JP2010259596A - Token game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a token game machine capable of using a crane mechanism in the token game machine and achieving a simple game property with a high gambling property by a specific object and a drawing pocket. <P>SOLUTION: A token pusher mechanism is disposed on the front surface side of the token game machine 10, and a drawing mechanism is disposed on the back side, respectively. A token is fed into a token entry, and the token is injected to a pusher base 6. When a condition for performing a special game is generated through the entry of the token into a checker 7, the game of the drawing mechanism is performed. For each drawing pocket, the number of bonus tokens is determined and established. When one of the drawing pockets 3 of a drawing machine 2 is aimed at by operating a crane 5, the token is discharged from the crane 5 by pressing a discharge button 14, and the token enters into the drawing pocket 3, the number of the bonus tokens are put out to the pusher base 6. <P>COPYRIGHT: (C)2011,JPO&INPIT

Description

  The present invention relates to a medal game machine in which a special game using a crane operation and a special object is added to a main medal game.

A medal game machine such as a pusher game in which medals are thrown into a game field and medals accumulated in the game field are pushed out by a moving mechanism is widely implemented.
This type of pusher game machine is provided with a function for activating a slot machine when a winning occurs, performing a lottery, and obtaining a corresponding medal based on the lottery result.
Further, Patent Document 1 has been proposed as mounting a physical lottery machine.
This proposal is a slot machine with a physical lottery part that eliminates distrust of the lottery result, allows the player to check the lottery process, and participates in the lottery.
The physical lottery section is a croon consisting of a lottery plate, protective glass, start button and game ball. When a physical lottery is performed, when the player presses the start button, the game ball is inserted into the lottery plate and the lottery plate. Is configured to enter either the lost hole or the winning hole.

JP 2004-167102 A

Conventional physical lottery machines are mainly used in this way using kroons and balls, and the current situation is that no new game content has been found as a medal game machine.
An object of the present invention is an unprecedented new game, a medal equipped with a special game that uses a crane mechanism as a main medal game, and can realize a simple and highly gambling game property by a unique object and a lottery pocket. It is to provide a game machine.

In order to achieve the above object, claim 1 of the present invention is a medal game machine for generating a special game when a specific condition is satisfied in a medal game played in a main medal play field, wherein the special game The apparatus includes a lottery means in which a plurality of lottery pockets are arranged, a moving object launching means that can be moved by a movement driving means, and that launches a medal or a sphere, a moving object launching operation means, and a moving object launching means. A movement direction operation means for operating the movement direction, and when the specific condition is satisfied, the number of medal payout bonuses of the lottery pockets is determined according to the content of the specific condition, and the lottery pockets to be aimed are displayed on the display unit And the player operates the moving direction operating means to determine the position of the moving object emitting means, and the moving object firing operating means When operated, the moving object launching means fires a medal or sphere, and if the launched medal or sphere enters a lottery pocket to be aimed at, the determined medal number in the lottery pocket is set to the medal play field of the medal game or And a control unit for paying out to the medal payout slot.
Claim 2 of the present invention is a medal game machine for generating a special game when a specific condition is satisfied in a medal game played in a main medal play field, wherein the special game device is arranged along a circumference. A lottery means in which a plurality of lottery pockets are arranged, a rotating means for rotating the lottery means, a moving object launching means that can be moved by a movement driving means to launch a medal or a sphere, and a moving object launching operation means. When the specific condition is satisfied, the number of medal payout bonuses for the plurality of lottery pockets is determined according to the content of the specific condition, the lottery pockets to be aimed are displayed on the display unit, and the lottery unit starts rotating. Then, after the moving object launching means has moved, when the player operates the moving object launching operation means, the moving object launching means A control unit that fires a medal or a sphere and, when the launched medal or sphere enters a lottery pocket to be aimed, pays out the determined medal number of the lottery pocket to a medal play field or a medal payout slot of the medal game It is characterized by comprising.
According to a third aspect of the present invention, in the first aspect of the present invention, the movement driving means has a function of moving the moving object launching means in the left and right and depth directions of the medal game machine housing by the operation of the movement direction operation means of a player. It is characterized by having.
According to a fourth aspect of the present invention, in the second aspect of the present invention, the movement driving means has a function of moving the moving object launching means in the depth direction of the medal game machine housing.
According to a fifth aspect of the present invention, in the first, second, third or fourth aspect, the special game device is provided behind the medal play field.
According to a sixth aspect of the present invention, in the first, second, third, fourth, or fifth aspect, the medal game performed in the main medal play field is a medal pusher game, and a medal shooting provided behind the medal pusher game. A bonus number of medals determined in the lottery pocket are paid out from the exit to the medal play field.
According to a seventh aspect of the present invention, in the first, second, third, fourth, fifth or sixth aspect, the medal entry means for the player to insert a medal and the medal inserted from the medal entry means are released. The play stand provided in the medal play field and the play stand are moved back and forth, the medals accumulated on the play stand are moved to the front of the play stand, the medal is dropped at the medal drop opening, and the medal is paid out. A pusher base and a checker provided in a part of the pusher base for receiving a medal inserted from the medal entry means, and the condition for generating the special game is generated when a medal enters the checker. It is characterized by that.

