl 100 for the game balls in the direction of arrow A. . Replenishers 110 [1] to 110 [3] are fixed to the islands at the tips of the supply pipes 101 [1] to 101 [3]. The replenishing machines 110 [1] to 110 [3] count the number of game balls replenished to the pachinko machine, stop the replenishment when the main body frame is opened, or when more than a prescribed number of prize balls are paid out, etc. It is a device for doing.

  During the game, the game balls that have not been paid out as prize balls are discharged from the back of the game board as indicated by the arrow B in the figure. The discharged game balls are collected through the collection basket 102, collected and cleaned, and then supplied from the supply basket 100 to each pachinko machine again. The game balls forcibly discharged from the pachinko machine by the ball removal are also collected by the collection basket 102.

C. Pachinko machine rear structure:
FIG. 4 is an explanatory view showing the back structure of the pachinko machine. Above the pachinko machine, a ball tank 44 for accumulating replenished game balls is provided. The game balls accumulated here are paid out as prize balls by the payout device 45 and used for games. The payout device 45 is a mechanism for paying out game balls one by one by rotating a sprocket by a stepping motor.

  The operation of the payout device 45 is controlled by the payout control board 46. When a game ball wins a predetermined winning slot during a game, a main control board (not shown) sends out a prize ball payout command to the payout control board 46, and the payout control board 46 turns the stepping motor in response to this command. Rotate to pay out a specified number of prize balls.

  Inside the sphere tank 44, as shown in the figure, a sphere shortage detection switch 45a is provided. When a game ball is present in the ball tank 44, the ball shortage detection switch 45a is pressed by the game ball P as shown in the upper left diagram. Since the contact of the shortage detection switch 45a is released, it is possible to detect a ball break. The detection result is output from an output terminal 48 provided on the upper part of the main body frame 40.

  This detection signal may be input to the replenishing machine 110 shown in FIG. 3 so that the game balls are replenished only when there are not enough game balls in the ball tank 44. In the present embodiment, as will be described later, the replenisher 110 has a mechanism for mechanically switching whether or not replenishment is possible, so the output terminal 48 may not be used.

  Below the game board 42, a discharge port 47 for discharging game balls is provided. A game ball that has not won any prize opening during the game, or a game ball that is withdrawn from the payout device 45 when the ball is removed is discharged from the discharge port 47. In this embodiment, the ball removal switch 43 is provided on the surface of the game board 42 as shown in FIG. 1, but a ball removal switch 43a may be provided on the payout control board on the back as shown. Both the front ball release switch 43 and the rear ball release switch 43a may be provided.

D. Toggle replenishment:
FIG. 5 is an explanatory view showing the operation of the replenishing machine. As described above, the replenishing machine 110 is fixed to the island 200 and replenishes the game balls supplied from the supply pipe 101 to the ball tank 44 of the pachinko machine. A lever 112 is provided at the lower portion of the replenishing machine 110. The lever 112 is rotatable in the front direction from the back side of the drawing. Further, a supply port 113 that rotates in conjunction with the lever 112 is provided.

  The lever 112 is a mechanical switch for switching the operation of the replenisher between a replenishable state and a stopped state. As shown in the drawing, when the main body frame 40 of the pachinko machine is closed, a part of the back surface of the pachinko machine such as the ball tank 44 interferes so as to push the lever 112 and is rotated to the position shown in the figure. When the supply port 113 is positioned in the ball tank 44 in accordance with this rotation, the game ball can be replenished.

  When the main body frame 40 is opened, there is no member that pushes the lever 112, so the lever 112 is rotated in the direction of the back surface in the figure by the urging force and is positioned in a state of being lowered substantially vertically from the replenisher 110. In accordance with this rotation, the supply port 113 is almost drawn into the interior of the replenisher 110, and the replenishment of game balls is stopped.

