JP4950712B2 - Game machine - Google Patents

Description

  The present invention relates to a game operability in a gaming machine.

Conventionally, there has been a gaming machine that circulates game balls in a game machine and manages the number of game balls acquired by the player as electronic data without paying out the actual game balls to the player. .
Patent Document 1 below discloses the pachinko gaming machine described above, and this gaming machine is provided with an operation switch group in which various operation switches necessary for the game are gathered. The operation switch group includes a purchase switch that is operated when a ball is purchased in units of one time after inserting a card storing valuable value data into the card insertion slot, and a game with the card inserted in the card insertion slot. Suspending switch that is operated when suspending the game (for example, when the player goes to the toilet), a settlement switch that is operated when the game is settled, and the elasticity of the ball that is launched into the game area A fire strength switch operated when strengthening, a fire weak switch operated when weakening the ball's resilience, and a fire switch operated when firing the ball toward the game area are provided. Yes.

JP-A-7-213685

  However, in the pachinko gaming machine of Patent Document 1, only one function is played by each operation of each switch, and there is a drawback in its operability.

  Accordingly, the present invention has been made in view of such circumstances, and an object thereof is to provide a gaming machine capable of improving the operability of an operation switch provided for a game.

  In order to solve the above-described problem, the gaming machine according to claim 1 is characterized in that a gaming medium and a payout medium owned by a player are credit-managed as electronic data, and the payout medium is stored in the game at a predetermined exchange rate. It is converted into a medium, and game balls corresponding to the number of game media can be fired from the launching device by operating a handle, and the game media is reduced at each launch, and the game media is increased according to the game result. In the gaming machine, an operation means and a control means for performing control based on an operation signal transmitted from the operation means are provided, and the control means operates the handle and the operation means when the game ball is stopped. Is performed, when the remaining number of the game media does not exist and the remaining number of the payout media exists, the payout medium is converted into the game media, and the game ball is It is characterized in that for controlling starting fired from morphism device.

  Here, for example, in the case of a pachinko gaming machine, the game medium refers to a game ball that has been used conventionally, and is a medium that is not paid out directly to the player. The payout medium refers to a medium that can be converted into a game medium, such as a medal or a coin, and is a medium that is directly paid out to a player. The number of game balls converted for one medal is determined in advance.

  In order to solve the above-mentioned problem, in the gaming machine according to claim 2, in the gaming machine according to claim 1, by operating the operation means, the launching operation of the game ball is maintained or the firing stop is maintained. It is controlled so that it may be controlled.

  In order to solve the above-mentioned problem, the invention according to claim 3 is the gaming machine according to claim 1 or 2, wherein the operation means is provided separately from the handle. .

  According to the gaming machine according to claim 1 of the present invention, when a plurality of functions are used in one operation means and a predetermined condition is satisfied, the plurality of functions can be operated only by operating the operation means once. Therefore, the operability of the operating means can be improved. In addition, according to the gaming machine of the second aspect, a single operation means can be used for a plurality of functions of starting and stopping the launch of the game ball, and in addition, the game ball can be fired or stopped by a single operation. Since the operation state can be maintained, the operability is further improved. Further, according to the gaming machine according to claim 3, since the operating means can be operated without touching the handle that affects the launching strength of the game ball, the launching, stopping, or game of the game ball while maintaining the firing strength constant. Conversion to a medium can be performed, and the operability is further improved.

Embodiments of a gaming machine according to the present invention will be described below with reference to the accompanying drawings.
Examples of the gaming machine include a pachinko machine, a slot machine, and an arrange ball. FIG. 1 shows an embodiment in which the present invention is used in a sealed pachinko machine.
This pachinko machine 1 is provided with an image display device 2 as a so-called center object at a substantially central portion of the game area 5. On the image display device 2, a plurality of special symbols are displayed in a variable manner or stopped. When a game ball is launched from a launching device (not shown) and the launched game ball wins a predetermined winning opening (for example, a starting winning opening), a plurality of special symbols ( Numbers, pictures, etc.) are displayed in a variable manner for a predetermined time in a plurality of columns. After a predetermined time has elapsed, a special symbol that has been selected by lottery (the selection by lottery is performed when the game ball has won the start winning opening) is stopped and displayed, and the special symbol that has been stopped and displayed is determined in advance. In the case of a specific combination symbol, the big prize opening is continuously opened for a predetermined time, and it becomes easy to win game balls, so that a lot of prize balls (no prize balls are actually paid out) can be obtained in a short time. It becomes possible, and a special gaming state (big hit state) advantageous to the player occurs.

  The image display device 2 is provided with an image display unit (liquid crystal display) 9 for performing special symbol variation display and stop display. The image display unit 9 is provided with a left display unit 9a, a middle display unit 9b, and a right display unit 9c having three columns, and a plurality of special symbols are independently displayed on each display unit in a variable display and a stop display. Is done. A start winning opening 6 is provided on the lower side of the image display device 2, and a special symbol variable display operation is started on the variable display section 9 based on the winning of a game ball in the starting winning opening 6. Below the start winning opening 6, when a specific symbol combination is stopped and displayed on the variable display portions 9a to 9c, for example, “6” “6” “6”, “7” “7” “7” In this way, there are provided 3 and 3 'large winning openings (also called attackers) that are opened or closed when three of the same symbols are stopped and displayed (hereinafter also referred to as the occurrence of a big hit).

  Since the pachinko machine of this embodiment is an enclosed pachinko machine, the player does not actually touch the game ball. And a game is performed by circulating and using the game ball enclosed in the main body. That is, the pachinko machine 1 is not provided with a prize ball payout mechanism used in a conventional ordinary pachinko machine. Therefore, even if a game ball launched from the launching device wins a prize opening, the prize ball is not paid out to the player, and the number of game balls corresponding to the prize ball is electronic Credit management with data.

When a predetermined condition such as a game ball launched from the launching device flows down the game area 5 and wins a winning opening (for example, a normal winning opening 19 provided on both right and left sides of the big winning opening) is satisfied in advance. The predetermined number of prize balls is given to the player, and the number of balls possessed by the player is increased accordingly. On the other hand, each time a game ball is launched from the launching device, the number of balls held by the player decreases.
In addition, when a big hit state occurs and a game ball wins in the open big winning opening, one payout medium (a medal or the like described later) is given to the player for a predetermined number of winning balls. The granted payout medium is added to the credited player's number of stored metals.
In addition, when a game ball wins a big prize opening, the number of award balls determined according to the prize winning to the big prize opening is the same as when a game ball wins a normal prize opening. You may make it add to the number of balls of.
The game balls that have won the respective winning holes are sent to the launching device via a passage route formed on the back side of the game board, and are again launched from the launching device as game balls.