  According to the above-described configuration, a medal game machine having a novel game characteristic that is not conventional, simple, and highly gambling is realized.

1 is an external perspective view showing a first embodiment of a medal game machine according to the present invention. It is a figure for demonstrating the detail of the medal pusher mechanism and lottery mechanism of FIG. It is a figure for demonstrating operation | movement of the crane of FIG. It is a figure for demonstrating the condition which launches a medal from a crane. It is a figure for demonstrating the medal circulation mechanism inside a medal game machine housing | casing. It is a block diagram which shows embodiment of the circuit of the medal game machine by this invention. It is a flowchart for demonstrating operation | movement of the medal game machine by this invention. It is an external appearance perspective view which shows 2nd Embodiment of the medal game machine by this invention. It is a figure for demonstrating the detail of the medal pusher mechanism and lottery mechanism of FIG. It is a figure for demonstrating operation | movement of the crane of FIG. It is a block diagram which shows the circuit of 2nd Embodiment of the medal game machine by this invention. It is a flowchart for demonstrating operation | movement of 2nd Embodiment of the medal game machine by this invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to FIGS.
FIG. 1 is an external perspective view showing a medal game machine according to a first embodiment of the present invention.
The medal game machine 10 is provided with a medal pusher mechanism at the front, and a lottery mechanism including the lottery machine 2 is provided behind the medal pusher mechanism.
The medal pusher mechanism is surrounded by a cylindrical transparent window 20a, and the lottery mechanism is shielded from the outside by a plate-shaped transparent window 20b.
A control panel 9 on which a crane control unit is installed is provided on the front surface of the medal game machine 10, and a direction lever 13 and a firing button 14 are arranged on the left and right of the control panel 9. Further, a medal payout tray 11 is provided at the center.

  The medal pusher mechanism is a main medal game, and medal entries 8 and 8 for the player to insert medals are provided on the left and right sides of the cylindrical shape. The medal game field includes a play stand 12 having a medal drop opening 19 in front and a pusher stand 6 that repeatedly moves back and forth behind the play stand 12. A checker 7 is provided at the center of the front of the pusher base 6 to generate a predetermined prize when a medal is inserted. A WIN medal injection port 4 is provided on the slope behind the pusher base 6.

In the lottery mechanism, a total of six lottery pockets 3 are arranged in two rows on a lottery table 2a formed on a slope, and prevention plates 2b and 2c are provided on the left and right sides of the lottery table 2a so that medals do not jump outward. . Further, the medal receiver 16 is provided in a state of being inclined to the lower end of the lottery table 2a so that the medal sliding down the lottery table 2a does not enter the area of the medal pusher mechanism. The medal receiver 16 also has a function of preventing the medals inserted from the medal entries 8 and 8 on the pusher mechanism side from jumping into the lottery mechanism side.
Behind the lottery machine 2 is provided a monitor 1 for displaying information and images indicating the state of the lottery machine and displaying the slot of the medal pusher mechanism. A crane 5 is provided on the cylindrical ceiling for launching medals toward the lottery machine 2 by the player's operation.