  In FIG. 5, in order to avoid complication of the drawing, the ball tank 44 itself is shown as pushing the lever 112. However, in the pachinko machine of this embodiment, the member that pushes the lever 112 is separate from the ball tank 44. Is provided. Hereinafter, a mechanism for pushing the lever 112 (this mechanism is referred to as a “switching mechanism” in the sense of a mechanism for switching the operation state of the replenisher) will be described in detail.

E. Switching mechanism:
FIG. 6 is an explanatory view showing the structure of the switching mechanism. The state seen from the arrow V1 direction in FIG. 5 is shown. The state shown in the figure is a state in which the main body frame 40 is semi-closed. Accordingly, the lever 112 is lowered substantially vertically, and the supply port 113 is substantially contained in the replenisher 110 (hereinafter, this state is referred to as a non-operation position).

  On the back side of the ball tank 44, there is provided a lever interference portion 52 having an L-shaped cross section that interferes so as to push the lever 112 when the game board 42 is closed. The lever interference unit 52 is supported by a solenoid 50 fixed to the ball tank 44 via a support column 51. The solenoid 50 is configured to be excited in accordance with the operation of the ball removal switch 43 (see FIG. 1). When the solenoid 50 is excited, the support column 51 and the lever interference unit 52 are drawn in the direction of arrow S. Next, a side view of the switching mechanism (as viewed from the arrow V2 in the figure) and a front view (as viewed from the arrow V3 in the figure) will be described.

  FIG. 7 is a side view and a front view of the switching mechanism. FIG. 7A shows a side view, and FIG. 7B shows a front view. The side view shows a state in which the main body frame 40 is closed. As shown in the figure, when the lever interference portion 52 pushes the lever 112 of the replenisher 110, the supply port 113 is positioned in the ball tank 44 (hereinafter, the state where the lever 112 is in this position is referred to as an operating position). ).

  In the figure, the positions of the lever 112 and the supply port 113 in the non-operating state are shown. If there is no lever interference portion 52, it can be seen that the ball tank 44 is provided at a position where it does not interfere with the lever 112 even when the main body frame 40 is closed.

  FIG. 7B is a front view of the switching mechanism. In a state where the solenoid 50 is not excited, the lever interference portion is located at the position 52A indicated by the solid line, and the lever 112 can be pushed. When the solenoid 50 is magnetized, the lever interference portion 52 moves so as to be drawn into the solenoid 50 and is positioned at a position 52B indicated by a two-dot chain line. As a result, the lever interference part 52 cannot interfere with the lever 112. As a result, the lever 112 moves to the non-actuated position as indicated by the two-dot chain line in FIG. 7A, and the replenishing machine 110 stops the replenishment of the game ball. That is, the lever interference unit 52 can switch the replenisher 110 between the operating state and the non-operating state depending on its position. Therefore, in this embodiment, when the ball removal switch 43 is operated, the solenoid 50 is excited and the lever interference portion 52 moves, so that the replenishment is automatically stopped.

In this aspect , the lever interference part 52 is not biased to either the operating position or the non-operating position. In a state where the solenoid 50 is not excited, the position can be easily changed.
An attendant in the hall can operate the replenisher 110 by closing the main body frame 40 after pulling out the lever interference portion 52 to the position 52A in FIG. 7B in advance. An engaging portion for holding the lever interference portion 52 in the state of the position 52 </ b> A may be provided in the lever interference portion 52 and the ball tank 44. However, the holding force by the engaging portion needs to be suppressed to such an extent that it can be released by excitation of the solenoid 50.

F. Ball removal processing:
FIG. 8 is a flowchart of the ball removal process. The payout control board 46 having a CPU, RAM, and ROM is a process executed in accordance with a control program prepared in advance in the ROM.

  The CPU detects the state of the ball removal switch 43 (step S10), and when the ball removal switch 43 is not turned on, the processing is completed as it is. When it is on (step S10), it waits until the payout during the game is completed (step S12), and after the payout is completed, the solenoid 50 is excited and the lever interference part 52 is pulled (step S14).