  Below the big winning opening 3 ′, an out opening 4 is provided through which game balls that have flowed down the game area 5 and have not won any winning opening, so-called off-balls are discharged. The detached ball discharged from the out port 4 is sent to the launching device via a discharge path formed on the back side of the game board, and is again launched from the launching device as a game ball. On the lower right side of the game area 5, a handle grip 7 is provided that can adjust the firing strength of the game ball fired from the launching device, that is, the flight distance of the game ball, by its rotation operation. The handle grip 7 is an operation angle maintaining type handle, and the operation angle (firing strength) is maintained even if the hand is released from the handle after adjusting the handle angle (adjusting the flight distance). The handle grip 7 is a human body non-detection type handle, and a game ball can be launched without holding the handle. In the vicinity of the handle grip 7 (in the lower left direction of the handle in FIG. 1), a launch stop button 8 is provided to stop the launch of the game ball during the operation period by a pressing operation. Note that the handle is not limited to this type, and the game ball can be launched only when the handle is gripped, as is commonly used in pachinko machines, and the hand is released from the handle. The operation angle of the handle may not be maintained, and the initial state (operation angle zero) may be returned.

  A game ball lending operation unit 10 is provided on the side of the pachinko machine 1 (right side in the figure). The game ball lending operation unit 10 is connected to a game control unit in the pachinko machine 1. The gaming ball lending operation unit 10 is provided with a medal slot 11, a coin slot 12, a ball indicator 13, a conversion button (operation means) 14, a stored medal indicator 15, a checkout button 16, and a payout tray 17. It has been. A medal used as a payout medium is inserted into the medal slot 11. The medal is a medium that can be used in the game hall where the pachinko machine is installed, and can be converted into a predetermined number of game balls (for example, five balls) with one medal. A coin such as 100 yen is inserted into the coin insertion slot 12. The medal as a payout medium can be acquired by inserting coins. The exchange rate for medals is determined at the amusement hall. For example, by inserting 100 yen, 10 medals can be obtained.

The possession ball display 13 displays the number of game balls (number of possession balls) as a game medium owned by the player in the pachinko machine as a credit. The possessed ball can be obtained by exchanging at the above exchange rate (5 balls per medal), for example. The number of game balls exchanged is displayed on the possession ball display 13. In addition, when the winning ball is won by a game, the number of winning balls for the winning is added and increased, and the number of game balls launched for the game is subtracted and decreased.
On the medal display 15, the number of medals (the number of medals) as a payout medium owned by the player in the pachinko machine is displayed in credit. When the player has a medal at hand, the medal can be stored by inserting the medal into the insertion slot 11 or by inserting a coin into the insertion slot 12 and changing the exchange rate (10 for 100 yen). Credit) by exchanging for each.

  The conversion button (operation means) 14 has a function of converting a medal (payout medium) into a ball (game medium). For example, when the conversion button 14 is pressed once, the number of medals on the stored medal indicator 15 is decremented by one, and the number of game balls exchanged at the exchange rate (for example, five balls) is added to the possession ball indicator 13. Is displayed. The settlement button (operation means) 16 has a function of exchanging the number of balls of the player with medals at an exchange rate opposite to that described above and paying out the credited stored medals to the payout tray 17. When the settlement button 16 is pressed, the number of balls displayed on the ball indicator 13 is converted into medals (converted into one medal for five balls), and the converted medal number is stored. After being displayed in addition to the number of medals displayed on the medal indicator 15, the number of medals is paid out from the payout tray 17.

  On the upper part of the pachinko machine 1, a game history display unit 18 is provided. The display unit 18 displays game data on the game day and past game data. Specifically, “Number of today's big hits”, “Today's total number of revolutions”, “Number of big hits one day ago”, “Total number of revolutions one day ago”, “Number of big hits two days ago”, “Total number of two days ago” “Rotation speed” is displayed.

FIG. 2 is a first form of a block diagram showing the main configuration of the control unit of the enclosed pachinko machine. Hereinafter, the control content will be described based on this block diagram.
This control is performed by a game control unit (game control board) 20 that is responsible for the main control of the game, in particular, control means (CPU) 21 mounted on the game control board 20. The CPU 21 includes a ROM 21a and a RAM 21b. A control program is written in the ROM, and the RAM is used as a temporary data writing / reading area. The game control board 20 includes a launch control unit (launch control board) 30 that controls the launch of a game ball fired from the launcher, and effects of the image display device 2, for example, variations in symbols in the image display unit 9 An effect control unit (effect control board) 40 that controls display effects and the like is connected. In addition, each drive voltage is supplied from the gaming machine power supply board 50 to each control board 20, 30, 40. The gaming machine power supply board 50 is supplied with AC24V power.

  A medal selector 26 and a coin selector 27 are connected to the game control board 20. These selectors select medals and coins to be inserted into the medal slot 11 and the coin slot 12, respectively. The detection signals of medals and coins detected by the selection of the selectors 26 and 27 are input to the game control board 20.

  The game control board 20 includes a switch A (operation means: equivalent to the conversion button 14 in FIG. 1) 24, a switch A-LED (state display means) 24a, a settlement switch (operation means) 16, and a settlement switch LED (state. Display means) 16a, a ball count display 13, a medal storage display 15, and a medal payout hopper 25 are connected.

  The switch A24 has both (1) a function for converting a medal (payout medium) into a ball (game medium) and (2) a launch control function for controlling the launch of a game ball launched from the launch device. Switch. In addition, the launch control function includes (2-1) a function to start launching a game ball and (2-2) a function to stop launching a game ball.

(1) Conversion function When the player owns a medal in the pachinko machine, that is, when the medal is credited to the stored medal display 15, the switch A24 is pressed (long press (1 second or more): press pattern A) Then, the medal is converted into a ball with a predetermined exchange rate (the conversion function becomes effective). By this conversion, the medal credit number of the medal saving indicator 15 is subtracted by the number of times the switch A24 is pressed. On the other hand, the number of possessed balls corresponding to the subtracted medal number is added to the possessed ball display 13 as the number of possessed ball credits. The medal-to-ball conversion process is a process in which one medal is converted into a ball for one switch A24 operation, or all stored medals for one operation. May be a process of converting into a ball.
These game data are written into the RAM 21b and read out from the RAM (hereinafter, the same processing is performed).