FIG. 2 is a diagram for explaining details of the medal pusher mechanism and the lottery mechanism of FIG.
The medal entries 8 and 8 are composed of a medal insertion slot 8a and a medal guiding path 8b, and the player aims so that the medal injected from the medal discharge opening 8c at the tip of the medal guiding path 8b enters the checker 7 of the pusher base 6. And the medal is inserted at the timing when the pusher table 6 that has repeatedly moved back and forth has moved to an appropriate position. The inserted medal 15 hits the slope on which the WIN medal injection port 4 is provided and returns to the checker 7 to generate a predetermined prize. If the predetermined winning is a condition for generating a special game, the lottery mechanism is activated. If the inserted medal does not enter the checker 7, it accumulates on the pusher base 6 or falls on the play base 12. Since the pusher table 6 continuously moves back and forth, if medals stay on the pusher table 6, when the pusher table 6 moves backward, the medals on the pusher table 6 are pushed out and fall on the play table 12. . The medals that stay on the play table 12 gradually increase, and the medals on the play table 12 are pushed in front of the pusher table 6, so that the medals on the pusher table 6 are pushed out to the front surface of the play table 12 and reach the edge. Then, it falls to the medal drop opening 19 and is paid out.

As described above, the lottery machine 2 of the lottery mechanism has a total of six lottery pockets 3 arranged in two rows. The lottery pocket 3 has a medal receiving guide portion 3a for receiving the ejected medal 15, and a hole for guiding the lottery pocket passage 23 (see FIG. 4) is provided in the back of the medal receiving guide portion 3a. A display unit (LED) 17 for displaying a lottery pocket to be aimed at is located above the lottery pocket 3. When a special game condition occurs in the game of the medal pusher mechanism, the lottery mechanism is activated, and a bonus medal number is assigned to each of the six lottery pockets 3.
The assignment is displayed on the monitor 1.

FIG. 3A is a diagram for explaining the operation of the crane in FIG. 1, and FIG. 3B is a diagram for explaining a situation in which medals are fired from the crane.
When the lottery mechanism is activated, the player can operate the crane 5 by operating the direction lever 13 and the firing button 14. The crane 5 moves in the same manner as indicated by the arrow 18 with respect to the forward / backward / left / right movement of the direction lever 13, whereby the player can aim at the lottery pocket to be aimed at by the lottery machine 2.
If the firing button 14 is pressed when the aim is determined, the medal 15 is fired as shown in FIG. 3B.

FIG. 4 is a view for explaining a medal circulation mechanism inside the medal game machine housing.
The medal circulation mechanism includes a medal circulation mechanism for a lottery machine that circulates medals within the housing, a medal circulation mechanism for the player to insert and acquire, and a medal circulation mechanism for paying out to the pusher base from the WIN medal outlet. Yes.
The medal circulation mechanism for the lottery machine includes a lottery pocket passage 23 connected to each lottery pocket, a lost passage 24 for dropping dropped medals, a medal storage unit 25 for storing medals passing through the lottery pocket passage 23 and the lost passage 24, and medal storage. A circulation system is formed by a medal transport mechanism 26 that transports medals stored in the section 25 and transport paths 27 and 28 that guide medals transported by the medal transport mechanism 26 to the crane 5.
The medal transport mechanism 26 includes a lift and a drive unit that drives the lift. The medals accumulated in the medal storage unit 25 are loaded one by one on the lift by driving of the driving unit and pushed up in the transport passage 27 to reach the position of the medal launcher 29 in a daisy chain. When the launch button 14 is pressed, the medal launcher 29 is activated and the medal is pushed out and fired from the medal launch port 31.
The launched medal 15a enters or leaves any lottery pocket and returns to the medal storage unit 25 through the lottery pocket passage 23 or the lost passage 24.

