JPH08243220A - Game machine - Google Patents

Abstract

PURPOSE: To provide a game machine which is highly playable and which is realistic and is interest. CONSTITUTION: A game machine is provided therein with a victory hole awarding rate managing means 30 for lowering the rotating speed 31a of a rotary disc 21 in the vicinity of a victory zone 22, for increasing a predetermined distributing rate, or for inclining a rotary shaft 21a of the rotary disc 21 for urging a game ball to be led into a victory hole 21c in accordance with a number of out-balls 25 or in-balls 26 or in accordance with a time 27 consuming during a game.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a first-class gaming machine, a second-class gaming machine, and a third-class gaming machine equipped with an accessory means for launching a gaming ball on a gaming board surface and competing for winning the gaming ball. Machine, type 4 game machine,
Or, with regard to a compound gaming machine that combines these, in particular, it has a turntable provided with a predetermined number of normal winning holes and a predetermined number of V winning holes along a circumference, receives an inflowing game ball, and rotates it. The present invention relates to a compound gaming machine provided with a clown accessory means for rotating along a circumference on a board and selectively flowing down from a V winning hole to a V zone in accordance with a predetermined distribution rate to generate a special added value. .

[0002]

2. Description of the Related Art Conventionally, as this type of gaming machine, for example, there is the following gaming machine. That is, the game board surface is erected on the front side of the machine body, and at the approximate center of the game board surface, the type of the game machine is determined, and usually one kind of accessory object means is attached to enhance the game playability. It had been. The accessory means is composed of an accessory consisting of the largest work in progress capable of changing the winning probability in the gaming machine, and depending on the type of the accessory means to be mounted, a first-class gaming machine (so-called fever mono). Classified as a second-class gaming machine (so-called honey mono), a third-class gaming machine (so-called Kenrimono), a fourth-class gaming machine (so-called one-shot mono), or a combination of these gaming machines (so-called arranging mono). There is.

In particular, it is equipped with a clune accessory means having a turntable provided with a predetermined number of normal winning holes and a predetermined number of V winning holes along the circumference, and receives an inflowing game ball and rotates it. A gaming machine that can generate a special added value by rotating along the circumference of the board and selectively flowing down to the V zone from the V winning hole according to a predetermined distribution rate is a third-class gaming machine (Kenrimono) is called.

In the third-class gaming machine (Kenrimono),
The distribution rate for selectively flowing down the inflowing game balls into the V zone from the V winning hole is fixed by a program (usually recorded in ROM) built in the machine or by the structure of the clown accessory means. Was there.

[0005]

However, in such a conventional third-class gaming machine (Kenrimono), a game ball is made to flow into the clown accessory means and flowed down from the V winning hole to the V zone to give a special grant. The winning probability (so-called V-hole winning probability) that can generate value is usually about 1/200, which is very low, so that it is less playable than other types of gaming machines, and lacks power and fun. There was a problem.

Further, the clown accessory means has a mechanical structure in which it receives inflowing game balls and rotates them along the circumference of the turntable to allow them to flow down, and is distributed according to the mounting state of each game machine. Because the rate will vary,
There is a problem that the game playability is low compared to other types of gaming machines, and the game is lacking in power and fun. Also, since the distribution rate will change during the game even with the same gaming machine,
There is a problem that the game playability is low compared to other types of gaming machines, and the game is lacking in power and fun.

The present invention has been made by paying attention to the problems of the prior art as described above, and V is adjusted according to the number of out-balls or the number of in-balls or the time spent in the game.
By increasing the predetermined distribution rate by lowering the rotation speed of the turntable in the vicinity of the zone, or by tilting the rotary shaft of the turntable so as to promote the V hole winning to the V winning hole, the predetermined distribution rate is increased. By so doing, it is an object of the present invention to provide a gaming machine which has high game playability, power, and fun by promoting the generation of a special added value.