  Thereafter, after waiting for a preset waiting time (step S16), the ball removing operation is started (step S18). This waiting time is provided in order to guarantee the supply stop of the game ball at the start of the ball removing operation, and is arbitrarily determined in consideration of the time required for the lever interference unit 52 to be pulled in and the supply machine 110 to stop supplying. It can be set. The waiting time may be omitted. The ball removal operation is a process of discharging the game ball by rotating a stepping motor provided in the payout mechanism 45 (see FIG. 4). This process is continuously executed until a forced termination instruction is received in the middle (step S20) or until a predetermined time has elapsed (step S22). When a forced termination instruction is received or when a predetermined time has elapsed, the ball removal process is completed. The predetermined time can be arbitrarily set as long as the game ball can be discharged. The presence or absence of a game ball to be discharged may be detected by a sensor, and the ball removal process may be terminated when the game ball is no longer discharged.

G. Effects and variations:
According to the pachinko machine of the embodiment described above, if the ball removal switch 43 is operated with the main body frame 40 closed, the replenishment from the replenisher 110 is automatically stopped and the ball removal is executed. . Therefore, the clerk does not need to perform an operation for stopping the replenisher 110, and can efficiently remove the ball.

  The switching mechanism is not limited to the example shown in FIGS. 6 and 7, and various structures can be employed. FIG. 9 is an explanatory view showing a switching mechanism as a modification. FIG. 9A shows a plan view of the switching mechanism as viewed from above, and FIG. 9B shows a perspective view.

  As shown in the perspective view of FIG. 9B, in the modified example, the depth of the ball tank 44A is partially narrowed so as not to interfere with the lever 112. And the door 62 is attached to the exterior of the level | step-difference part 44B where depth becomes narrow so that a hinge mechanism can be rotated. A solenoid 60 is fixed to the ball tank 44A. A post 61 protrudes from the solenoid 60 to hold the door 62 in the open state shown in the figure.

  As shown in FIG. 9A, the door 62 can push the lever 112 when the body frame is closed. When the solenoid 60 is excited in this state, the support 61 is pulled in the direction of the arrow SA. As a result, the door 62 loses its support, so that it is pushed by the lever 112 and closes in the direction of the arrow CL, and the lever 112 moves to the inoperative position indicated by the two-dot chain line in the figure.

Also with the switching mechanism of the modified example, the lever 112 can be automatically moved to the non-operating state by the excitation of the solenoid 60, so that the ball removing operation can be performed efficiently. Switching mechanism, it is possible to use various mechanisms that can shift the lever 112 in the unactuated state without closing the Yu technique board.

H. Second aspect :
FIG. 10 is an explanatory diagram showing a schematic structure of the pachinko machine in the second mode . The state of the back surface of the main body frame 40A is shown. In the second embodiment , description will be made assuming that a ball removal switch 43a is provided on the back surface. Similarly to the first aspect , a ball removal switch may be provided on the surface.

The main body frame 40A of the second aspect can output the operation state of the ball removal switch as an electrical signal to the replenisher 110A. In this embodiment, the output terminal 48A that conducts when the ball removal switch is operated is provided. When the output terminal 48 for notifying the shortage of balls is provided as shown in the first mode (see FIG. 4), the output terminal 48 and the output terminal of the detection result of the ball removal switch may be used together. Good. For example, an internal circuit may be used in which individual detection signals are input to two photocouplers and their outputs are connected in parallel. The internal circuit may be configured so that the output of each photocoupler is in a conducting state and the output terminal 48 is in a conducting state when there are not enough game balls, or when the ball removal switch is operated.

As described in the first aspect , the replenisher 110A according to the embodiment of the present invention is provided with the lever 112. The replenishing machine 110A used in the second aspect is further provided with a replenishing mechanism 115 that can electrically switch whether replenishment is possible. Since a wide variety of structures of the replenishing mechanism 115 itself are known, a detailed description of the structure is omitted here.

  The replenisher 110A is provided with a tank ball sensor 118 for detecting the remaining amount of game balls in the ball tank 44C. The principle of the tank ball sensor 118 is the same as that of the ball shortage detection switch 45a in the payout mechanism. That is, when the number of game balls in the ball tank 44C decreases, the contact of the micro switch provided in the tank ball sensor 118 is released, so that a decrease in the remaining amount can be detected.