When the player inserts a medal into the medal entry 8, the medal falls from the front edge portion of the play table 12 through the medal entry 8, the pusher table 6, and the play table 12, or falls into the parent drop mouth 33.
The medal circulation mechanism for the player to insert and acquire includes a medal dropping path 34 for medals falling from the front edge of the play table 12, a medal storage unit 35 for storing the dropped medals, a medal transport mechanism 36, and a medal transport mechanism. A circulation system is formed by a conveyance passage 37 that guides the medals conveyed at 36 to the medal payout tray 11.
The medal transport mechanism 36 is a so-called medal hopper, and when the medal falls into a large number of holes of the rotating disk provided in the lower part of the medal storage section 35 and is rotated by the motor, the medal transport mechanism 36 is accommodated in the hole of the rotating disk. The medals are pushed out one by one into the transport passage 37 and are moved up in the transport passage 37 in a daisy chain. When the medal reaches the top of the conveyance path 37, it is paid out to the medal payout tray 11.

An IN sensor 21 is provided in the middle of the path of the medal entry 8 to detect a medal inserted by the player, and medal detection information is sent to the control unit of the game machine circuit. Further, an OUT sensor 22 is provided below the front edge of the play table 12, and medal information paid out to the player is sent to the control unit of the game machine circuit.
The medals dropped on the parent drop openings 33 provided on the left and right of the pusher table 6 and the play table 12 are accumulated in the medal storage unit 32. A medal hopper is also provided below the medal storage unit 32. When the medals fall into a number of holes in the rotating disk below the medal storage part 32 and the rotating disk is rotated by the motor, the medals accommodated in the holes of the rotating disk are pushed out one by one into the transport passage 39 and beaded. As a result, the transfer path 39 is lifted. When the medals reach the apex of the transport path 39, the bonus number of medals are paid out from the WIN medal outlet 4 to the pusher base 6.

FIG. 5 is a block diagram showing an embodiment of the circuit of the medal game machine according to the present invention.
The medal game machine includes a CPU 41, a ROM 44, an I / O control system 43, and a memory unit 42. The CPU 41 outputs a sound to the video output device 48 via the video output interface 47 and the sound output interface 45 via the sound output interface 45. Each is connected to a device 46. The video output device 48 is the monitor 1, and the sound output device 46 is a speaker (not shown).
The ROM 44 stores a control program, a medal game program, an external interface (sound output interface, video output interface) program, and related data.

The CPU 41 controls the entire game machine by reading out the control program, and has a function of a game processing unit that performs each process for executing a medal game including a lottery function by reading out the game program.
Further, by reading out the external interface program, the sound output interface 45 and the video output interface 47 are driven to realize the function of the external output unit that controls the output of sound and video.
The memory unit 42 is used as a work area for use when the CPU 41 performs game processing, computations, and the like, and has a function of temporarily holding data necessary for the game.

The CPU 41 controls each control unit and drive unit of the normal medal game unit 49 and the special game unit 54 via the I / O control system 43 by receiving an input instruction, a processing result in the game progress, and the like. The following drive control is performed on the medal pusher mechanism.
The CPU 41 sends a signal for repeatedly moving the pusher base 6 back and forth to the pusher drive unit 52 from the standby time, and the pusher drive unit 52 drives the pusher motor 72 according to the instruction. The CPU 41 controls the medal I / O sensor control unit 53 to monitor information on medal-in inserted into the medal entry 8 and medal-out paid out on the medal payout tray 11. When the IN sensor 21 detects insertion of a medal, the medal detection information is sent to the medal I / O sensor control unit 53. Further, when the OUT sensor 22 detects the medal payout, the medal detection information is sent to the medal I / O sensor control unit 53 as with the medal-in information.