(2) Launch control function (2-1) When the player presses switch A24 (short press (less than 1 second): press pattern B) during game play (during game ball launch), the press A signal is input to the game control board 20. In response to this signal, the game control board 20 transmits a launch control signal (launch stop signal) for stopping the launch of the game ball to the launch control board 30. The launch of the game ball from the launching device is stopped by inputting the launch stop signal to the launch control board 30. That is, when the switch A24 is pressed for a short time during the game, the firing stop function of the switch A24 is enabled and the firing is stopped. (2-2) When the switch A24 is pressed (short press (less than 1 second): press pattern B) in this stop state, the press signal is input to the game control board 20, and this time, A launch control signal (launch start signal) for starting the launch of the game ball is transmitted from the game control board 20 to the launch control board 30. Thereby, the launch of the game ball is started. In other words, when the switch A24 is in the stopped state, the firing start function of the switch A24 becomes effective by starting the firing by pressing the switch A24 shortly during the game.

(3) Both functions of conversion / launch control As will be described in detail later (in the description of FIG. 3), when the switch A24 is pressed (one press operation) at a timing when a predetermined condition is satisfied, The ball is converted to a possessed ball and launching of the game ball that has been stopped is started (both the conversion function and the firing start function are enabled). That is, two functions of the switch A24 can be operated at a time by pressing the switch A24 only once.
The switch A-LED 24a is a status display unit that displays the functional status of the switch A24. The display contents will be described in detail in the description of FIG.

As with the settlement switch described with reference to FIG. 1, the settlement switch 16 exchanges the number of balls (game media) of the player with medals (payout media) and pays out the credited stored medals to the dispensing tray 17. It has a function. When the settlement button 16 is pressed, the pressing signal is input to the game control board 20. Upon receiving this signal, the game control board 20 exchanges the number of balls displayed on the ball display 13 with medals at a predetermined exchange rate, and the number of exchanged medals is medal credit of the stored medal display 15. After being displayed in addition to the number of sheets, that number of medals is paid out from the medal payout hopper 25 to the payout tray 17.
The settlement switch LED 16a is a status display means that indicates whether or not the medals can be settled.

The medal payout hopper 25 is operated by a motor signal from the game control board 20. In addition, a hopper sensor signal is transmitted from the hopper 25 to the game control board 20, and the game control board 20 recognizes this hopper sensor signal and manages the operation of the hopper.
In addition, the game control board 20 monitors operation errors of the medal payout hopper 25. For example, when there are no payout medals in the hopper 25 (medal empty error), the payout medals are jammed (medal clogged error), or when medals are paid out other than during payout (hopper sensor abnormal error) When the hopper 25 becomes full (overflow error), these errors are detected by the game control board 20, and the game and launch are forcibly stopped while maintaining the current game state. The occurrence of an error sound or an error display notifies that an error has occurred.

The forced stop is performed as follows according to the generation timing so as not to cause a disadvantage to the player due to the occurrence of an error.
If an error occurs during the symbol fluctuation display operation, if the result of the internal lottery for the fluctuation is “out”, the result of the internal lottery will be “At the end” and the result of the internal lottery will be “big hit” In this case, the game and the launch are forcibly stopped when the jackpot game ends. Further, when an error occurs during the big hit game, the game is forcibly stopped when the big hit game ends. When the error factor is removed and the error is released, the normal game is resumed after the reset switch is pressed. When the error occurs, the game and launch are forcibly stopped, so that the conversion function, launch control function, and settlement function of the switch A24 and the settlement switch 16 are stopped. The same applies to the second and third embodiments described below, and the functions of the switch B34, the switch C36, and the switch D44 are also stopped.

  The game control board 20 is connected to a start switch (sensor) 6a, a general winning opening switch (sensor) 19a, and a large winning opening solenoid 3a. The start switch 6 a is a switch for detecting a game ball won in the start winning opening 6, and a detection signal thereof is input to the game control board 20. The general prize opening switch 19 a is a switch for detecting a game ball won in the general prize opening 19, and a detection signal thereof is input to the game control board 20. The game control board 20 increases the number of balls held by the number of prize balls based on this detection signal. The special winning opening solenoid 3a opens and closes the door of the special winning opening, and operates based on a drive signal from the game control board 20.

The launch control board 30 is connected to a launch stop switch 8, a launch handle 7, a ball feed solenoid 31, and a launch solenoid 32.
The launch stop switch 8 has the same function as the launch stop button 8 in FIG. 1, and is a switch that can stop the launch of the game ball from the launch device during the pressing operation period.
The firing handle 7 has the same function as the handle grip 7 of FIG. 1 and is an operation angle maintaining type and human body non-detecting type handle.
The ball feed solenoid 31 is a solenoid that sequentially sends out the game balls in the launch device to the launch position, and the launch solenoid 32 is a solenoid that launches the sent game balls to the game area 5. These solenoids 31 and 32 operate based on a control signal (drive signal) from the firing control board 30. When the game ball is launched from the launch device, that is, when a drive signal is output from the launch control board, a launch count signal is transmitted from the launch control board 30 to the game control board 20 every time the game ball is launched. In addition, a sensor is provided at a predetermined position in a launch passage through which a game ball launched from the launch device passes, and a game ball detection signal by the sensor is transmitted to the game control board 20. The game control board 20 controls the number of possession balls of the possession ball display 13 based on the firing count signal and the game ball detection signal.

  A speaker (SP) 42, a decoration LED 41, and a liquid crystal display 9 are connected to the effect control board 40, and an effect according to the game content is controlled by the effect control board 40 based on a command from the game control board 20. Operation is performed. For example, when a game ball wins at the start winning opening 6, a special symbol variation display operation is started on the liquid crystal display 9, and the effect sound and the effect light are synchronized with the effect image and the speaker 42 and the decoration LED 41. It is emitted from.

Next, the function of the “switch A” 24 in the form of FIG. 2 will be described based on the timing chart shown in FIG.
In the figure, the chart shown at the top represents the launching state of the game ball, that is, whether the game ball is being fired or stopped. Further, the next chart indicates whether or not the possessed ball is credited to the retained ball display 13, that is, the presence / absence of the number of retained balls. The next chart indicates whether or not a medal is credited to the medal display unit 15, that is, whether or not the medal number is present. The next chart represents the state of the “switch A-LED” 24a, that is, lighting / flashing / extinguishing. The next chart shows the timing of pressing the “switch A” 24 and its function.