  In the replenisher 110A, the detection result of the tank ball sensor 118 is input to the switch 116, and the operation state of the ball removal switch 43a is input to the switch 117. The switches 116 and 117 are switches provided in series with the supply mechanism 115. The switch 116 is turned on when the tank ball sensor 118 detects a shortage of tank balls. The switch 117 is turned on when the ball removal switch is not operated. Therefore, the replenisher 110A stops replenishment when the remaining amount of the tank ball is sufficiently present or when the ball removal switch is operated.

FIG. 11 is a flowchart of the ball removal process in the second mode . In place of the process of step S14 in the ball removal process of the first mode (FIG. 8), that is, the process of pulling the lever interference portion in response to the operation of the ball removal switch, the ball removal switch is turned on in the replenisher 110A. A process of outputting a signal is executed (step S14A). As described with reference to FIG. 10, the replenishing machine 110A stops the replenishment operation by this process, so that the ball can be removed efficiently.

In the second embodiment , the ball removal switch 43a provided on the back of the gaming machine is used. In this case, the ball removal switch 43a is operated with the main body frame opened, and then the main body frame is closed to perform ball removal. In the ball removal process (FIG. 11), the waiting time in step S16 is set in consideration of the time required until the main body frame is closed, so that the discharged game balls can be reliably collected by the collection basket 102. It becomes possible. However, also in the second embodiment, a ball removal switch can be provided on the surface of the gaming machine as in the first embodiment, and in this case, the waiting time in step S16 may be set short.

As mentioned above, although embodiment of this invention was described, it cannot be overemphasized that this invention is not limited to these Examples, but can take a various structure in the range which does not deviate from the meaning.

DESCRIPTION OF SYMBOLS 10 ... Outer frame 11 ... Hinge mechanism 30 ... Front frame 31 ... Opening window 40, 40A ... Main body frame 41 ... Front frame body 42 ... Game board 43, 43a ... Ball removal switch 44, 44A, 44C ... Ball tank 44B ... Step part 45 ... Dispensing device 45a ... Ball break detection switch 46 ... Dispensing control board 47 ... Discharge port 48, 48A ... Output terminal 50 ... Solenoid 51 ... Strut 52 ... Lever interference part 60 ... Solenoid 61 ... Strut 62 ... Door 100 ... Supply rod DESCRIPTION OF SYMBOLS 101 ... Supply pipe 102 ... Recovery basket 110, 110A ... Replenisher 112 ... Lever 113 ... Supply port 115 ... Supply mechanism 116, 117 ... Switch 118 ... Tank ball sensor 200 ... Island

Claims (2)

A replenishing machine for replenishing game balls to a gaming machine that can be attached to the island so that the main frame can be opened and closed,
When the main body frame is opened, the gaming machine does not interfere with the operation switch, the operation switch is in a position to stop the operation of the replenisher, and when the main body frame is closed, a part of the gaming machine Is a mechanical position in which a part of the main body frame including components attached to the main body frame at the time of opening and closing is in an operating position that allows the gaming machine to be replenished with interference. The operation switch that switches whether or not replenishment is possible by operation; and
A replenishment mechanism for replenishing the game balls to a ball tank that is a component of a storage mechanism for paying out game balls of the gaming machine;
An input terminal for inputting the electric signal from the ball removal switch capable of outputting an electric signal indicating that the operation of the ball removal switch for forcibly discharging the game ball in the gaming machine has been performed;
A stop mechanism for stopping the operation of the replenishment mechanism in response to an electrical signal input to the input terminal ;
A replenisher equipped with A tank ball remaining amount detection sensor for detecting the remaining amount of game balls in the ball tank is further provided, and the stop mechanism is a signal from the tank ball remaining amount detection sensor or the ball removal input from the input terminal. The replenishing machine according to claim 1, wherein the operation of the replenishing mechanism is stopped according to an electrical signal from the switch .

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