When the medal is pushed by the pusher table 6 and falls from the front edge of the play table 12, the OUT sensor 22 detects this and sends medal detection information to the CPU 41. The CPU 41 receives this information and sends a drive signal to the medal hopper driving unit 51 to drive the medal hopper motor 71. If the number of dropped medals is one, the medal hopper driving unit 51 drives the medal transport mechanism 36 so as to rotate the medal hopper motor 71 and send only one medal to the medal payout tray 11.
Next, the special game unit is driven and controlled as follows.
In FIG. 5, the crane drive unit 57 and the crane motor 73 correspond to the movement drive unit, the firing button 14 constituting the crane control unit 56 corresponds to the moving object firing operation unit, and the direction lever 13 corresponds to the movement direction operation unit. Further, the crane 5 in FIG. 1 corresponds to the moving object launching means.
If the CPU 41 determines that a special condition for starting the lottery machine has occurred by the medal pusher mechanism, the CPU 41 determines the number of medal bonuses to be paid out when a medal enters the lottery pocket of the lottery machine. The image of the content is displayed on the monitor 1. Also, the crane 5 can be operated. In the monitor 1, for example, the upper left lottery pocket has 20 medal bonus numbers, the central lottery pocket has 30, the upper right lottery pocket has 40, the lower left lottery pocket has 50, the lower middle lottery pocket has 70, The bottom right lottery pocket is displayed as 100.

When the player recognizes that the special game by the lottery machine is possible from the sound and the display of the monitor 1 and operates the direction lever 13 constituting the crane control unit 56, the operation information is sent to the CPU 41. The CPU 41 sends a drive signal for moving the directional lever 13 by an amount corresponding to the tilted amount of the directional lever 13 to the crane drive unit 57, and the crane motor 73 is driven. The player can aim the lottery pocket to be aimed by the lottery machine 2 by moving the crane 5 in the left-right or front-back direction. The CPU 41 gives an instruction to the lottery pocket control unit 55 and lights the LED of the lottery pocket to be aimed.
The CPU 41 operates the medal transport mechanism 26 to supply the medal to the tip of the transport passage 28. That is, a drive signal is sent to the medal lift drive unit 58 and the lift motor 74 is operated to raise the medal in the transport path 27 and supply it to the tip of the transport path 28.
When the player presses the launch button 14 constituting the crane control unit 56, the CPU 41 retracts the medal launcher 29 from the transport path 28, so that the medal supplied to the tip is pushed out to the medal launch port 31 of the crane 5. Fired.

  When a medal enters a lottery pocket whose display section is lit, the CPU 41 issues an instruction to the medal hopper driving unit 51 to rotate the medal hopper motor 76 in order to pay out the bonus number of medals set in the lottery pocket. Then, the medal transport mechanism 38 is driven. Thereby, for example, when the lottery pocket in which the number of 20 medal bonuses is determined is entered, the medal hopper motor 76 is continuously driven to pay out 20 medals from the WIN medal ejection port 4 to the pusher base 6.

FIG. 6 is a flowchart for explaining the operation of the medal game machine according to the present invention.
A normal game, that is, a medal pusher game is performed (step (hereinafter referred to as “S”) 001), a medal is entered into the checker 7, the slot of the monitor 1 starts to rotate, and a predetermined figure or number arrangement is obtained. If the occurrence of a special game is a condition that has occurred, when the special game condition is achieved (S002), the CPU 41 determines the bonus number of each lottery pocket corresponding to the special game generation condition (S003) and monitors 1 The number of bonuses in each lottery pocket is displayed, and the display portion of the lottery pocket to be aimed at is turned on to indicate that the player can draw with a crane.
The player operates the direction lever 13 of the crane control unit 56 to move the crane 5 left and right or back and forth, and aims at the lottery pocket whose display unit is lit and presses the fire button 14 (S004, S005, S006). ).