In the state of (a), a player who wants to play a game inserts a medal into the medal slot 11, or inserts a coin into the coin slot 12, and exchanges it for a medal at a predetermined exchange rate. The state where the number of medals is displayed on the stored medal display as the number of stored medals (the stored medal “present” state) is shown.
If the launch handle 7 is rotated at this time, the “switch A-LED” 24a blinks and prompts the player to press the “switch A” 24, that is, to change the stored medal to a ball. That is, in the current state, if the possession ball is credited, the fact that the game ball is ready to be launched from the launching device is notified by the blinking display of the LED 24a.

  Here, the launcher operates only when there is a game medium (when the number of possessed ball credits is not “0”). That is, if the number of possessed balls is present when the firing handle 7 is operated, the launching device performs a game ball launching operation. Does not perform a game ball launching operation. Therefore, even if the firing handle 7 is operated in the state (a), the number of balls is still “0”, so that the launching device does not operate and the game ball is not launched. That is, the firing stop state continues.

  In the state of (a), that is, in the state where the number of possessed balls is “0”, the launch of the game ball is stopped and the medal is credited, the switch A24 is briefly pressed (pressed for less than 1 second. The same applies hereinafter. ) ((B) state) If the launching handle 7 is rotated at that time, the process for converting the “medal medal” into the “held ball” is performed, and then the game ball launching start process is performed. The game ball is fired from the launching device. In this case, two processes of “conversion” and “launch start” are performed only by operating the switch A24 once (both the conversion function and the fire start function are valid). The conversion process from “stored medal” to “held ball” may be a process in which one medal is converted into a held ball for one operation of the switch A24, or for one operation. Processing in which all stored medals are converted into possession balls may be used. In the state (b), the number of credits of the stored medal is zero (“0”) by this conversion. At this time, the “switch A-LED” 24a changes to a lighting display to notify that the game ball is in a firing state. If the player does not rotate the firing handle 7 in the state of (b), even if the switch A24 is pressed for a short time, only the conversion process is performed, and the firing start process is performed. There is no.

During the period of the arrow (c), the state where the medal is changed from “No” to “Yes” during the game, that is, the medal is inserted into the medal slot 11 or the coin is inserted into the coin slot 12 during the game. Is inserted and exchanged for medals, and the number of credits of the stored medals is not “0”. In this state, when the switch A24 is pressed for a short time ((D) state), the game ball is stopped. At this time, the “switch A-LED” 24a changes to blinking display, and the present state is that the LED 24a blinks to indicate that the game ball can be launched when the “switch A” 24 is pressed. Notification is given by display.
In this state, when the “switch A” 24 is pressed for a short time, the launch of the game ball is started and the “switch A-LED” 24 a is changed to a lighting display (state (e)).

In the state of (e), when the player loses the ball due to the game, the launch of the game ball is stopped (state (f)). At this time, the “switch A-LED” 24a changes to a blinking display, and the player is prompted to press the “switch A” 24, that is, to exchange the stored medals for a ball.
In the state of (f), that is, in the state where the number of possessed balls is “0”, the launch of the game ball is stopped and the medal is credited, when the switch A24 is pressed for a short time (state (G)), After the process of converting “stored medal” to “held ball” is performed, the game ball launching start process is performed, and the game ball is launched from the launching device. In this case, two processes of “conversion” and “launch start” are performed only by operating the switch A24 once (both the conversion function and the fire start function are valid). In other words, in this state, the switch A24 has both a function of converting a medal (payout medium) into a holding ball (game medium) and a function of starting the launch of the game ball. The state (g) is a state in which the game continues, that is, a state in which the launch handle 7 is rotated by the player.
At this time, the “switch A-LED” 24a changes to a lighting display to notify that the game ball is in a firing state.

  During game play, when switch A24 is pressed for a long time (pressed for 1 second or longer; the same applies hereinafter) when a medal is present, a process of converting “save medal” to “holding ball” is performed (the state of (H)) ). For example, if the remaining number of balls is decreasing during the game and you want to continue playing, press and hold the switch A24 to keep the game ball fired and keep the “stored medal” Can be converted. The converted number of balls is added and displayed on the ball display 13.

A period indicated by an arrow (R) represents a state in which a game is played when the stored medal is “0”. In this state, when the switch A24 is pressed for a short time ((No) state), the game ball is stopped. At this time, the “switch A-LED” 24a changes to blinking display, and if the “switch A” 24 is pressed, the LED 24a blinks to indicate that the game ball can be launched. Notification is given by display.
In this state, when the “switch A” 24 is pressed for a short time, the launch of the game ball is started, and the “switch A-LED” 24 a is changed to the lighting display (state (L)).

The state of (W) represents a state in which the switch A24 is pressed for a short time when the game is performed with the stored medal being "0", that is, the same state as the above (No). In this case, the launch of the game ball is stopped, and the “switch A-LED” 24a changes to blinking display.
In this state, when a medal is inserted into the medal slot 11, or when a coin is inserted into the coin slot 12 and exchanged for a medal, the credit of the stored medal changes from “No” to “Yes”. ((W) state). The number of medals inserted or the like is displayed on the stored metal display 15.

  In this state where the medal has been credited, if the switch A24 is pressed and held, the process of converting the “save medal” to the “held ball” is performed, and the stored medal changes from “present” to “none” ((f) State). The converted number of balls is added and displayed on the ball display 13. The state immediately before the switch A24 is pressed for a long time (the state where the firing is stopped, the ball is held, and the storage medal is present) is the same as the state between the above (d) and (e) (the state shown in the figure (l)). It is. Therefore, when the switch A24 is pressed for a short time rather than for a long time, the process of converting to a holding ball is not performed, and the game ball launch start process is performed.

In this state where the game is stopped, when the “switch A” 24 is pressed for a short time, the launch of the game ball is started and the “switch A-LED” 24 a is changed to the lighting display (the state of (Y)) ).
Then, the game is continued in this state, and when the number of possessed balls decreases to “0”, the launch of the game ball is stopped. Since the number of medals is also “0”, the “switch A-LED” 24a is changed to a light-off display (state (()).

FIG. 4 is a second form of a block diagram showing the main configuration of the control unit of the encapsulated pachinko machine. Hereinafter, the control content will be described based on this block diagram.
In this description, the same parts as those of the first embodiment shown in FIG. 2 are denoted by the same reference numerals, and the description thereof is omitted as appropriate.
This control is performed by a game control unit (game control board) 20 that is responsible for the main control of the game, in particular, control means (CPU) 21 mounted on the game control board 20. The CPU 21 includes a ROM 21a and a RAM 21b. A control program is written in the ROM, and the RAM is used as a temporary data writing / reading area.