[0008]

[Means for Solving the Problems] The gist of achieving the above object lies in the following 4 items.

[1] Item A turntable (21) installed on the game surface (11) and provided with a predetermined number of normal winning holes (21b) and a predetermined number of V winning holes (21c) along the circumference. It has a game ball (12) that has flowed in and rotates it along the circumference on the turntable (21) and selectively V from the V winning hole (21c) according to a predetermined distribution ratio (30a). The clune accessory means (2) for generating a special added value (23) by flowing it down to the zone (22)
0) A game machine provided with an out ball number (25)
Alternatively, the V hole winning rate management means (3) for increasing the predetermined distribution rate (30a) according to the number of winnings (26).
0), and a gaming machine (10).

[2] Item A turntable (21) installed on the game surface (11) and provided with a predetermined number of normal winning holes (21b) and a predetermined number of V winning holes (21c) along the circumference. It has a game ball (12) that has flowed in and rotates it along the circumference on the turntable (21) and selectively V from the V winning hole (21c) according to a predetermined distribution ratio (30a). The clune accessory means (2) for generating a special added value (23) by flowing it down to the zone (22)
0), which promotes the generation of the special added value (23) by increasing the predetermined distribution rate (30a) according to the time (27) spent for the game. A gaming machine (10), which is provided with a hole winning rate management means (30).

[3] Item The V hole winning rate management means (3
0) reduces the rotation speed (31a) of the turntable (21) in the vicinity of the V zone (22) to increase the predetermined distribution rate (30a), thereby increasing the special value added (23). The gaming machine (10) according to the item [1] or [2], characterized by comprising a turntable rotation speed control unit (31) for promoting generation.

[4] Item V hole winning rate management means (3
0), the rotation axis (21a) of the turntable (21) is inclined to promote the V hole winning into the V winning hole (21c), and the predetermined distribution ratio (30a) is increased, thereby The gaming machine (10) according to item [1] or [2], further comprising a turntable tilt angle control unit (32) for promoting generation of a special added value (23).

[0013]

In the gaming machine (10) of the present invention, in the vicinity of the V zone (22) depending on the number of out balls (25) or the number of entered balls (26) or the time spent for the game (27). The rotation speed (31a) of the turntable (21) is decreased to increase the predetermined distribution ratio (30a), or the turntable (21) is urged to win the V hole into the V win hole (21c). The rotation axis (21a) can be tilted to increase the predetermined distribution ratio (30a).

As a result, it is possible to set the V hole winning probability to a high value, and it is possible to realize a gaming machine (10) which has high game playability and is powerful and interesting.

Further, the gaming machine (10) of the present invention is
The rotation speed (31a) of the turntable (21) in the vicinity of the V zone (22) is optimized, or the V winning hole (depending on the variation of the distribution rate depending on the mounting state of the clown accessory means (20) for each gaming machine ( It is possible to optimize the inclination of the rotary shaft (21a) so as to promote the V hole winning in 21c).

As a result, it is possible to reduce the variation in the distribution rate due to the variation in the distribution rate depending on the mounting state of the clown accessory means (20) for each gaming machine.

The gaming machine (10) according to the present invention,
The rotation speed (31a) of the turntable (21) in the vicinity of the V zone (22) is optimized or the V winning hole (21c) according to the change of the distribution rate during the game on the same gaming machine.
It is possible to optimize the inclination of the rotary shaft (21a) so as to promote the V hole winning.

As a result, it is possible to reduce the change in the distribution rate during the game on the same gaming machine.

The operation of the present invention will be described in more detail. The clown accessory means (20) is installed on the game surface (11), and has a turntable (21) provided with a predetermined number of normal winning holes (21b) and a predetermined number of V winning holes (21c) along the circumference. ), Which receives the inflowing game ball (12) and rotates it along the circumference on the turntable (21), and selects from the V winning hole (21c) according to a predetermined distribution ratio (30a) It can be made to flow down to the V zone (22).