  The medal is fired (S007). The CPU 41 issues an instruction to the lottery pocket control unit 55 and monitors whether or not a medal has entered the lottery pocket whose display unit is lit (S008). A medal sensor is installed in the lottery pocket passage 23 of each lottery pocket, and it is detected by the medal sensor whether the lottery pocket has been entered. If no medal is entered, the process fails (S009), and the process returns to the medal pusher game (S001). If a medal is placed in the lottery pocket whose display portion is lit, the success is successful (S010), and the bonus number of medals set in the lottery pocket containing the medal is paid out to the pusher stand (S011). As for the number of medals, a predetermined number of medals may be fired while the fire button is pressed, or one medal may be fired each time the fire button is pressed.

FIG. 7 is an external perspective view showing a second embodiment of the medal game machine according to the present invention.
The lottery pockets of the lottery machine of the first embodiment have a fixed structure, whereas this embodiment is different in that each lottery pocket of the lottery machine rotates. In the lottery machine 61, four lottery pockets 62 are provided at 90 degree intervals on a disk-shaped lottery table 66, and the lottery table 66 starts rotating at the time of lottery. Since the lottery table 66 rotates, the crane 65 moves in the front-rear direction (depth direction) and does not move in the left-right direction.
Other components are the same as the medal game machine of FIG.

FIG. 8 is a diagram for explaining details of the medal pusher mechanism and the lottery mechanism of FIG. 7, and FIG. 9 is a diagram for explaining the operation of the crane.
In FIG. 8, the medal pusher mechanism is not different from that in FIG.
In the lottery machine 61 of the lottery mechanism, the lottery table 66 rotates around the rotation shaft 64 and the four lottery pockets 62 rotate. As shown by an arrow 67 in FIG. 8B, the lottery table 66 rotates 180 degrees clockwise and then rotates 180 degrees counterclockwise. In order to repeat this operation, the position of each lottery pocket moves. Then, the crane 65 moves forward as shown by an arrow 68 as shown in FIG. In this state, the medal 63 can be fired from the crane 65 as shown in FIG.

FIG. 10 is a block diagram showing a circuit of the medal game machine according to the second embodiment of the present invention. Since the function of each block given the same reference numeral as in FIG. 5 is the same functional part, the description thereof is omitted. Note that the crane drive unit 57 and the crane motor 73 in FIG. 10 correspond to the moving drive unit, and the firing button 14 constituting the crane control unit 70 corresponds to the moving object firing operation unit. Further, the crane 65 in FIG. 7 corresponds to the moving object launching means.
In the special game unit 54, the lottery pocket control unit 69 receives an instruction from the CPU 41 and drives the lottery machine motor 75 to rotate the lottery table 66. Moreover, the crane drive part 57 moves the crane 65 ahead by driving the crane motor 73 by the drive instruction signal from CPU41. As a result, the lottery pocket moves within the launch range of the crane 65. The CPU 41 issues an instruction to the lottery pocket control unit 69 and displays a lottery pocket display unit (LED) to be aimed at.

FIG. 11 is a flowchart for explaining the operation of the second embodiment of the medal game machine according to the present invention.
The medal pusher game from S101 to S103 is performed, and the same processing as S001 to S003 in FIG. 6 is performed until the bonus number of each lottery pocket is determined.
The CPU 41 sends a control signal from the lottery pocket control unit 69 to operate the lottery machine motor 75 and rotate the lottery table 66 (S104). Then, the crane 65 is moved forward, and the player presses the firing button when the lottery pocket whose display unit is lit enters the target range (S105, S106).

In subsequent steps S107 to S111, a medal is fired and the CPU 41 determines whether or not a medal has entered the targeted lottery pocket. This is a process of paying out the number of medals to the pusher table, and is the same process as S007 to S011 in FIG.
In this case as well, one medal may be fired each time the fire button is pressed, or a number of medals may be fired at predetermined intervals when the fire button is continuously pressed.