  The game control board 20 has a switch B (operation means: equivalent to the conversion button 14 in FIG. 1) 34, a switch B-LED (status display means) 34a, and a switch C (operation means: equivalent to the settlement button 16 in FIG. 1). 36, a switch C-LED (status display means) 36a and a checkable LED 37 are connected.

The switch B34 is a switch that combines (1) a function of converting a medal (payout medium) into a ball (game medium) and (2) a launch control function of starting launching a game ball from the launch device.
(1) Conversion function When the player owns a medal in the pachinko machine, that is, when the medal is credited to the stored medal display 15, the switch B34 is pressed (short press (less than 1 second): press pattern B) Then, medals are converted into balls with a predetermined exchange rate. By this conversion, the medal credit number of the medal saving indicator 15 is subtracted by the number of times the switch A24 is pressed. On the other hand, the number of possessed balls corresponding to the subtracted medal number is added to the possessed ball display 13 as the number of possessed ball credits. The medal-to-ball conversion process is a process in which a single medal is converted into a ball for one operation of the switch B34, or all stored medals for one operation. May be a process of converting into a ball.

(2) Launch control function (launch start function)
If the switch B34 is pressed (short press (less than 1 second): press pattern B) while the game is in a stopped state, the press signal is input to the game control board 20. In response to this signal, the game control board 20 transmits a launch start signal for starting the launch of the game ball to the launch control board 30. The launch of the game ball from the launch device is started by inputting the launch start signal to the launch control board 30.

(3) Both conversion / launch start functions In addition, as will be described in detail later (in the description of FIG. 5), when the switch B34 is pressed at the timing when a predetermined condition is satisfied (one press operation), the medal is The ball is converted to a possessed ball and launching of the game ball that has been stopped is started (both the conversion function and the firing start function are enabled). That is, two functions of the switch B34 can be operated at a time by pressing the switch B34 only once.
The switch B-LED 34a is a status display unit that displays the functional status of the switch B34. The display contents will be described in detail in the description of FIG.

The switch C36, after exchanging the number of player's balls (game media) with medals (payout media), paying out the credited stored medals to the payout tray 17, and a function of stopping the payout, This switch is also used as a launch stop function for stopping the launch of the game ball from the launch device.
When the switch C36 is pressed (long press (1 second or longer): press pattern A), the press signal is input to the game control board 20. Upon receiving this signal, the game control board 20 exchanges the number of balls displayed on the ball display 13 with medals at a predetermined exchange rate, and the number of exchanged medals is medal credit of the stored medal display 15. After being displayed in addition to the number, the number of medals are paid out from the medal payout hopper 25 to the payout tray 17 (settlement function). If the switch C36 is pressed again during this payout (long press (1 second or longer): press pattern A), the payout process is stopped and the number of unsettled medals is displayed in credit on the stored medal display 15.

Further, when the player presses the switch C36 (short press (less than 1 second): press pattern B) during the game (while the game ball is being fired), the press signal is input to the game control board 20. The The game control board 20 transmits a launch stop signal for stopping the launch of the game ball to the launch control board 30. Thereby, the launch of the game ball from the launching device is stopped (launching stop function).
The switch C-LED 36a is a status display unit that indicates the functional status of the switch C36.
Moreover, the LED 37 that can be settled is a notifying means for notifying whether or not the stored medals can be settled. It is controlled to be “lit” when the game machine is ready for payment, “blink” when it is being settled, and “off” when it is not ready for payment.

Next, the functions of “switch B” 34 and “switch C” 36 in the form of FIG. 4 will be described based on the timing chart shown in FIG.
In the figure, the chart shown at the top represents the launching state of the game ball, that is, whether the game ball is being fired or stopped. Further, the next chart indicates whether or not the possessed ball is credited to the retained ball display 13, that is, the presence / absence of the number of retained balls. The next chart indicates whether or not a medal is credited to the medal display unit 15, that is, whether or not the medal number is present. The next chart shows the state of the “switch B-LED” 34a, that is, lighting / flashing / extinguishing. The next chart shows the state of the “switch C-LED” 36a, ie, blinking / extinguishing. The next chart shows the state of the “Checkable LED” 37, that is, flashing / lighting / extinguishing. The next chart represents the pressing timing of "Switch B" or "Switch C" and its function.

  During the period of the arrow (So), the number of balls held is “None”, the firing is stopped, and the stored medal is “None”, for example, the player is about to start playing with the pachinko machine, or It shows a state where the ball and the stored medal are lost during the game. At this time, it is assumed that the launch handle 7 is rotated by the player.

In the state of (a '), a player who wants to play a game inserts a medal into the medal slot 11 or inserts a coin into the coin slot 12 and exchanges it for a medal at a predetermined exchange rate. The medal number is displayed on the accumulated medal indicator as the accumulated medal number (the medal accumulated “present” state).
“Switch B-LED” 34a blinks and prompts the player to press “Switch B” 34, that is, to change the stored medals to balls. That is, in the current state, if the possessed ball is credited, it is notified by a blinking display of the LED 34a that the game ball is ready to be launched from the launching device. In addition, the “switch C-LED” 36a is turned off. The LED 36a displays the launch state of the game ball, turns off when the launch is stopped, and blinks when the launch is in progress. “Checkout LED” 37 is lit. The LED 37 is lit when it can be settled, for example, when it has “stored medal” or “held ball”, and when it cannot be settled, for example, it has both “stored medal” and “held ball”. Turns off when not in use and flashes when the medal is being settled.

  Here, the launching device operates only when there is a game medium (when the number of possession credits is not “0”), as described in the form of FIG. Therefore, even if the firing handle 7 is operated in the state of (A '), the number of balls is still “0”, so that the launching device does not operate and the game ball is not launched. That is, the firing stop state continues.