The out ball means a game ball (12) that has fallen into the out mouth provided at the bottom without winning anywhere in the game machine (10). The incoming ball means the total of the out ball and the safe ball. A safe ball means a game ball (12) that has entered a winning opening such as a tulip or a chucker.

The time spent in the game (27) is the time in which the player continuously plays the game using the gaming machine (10) at one location.

The number of out balls (25) and the number of entered balls (2
6), instead of the time spent for the game (27), the operating rate of the gaming machine (10) at one location, the amount of money spent at the gaming machine (10) at one location (that is, the rental ball amount), the difference Number of balls (= number of entered balls (26) -number of delivered balls), output rate (= number of delivered balls / number of delivered balls (2
6)), a divisor (= prize ball amount / rental ball amount) and the like can also be used.

The V hole winning rate management means (30) determines a predetermined distribution rate (3) according to the number of out balls (25) or the number of winning balls (26) or the time spent in the game (27).
Special value added by increasing 0a) (23)
Can be promoted.

The turntable rotation speed control unit (31) provided in the V hole winning rate management means (30) reduces the rotation speed (31a) of the turntable (21) near the V zone (22) to a predetermined value. By increasing the distribution rate (30a) of (1), it is possible to promote the generation of a special added value (23).

As a result, the gaming machine (10) can set the V hole winning probability to a high value, and the gaming property is high,
Further, it is possible to realize a gaming machine (10) that is powerful and interesting.

Further, in the gaming machine (10) of the present invention, the sorting rate depends on the variation of the sorting rate depending on the mounting state of the clown accessory means (20) for each gaming machine, or the sorting rate during the game in the same gaming machine. V zone (2
Rotation speed (31a) of the turntable (21) near 2)
Can be optimized.

The turntable tilt angle control unit (32) provided in the V hole winning rate management means (30) has a V winning hole (21c).
The rotation shaft (2) of the rotating disk (21)
It is possible to promote the generation of the special added value (23) by inclining 1a) and increasing the predetermined distribution rate (30a).

As a result, the gaming machine (10) can set the V hole winning probability to a high value, and the gaming property is high,
Further, it is possible to realize a gaming machine (10) that is powerful and interesting.

Further, in the gaming machine (10) of the present invention, the sorting rate depends on the variation of the sorting rate depending on the mounting state of the clune accessory means (20) for each gaming machine, or during the gaming with the same gaming machine. V prize hole (21
It is possible to optimize the inclination of the rotary shaft (21a) so as to promote the V hole winning in c).

As a result, it is possible to reduce the variation of the distribution rate due to the variation of the distribution rate due to the mounting state of the clown accessory means (20) for each gaming machine, or the change of the sorting rate during the game on the same gaming machine. It is possible to realize a gaming machine (10) which has high game playability and is powerful and interesting.

The types of gaming machines equipped with accessory means are commonly referred to as first-class gaming machines (fevermono) and second-class gaming machines (honeycomb). , Which is commonly called a third-class game machine (Kenrimono),
They are roughly divided into composite gaming machines (arranged mono) that combine these. The first-class gaming machine (fever mono) is basically composed of a 7-segment LED and a variable display device for forming an image and a symbol display screen. The operation is electrically controlled, and when a predetermined winning is achieved, the digital screen is activated, and when three numbers or the like are displayed in a row, the winning probability is temporarily increased. As the variable display device, a CRT, an EL (electro luminescence) device, a liquid crystal display device or the like is used. The second-class game machine (honeycomb) is basically composed of a device in the shape of an airplane. When a given prize is achieved, the wings open and close and the propeller rotates. In addition, the third-class gaming machine (Kenrimono) is a basic type that is composed of a pair of attackers that open and close the winning openings. The attacker is configured to open when a predetermined winning is achieved.