Although the above embodiment has described an example in which a bonus number of medals are paid out to the medal pusher mechanism, the payout target may be paid directly to the medal payout tray of the player. Moreover, although the example in which the object thrown into the lottery machine is a medal is shown, it may be a sphere such as a ball instead of a medal.
Further, although an example of a medal pusher mechanism is shown as a medal game machine, the present invention can also be applied to a case where another medal game is a main game.

  This is a medal game machine installed at an event venue or game center.

1 monitor 2 lottery machine 3 lottery pocket 4 WIN medal outlet 5 crane 6 pusher stand 7 checker 8 medal entry 9 control panel 10 medal game machine 11 medal payout tray 12 play stand 13 direction lever 14 launch button 15 medal 16 medal receiver 17 display Section 18 Movement arrow 19 Medal drop opening 21 IN sensor 22 OUT sensor 23 Lottery pocket passage 24 Loss passage 25, 32, 35 Medal storage section 26, 36, 38 Medal transport mechanism 27, 28, 37, 39 Transport passage 29 Medal launcher 31 Medal Launch Port 33 Parent Drop 34 Medal Fall Path

Claims (7)

A medal game machine that generates a special game when a specific condition is satisfied in a medal game played in a main medal play field,
The special game device includes:
Lottery means in which a plurality of lottery pockets are arranged;
A moving object launching means that is movable by the moving drive means and launches a medal or a sphere;
Moving object launch operation means;
A moving direction operating means for operating the moving direction of the moving object launching means;
When the specific condition is satisfied, the medal payout bonus number of the plurality of lottery pockets is determined according to the content of the specific condition, and the lottery pockets to be aimed are displayed on the display unit,
When a player operates the moving direction operation means to determine the position of the moving object firing means and operates the moving object firing operation means, the moving object firing means fires a medal or a sphere, A control unit for paying out the determined number of medals in the lottery pocket to the medal play field or the medal payout port of the medal game if the sphere enters the lottery pocket to be aimed at;
A medal game machine characterized by comprising: A medal game machine that generates a special game when a specific condition is satisfied in a medal game played in a main medal play field,
The special game device includes:
Lottery means in which a plurality of lottery pockets are arranged along the circumference;
Rotating means for rotating the lottery means;
Moving object launching means that can be moved by the movement drive means and launches a medal or a sphere;
Moving object launch operation means;
When the specific condition is satisfied, the number of medal payout bonuses of the lottery pockets is determined according to the content of the specific condition, the lottery pockets to be aimed are displayed on the display unit, and the lottery unit starts rotating and After the moving object launching means moves, when the player operates the moving object launch operation means, the moving object launching means fires a medal or sphere, and if the launched medal or sphere enters the lottery pocket to be aimed, A control unit for paying out the determined medal number of the lottery pocket to a medal play field or a medal payout port of the medal game;
A medal game machine characterized by comprising:   2. The medal game according to claim 1, wherein the movement driving means has a function of moving the moving object launching means in the left and right and depth directions of the medal game machine housing by an operation of the moving direction operating means by a player. Machine.   The medal game machine according to claim 2, wherein the movement driving means has a function of moving the moving object launching means in a depth direction of the medal game machine housing. The special game device includes:
5. The medal game machine according to claim 1, wherein the medal game machine is provided behind the medal play field. The medal game performed in the main medal play field is a medal pusher game,
6. The medal play field according to claim 1, 2, 3, 4 or 5, wherein a bonus number of medals determined in the lottery pocket are paid out to the medal play field from a medal outlet provided behind the medal pusher game. Medal game machine. Medal entry means for the player to insert medals;
A play stand provided in a medal play field from which medals inserted from the medal entry means are released;
A pusher stand that moves back and forth on the play stand, moves medals accumulated on the play stand to the front of the play stand, drops the medal to the medal drop opening, and pays out the medal;
A checker for receiving a medal inserted from the medal entry means provided in a part of the pusher table,
With
7. The medal game machine according to claim 1, wherein the condition for generating the special game is generated when a medal enters the checker.

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