  In the state of (A '), that is, in the state where the number of possessed balls is “0”, the launch of the game ball is stopped and the medal is credited, the switch B34 is pressed briefly (pressed for less than 1 second. The same applies hereinafter. .) ((Ro ') state) After the process of converting “stored medal” into “held ball” is performed, the game ball launching start process is performed, and the game ball starts firing from the launcher. Is done. In this case, two processes of “conversion” and “start of firing” are performed only by operating the switch B34 once (both functions of the conversion function and the start of firing function are valid). The conversion process from “stored medal” to “held ball” may be a process in which one medal is converted into a held ball for one operation of the switch A24, or for one operation. Processing in which all stored medals are converted into possession balls may be used. In the state of (b '), the number of credits of the stored medal is zero (“0”) by this conversion. At this time, the “switch B-LED” 34a changes to a light-off display to notify that the number of credits of the stored medal is none (“0”). Since the launch of the game ball is started, the display of the “switch C-LED” 36a changes to the blinking display. In addition, since the ball has a ball, the display of the “adjustable LED” 37 changes to a lighting display indicating that the adjustment is possible.

  During the game, during the game, the stored medal changes from “No” to “Yes”, that is, a medal is inserted into the medal slot 11 or a coin slot 12 is entered during the game. This shows a state where coins are inserted and exchanged for medals, and the number of credits of the stored medals is no longer “0”. Since the game ball is in a firing state and a medal saving state is present, the “switch B-LED” 34a changes to a lighting display.

In this state, when the switch C36 is pressed for a short time ((d ') state), the launch of the game ball is stopped. At this time, the “switch B-LED” 34a changes to a blinking display, and if the “switch B” 34 is pressed, the current state is informed that the game ball is ready to be launched. Further, since the game ball is stopped from being emitted, the display of the “switch C-LED” 36a is changed to the off display.
Then, in this state, when the switch B34 is pressed for a short time, the game ball starts to be fired (state of (e ')). “Switch B-LED” 34a changes to a lit display because the game is in a firing state and a medal is stored, and since the game ball has started firing, “switch C-LED” 36a flashes. Change to display.

  When the switch B34 is pressed for a short time during the game in the state where there is a saved medal, a process of converting “save medal” into “held ball” is performed (the state of (C ′)). For example, if the remaining number of balls is decreasing during the game and you want to continue playing, you can press the switch B34 for a short time to continue to play the game ball while holding the “stored medal” Can be converted. The converted number of balls is added and displayed on the ball display 13. At this time, the “switch B-LED” 34a changes to a light-off display to notify that the number of credits of the stored medal is not (“0”).

A period indicated by an arrow (Li ′) represents a state in which a game is played when the medal is “0”. In this state, when the switch C36 is pressed for a short time (the state of (nu ')), the launch of the game ball is stopped. At this time, the “switch B-LED” 34a changes to a blinking display, and if the switch B34 is pressed, the current state is informed that the game ball is ready to be launched. In addition, since the launch of the game ball is stopped, the “switch C-LED” 36a is changed to a light-off display.
In this state, when the switch B34 is pressed for a short time, the game ball starts to be fired (state of (Le ')). At this time, since it is in a firing state and a medal saving state, the “switch B-LED” 34a changes to a lighting display, and the launch of the game ball is started, so the “switch C-LED” 36a Changes to blinking.

  During the period of (tsu), the game is in progress and there is no saving medal. “Switch B-LED” 34a is turned off because it is being launched and there is no stored medal, and “switch C-LED” 36a is turned on because the game ball is being launched. Further, since there is a ball, the “settlement LED” 37 is lit. In the state where payment is possible in the state where the “payment LED” 37 is lit, when the switch C36 is pressed for a long time (pressed for 1 second or longer; the same applies hereinafter), the medal settlement process is started (the state of (ne)). The credited ball is exchanged for medals at a predetermined exchange rate, and the number of exchanged medals is displayed on the stored medal display 15 as the number of medal credits. By this exchange, the number of possessed balls becomes “0” and the launch of the game ball is stopped. When the firing is stopped, the “switch C-LED” 36a changes to a light-off display. In this case, the firing is stopped and the medal is stored, and the condition for blinking the “switch B-LED” 34a is established, but this is the period during which the medal settlement process is performed. The “switch B-LED” 34a does not change in the state of being extinguished, and no display (flashing display) for prompting the player to start firing is performed. The number of medals displayed on the stored medal indicator 15 is paid out to the payout tray 17. Corresponding to the payout of medals, the number displayed on the stored medal indicator 15 decreases. At this time, it is informed that the medals are being settled by blinking display of the “payable LED” 37.

  If the switch C36 is pressed and held again while the medal is paid out (while the “adjustable LED” 37 is blinking), the medal settlement process is stopped. The medals that have not been paid out by the time of the stop are displayed as credits on the stored medal display 15 as saved medals (the state (N)). At this time, since there is no ball and there is a state where a medal is stored, the “switch B-LED” 34a changes to a blinking display to prompt conversion to a ball. The “Checkout LED” 37 changes to a lighting display to notify that the payment is possible.

  When the “switch B-LED” 34a is blinking and when the firing is stopped, the ball is not held, and the medal is stored, when the switch B34 is pressed for a short time ((La) state), one operation is performed. Thus, both the “conversion function” and the “launching start function” are enabled, and after the possession ball conversion process is performed, the game ball firing start process is performed and the game ball launching is started. Launching is started, and the “switch B-LED” 34a changes to a lit display because there is a stored medal. Further, since the firing is started, the “switch C-LED” 36a is changed to a blinking display.

  In this firing state, when the switch C36 is pressed for a long time, the medal settlement process is started (state ((M))). The credited ball is exchanged for medals at a predetermined exchange rate, and the number of exchanged medals is displayed on the stored medal display 15 as the number of medal credits. By this exchange, the number of possessed balls becomes “0” and the launch of the game ball is stopped. In this case, the firing is stopped and the medal is stored, and the condition for blinking the “switch B-LED” 34a is satisfied. However, since the medal settlement process is performed, the “switch B-LED “34a changes to a light-off display. Further, the “switch C-LED” 36a is changed to a light-off display by stopping the firing. The stored medals are paid out to the payout tray 17, and the number of displayed medals on the stored medal display 15 decreases in accordance with the payout of medals. At this time, it is informed that the medals are being settled by blinking display of the “payable LED” 37. When all the stored medals are paid out and there are no remaining payouts, the settlement process is completed, and the “payable LED” 37 is extinguished (state (C)).

FIG. 6 is a third form of a block diagram showing the main configuration of the control unit of the encapsulated pachinko machine. Hereinafter, the control content will be described based on this block diagram.
In this description, the same parts as those of the first embodiment shown in FIG. 2 and the second embodiment shown in FIG. 4 are denoted by the same reference numerals, and the description thereof is omitted as appropriate.
This control is performed by a game control unit (game control board) 20 that is responsible for the main control of the game, in particular, control means (CPU) 21 mounted on the game control board 20. The CPU 21 includes a ROM 21a and a RAM 21b. A control program is written in the ROM, and the RAM is used as a temporary data writing / reading area.

  Connected to the game control board 20 are a switch D (operation means: equivalent to the conversion button 14 and the adjustment button 16 in FIG. 1) 44, a switch D-LED (status display means) 44a, and an adjustment LED 37.

  The switch D44 includes (1) a function for converting a medal (payout medium) into a ball (game medium), (2) a launch control function for controlling the launch of a game ball launched from the launch device, and (3). (3-1) Checkout function for paying out the credited stored medal to the payout tray 17 after exchanging the ball (game medium) with a medal (payout medium), (3-2) Stopping the checkout to stop the payout This switch is also used as a function. In addition, the launch control function includes (2-1) a function to start launching a game ball and (2-2) a function to stop launching a game ball. By combining the function of the conversion switch, the function of the launch control switch, and the function of the settlement switch with a single switch, the manufacturing cost can be reduced.

(1) Conversion function When the player owns a medal in the pachinko machine, that is, when the medal is credited to the stored medal display 15, the switch D44 is pressed (long press (less than 5 seconds for 1 second)) : Pressing pattern C), medals are converted into balls with a predetermined exchange rate. By this conversion, the medal credit number of the stored medal indicator 15 is subtracted by the number of times the switch D44 is pressed. On the other hand, the number of possessed balls corresponding to the subtracted medal number is added to the possessed ball display 13 as the number of possessed ball credits. The medal-to-ball conversion process is a process in which one medal is converted to a ball for one operation of the switch D44, or all stored medals for one operation. May be a process of converting into a ball.

(2) Launch control function (2-1) When the player presses the switch D44 (short press (less than 1 second): press pattern B) during the game (while the game ball is being fired), the press A signal is input to the game control board 20. In response to this signal, the game control board 20 transmits a launch control signal (launch stop signal) for stopping the launch of the game ball to the launch control board 30. The launch of the game ball from the launching device is stopped by inputting the launch stop signal to the launch control board 30 (the launch stop function is activated). (2-2) When the switch D44 is pressed (short press (less than 1 second): press pattern B) in this stop state, the press signal is input to the game control board 20, and this time, A launch control signal (launch start signal) for starting the launch of the game ball is transmitted from the game control board 20 to the launch control board 30. Thereby, the launch of the game ball is started (the launch stop function is activated).

(3) Settlement function (3-1) When the medal is credited and the medal can be settled, when the switch D44 is pressed (long press (5 seconds or more): press pattern D), the press signal is a game control board 20 Is input. Upon receiving this signal, the game control board 20 exchanges the number of balls displayed on the ball display 13 with medals at a predetermined exchange rate, and the number of exchanged medals is medal credit of the stored medal display 15. After being displayed in addition to the number of sheets, that number of medals is paid out from the medal payout hopper 25 to the payout tray 17. (3-2) If the switch D44 is pressed again during this payout (long press (5 seconds or more): press pattern D), the payout process is stopped and the number of unsettled medals is displayed on the stored medal display 15. Credits are displayed.

(4) Both conversion / launch start functions Further details will be described later (in the description of FIG. 7), but when the switch D44 is pressed (one press operation) at a timing when a predetermined condition is satisfied, the medal is The ball is converted to a possessed ball and launching of the game ball that has been stopped is started (both the conversion function and the firing start function are enabled). That is, the two functions of the switch D44 can be operated at a time by pressing the switch D44 only once.
The switch D-LED 44a is status display means for displaying the functional status of the switch D44. The display contents will be described in detail in the description of FIG.

Next, the function of the “switch D” 44 in the form of FIG. 6 will be described based on the timing chart shown in FIG.
In the figure, the chart shown at the top represents the launching state of the game ball, that is, whether the game ball is being fired or stopped. Further, the next chart indicates whether or not the possessed ball is credited to the retained ball display 13, that is, the presence / absence of the number of retained balls. The next chart indicates whether or not a medal is credited to the medal display unit 15, that is, whether or not the medal number is present. The next chart represents the state of the “switch D-LED” 44a, that is, lighting / flashing / extinguishing. The next chart shows the state of the “Checkable LED” 37, that is, flashing / lighting / extinguishing. The next chart represents the pressing timing of “switch D” and its function.

  During the period of the arrow (So), the number of balls held is “None”, the launch is stopped, and the stored medal is “None”, for example, the player is about to start playing with the pachinko machine, or In this case, it is assumed that the possession ball and the stored medals are lost during the game, and the firing handle 7 is rotated by the player at this time.

In the state of (a), a player who wants to play a game inserts a medal into the medal slot 11 or inserts a coin into the coin slot 12 and exchanges it for a medal at a predetermined exchange rate. The medal number is displayed on the accumulated medal indicator as the accumulated medal number (the medal accumulated “present” state).
The “switch D-LED” 44a changes to a blinking display, and the player is prompted to press the switch D44, that is, to change the stored medal to a ball. That is, the current state is informed by the blinking display of the LED 44a that the game ball is ready to be launched from the launching device if the possessed ball is credited. The LED 44a is lit while the game ball is being fired, and is blinked when the ball is stopped and the possession ball or the stored medal is credited. In addition, when the medal is credited, the “accountable LED” 37 is turned on. The LED 37 is lit when it can be settled, for example, when it has “stored medal” or “held ball”, and when it cannot be settled, for example, it has both “stored medal” and “held ball”. Turns off when not in use and flashes when the medal is being settled.

  Here, the launching device operates only when there is a game medium (when the number of possession credits is not “0”), as described in the form of FIG. Therefore, even if the firing handle 7 is operated in the state of (A), the number of balls is still “0”, so the launching device does not operate and the game ball is not launched. The fire stop state continues.

  In the state of (A), that is, in the state where the number of possessed balls is “0”, the launch of the game ball is stopped and the medal is credited, the switch B34 is briefly pressed (pressed for less than 1 second. The same applies hereinafter. .) ((B) state) After the process of converting “stored medal” to “held ball” is performed, the game ball launching start process is performed, and the game ball starts firing from the launcher. Is done. In this case, two processes of “conversion” and “start of firing” are performed only by operating the switch D44 once (both functions of the conversion function and the start of firing function are valid). The conversion process from “stored medal” to “held ball” may be a process in which one medal is converted into a held ball for one operation of the switch A24, or for one operation. In other words, it may be a process in which all the stored medals are converted into balls. In the state of (b), the number of credits of the medal saved is zero ("0") due to this conversion, and the "switch D-LED" 44a changes to a lit display when the game ball starts to be fired. In addition, since the ball has a ball, the display of the “adjustable LED” 37 is changed to a lighting display indicating that the adjustment is possible.

During the period of the arrow (c), the medal is changed from “No” to “Yes” during the game, that is, the medal is inserted into the medal slot 11 or the coin slot 12 is entered during the game. This shows a state where coins are inserted and exchanged for medals, and the number of credits of the stored medals is no longer “0”.
In this state, when the switch D44 is pressed for a short time ((d) state), the game ball is stopped from being emitted, at which time the “switch D-LED” 44a changes to blinking display, and the current state is “ If the switch D ″ 44 is pressed, it is notified that the game ball is ready to be launched and is ready for launch.
In this state, when the switch B34 is pressed for a short time, the game ball starts to be fired (the state of (e)). Because it is in the fired state, the “switch D-LED” 44a changes to the lighting display.

  During the game, if the switch D44 is pressed for a long time C (1 second or more and less than 5 seconds; the same applies hereinafter) in a state where there is a stored medal, a process of converting “stored medal” to “held ball” is performed (( State of h))) For example, if the remaining number of balls is reduced during the game and the game is to be continued, the game ball can be continuously released by pressing and holding the switch D44. The “stored medal” can be converted to “held ball.” The converted number of held balls is added and displayed on the held ball display 13.

A period indicated by an arrow (Li) represents a state in which a game is played when the stored medal is “0.” In this state, when the switch D44 is pressed for a short time (the state ((N))), a game ball Is stopped. At this time, the “switch D-LED” 44a changes to a blinking display, and if the switch D44 is pressed, the current state is informed that the game ball is ready to be launched.
In this state, when the switch D44 is pressed for a short time, the game ball starts to be fired (state of (Le)). Because it is in the fired state, the “switch D-LED” 44a changes to the lighting display. .

  During the period of (tsu), the game is in progress and there are no saved medals, and since there is a ball, the “Checkout LED” 37 is lit, and the “Checkout LED” 37 is lit. In the state where payment can be made, when the switch D44 is held down for a long time D (pressed for 5 seconds or longer; the same applies hereinafter), the medal settlement process is started (state ((")")). The credited ball is exchanged for medals at a predetermined exchange rate, and the number of exchanged medals is displayed on the stored medal display 15 as the number of medal credits. By this exchange, the number of possessed balls becomes “0” and the launch of the game ball is stopped. In this case, the firing is stopped and the medal is stored, and the condition for blinking the “switch D-LED” 44a is established, but this is the period during which the medal settlement process is performed. The “switch D-LED” 44a changes to a light-off display, and no display (flashing display) that prompts the player to start firing is performed. The number of medals displayed on the stored medal indicator 15 is paid out to the payout tray 17. Corresponding to the payout of medals, the number displayed on the stored medal indicator 15 decreases. At this time, it is informed that the medals are being settled by blinking display of the “payable LED” 37.

  If the switch D44 is pressed and held again while the medal is being paid out (while the “adjustable LED” 37 is blinking), the medal settlement process is stopped. The medals that have not been paid out by the time when they are stopped are displayed as credits on the stored medal display 15 as a stored medal (in the state of “(N”)). In addition, since the medals are present, the “switch D-LED” 44a changes to blinking display and prompts for conversion to a holding ball. Notify that.

  When the “switch D-LED” 44a is blinking, and when the firing is stopped, the ball is not held, and the medal is stored, if the switch B34 is pressed for a short time ((La)), the “conversion” can be performed by one operation. Both the “function” and the “launch start function” are enabled, and after the possession ball conversion process is performed, the game ball launch start process is performed and the game ball launch is started. Therefore, the “switch D-LED” 44a is changed to a lighting display.

  In this firing state, when the switch D44 is held down for a long time, the medal settlement process is started (state of (M)). The credited ball is exchanged for medals at a predetermined exchange rate and exchanged. The number of medals is displayed as a medal credit number on the stored medal indicator 15. As a result of this exchange, the number of possessed balls becomes “0”, and the launch of the game ball is stopped. The condition that the “switch D-LED” 44a blinks is established in the state where there is a stored medal. However, since the medal settlement process is performed, the “switch D-LED” 44a is changed to the off display. The stored medals are paid out to the payout tray 17, and the displayed number of the stored medal indicator 15 decreases corresponding to the payout of the medals. Is being calculated is notified. Savings medal settlement process to become payout is paid out the remaining number of blank all completed, "checkout allowed LED" 37 is turned off ((status of c ')).

It is a figure which shows one form of the game machine which concerns on this invention. It is a block diagram which shows the structure of the control part of the game machine which concerns on this invention. It is a timing chart explaining the function of the operation means in each game condition. It is a block diagram which shows the structure of the control part of a form different from FIG. It is a timing chart explaining the function of the operation means in each game condition of the form of FIG. It is a block diagram which shows the structure of the control part of a form different from FIG. 2, FIG. It is a timing chart explaining the function of the operation means in each game condition of the form of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Pachinko machine 2 Image display device 3, 3 'Large prize opening 6 Start prize opening 7 Handle 8 Launch stop button (launch stop switch)
13 Number-of-balls indicator 14 Conversion button (operation means)
15 Medal display 16 Settlement button 20 Game control board 21 CPU
24 Switch A (Operating means)
24a switch A-LED (status display means)
34 Switch B (Operating means)
34a switch B-LED (status display means)
36 Switch C (Operating means)
36a switch C-LED (status display means)
44 Switch D (Operating means)
44a switch D-LED (status display means)

Claims (3)

The game media and payout media owned by the player are credit managed as electronic data, the payout media are converted into the game media at a predetermined exchange rate, and game balls for the number of game media are fired by operating the handle. In a gaming machine that can be fired from a device, the game medium decreases with each launch, and the game medium increases according to a game result.
Operation means;
Control means for performing control based on an operation signal transmitted from the operation means,
The control means is configured such that when the handle and the operating means are operated when the game ball is stopped, the remaining number of the payout medium exists without the remaining number of the game medium. The game machine is characterized in that the payout medium is converted into the game medium, and the game ball is controlled to start firing from a launching device.   2. The gaming machine according to claim 1, wherein the game device is controlled so as to maintain a firing operation of the gaming ball or to maintain a firing stop by operating the operation means. The gaming machine according to claim 1, wherein the operation means is provided separately from the handle.

Images