[0032]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. 1 is a block diagram showing a configuration of a gaming machine 10 according to one embodiment of the present invention, FIG. 2 is a front view of the gaming machine 10 mainly composed of clune accessory means 20 according to one embodiment of the present invention Is.

The gaming machine 10 of the present embodiment is a first-class gaming machine, a second-class gaming machine, which is provided with an accessory means for hitting the gaming ball 12 on the gaming surface 11 and competing for the winning of the gaming ball 12. It is a third-class gaming machine, a fourth-class gaming machine, or a compound gaming machine that combines these, but in the following embodiments, a predetermined number of normal winning holes 21b and a predetermined number of V winnings are provided along the circumference. Hole 21c
It has a turntable 21 provided with and receives the inflowing game balls 12 and rotates this along the circumference on the turntable 21 and according to a predetermined distribution rate 30a, the V winning hole 2
The clune accessory means 20 for selectively flowing down to the V zone 22 from 1c, a pattern matching game 15 in which the winning probability can be changed according to the winning in the V zone 22 is performed, and a special combination is given when a specific combination pattern is prepared. A compound gaming machine comprising variable display means 17 for generating a value 23 and variable winning opening means 18 for opening and closing a predetermined time within a predetermined time according to a special added value 23 to promote a large amount of prize balls. (So-called arranged mono) 10 will be described.

Further, the compound gaming machine (arranged mono) 10 of this embodiment increases the predetermined distribution rate 30a in accordance with the number of out balls 25 or the number of entered balls 26, or the time 27 spent in the game. V hole winning rate management means 3 for
It comprises 0.

The configuration of this embodiment will be described in more detail. As shown in FIG. 2, the compound gaming machine (arranged mono) 10 of this embodiment has a gaming board 11 formed on the front side of the machine body.

A large number of specific winning openings (chuckers), electric tulips, attackers, out openings, etc., for starting the winning of a large number of game nails and amusement goods are provided in appropriate places on the game board surface 11.

Further, the interior of the game board surface 11 or its periphery is provided with an electric decoration for enhancing game playability. The front side of the game board surface 11 is covered with protective glass.

On the back side of the game board surface 11, there is provided a chute member for flowing down the winning game balls taken in from the accessory in an aligned state. A game ball counter may be attached to the downstream end of the chute member.

Although not shown in FIG. 2, the front half of the front side of the compound gaming machine (arranged mono) 10 has a front plate into which a game ball 12 for a game is put, and a game ball overflowing from the front plate. A lower plate for receiving 12 is provided above and below. Further, a handle for launching a game ball 12 on a game board 11 is provided at the lower right end on the front side of the compound game machine (arrange mono) 10. The handle is set so as to launch the game ball 12 from a game ball launching device provided inside the composite game machine (arrange mono) 10 by its operation. Is realized by computer control based on a microprocessor. Further, the microprocessor is connected to the system bus.

The variable display means 17, the variable winning opening means 18, the holding means 19, the clune accessory means 20, the turntable 21, the normal winning hole 21b, the V winning hole 21c, the V zone 22, and the V hole winning rate managing means 30 ( The game control in the turntable rotation speed control unit 31, the turntable tilt angle control unit 32) is realized by computer control based on a microprocessor. At this time, the microprocessor is connected to the system bus.

The variable display means 17, the variable winning opening means 18, the holding means 19, the clune accessory means 20, the turntable 21, the normal winning hole 21b, the V winning hole 21c, the V zone 22, and the V hole winning rate managing means 30 ( The winning information of the game ball 12, the information of the design 13, the control information of the design matching game 15, the information of the V winning 16a of the playing ball, and the design matching with the rotary disk rotation speed control unit 31, the rotary disk tilt angle control unit 32). Information of new V winning 16b during game execution, information of normal winning 16c, information of number of rights 19a for pattern matching game, V zone 2
2 prize information, information of special added value 23, information of number of out balls 25, information of number of entered balls 26, information of time spent for game 27, information of predetermined distribution rate 30a, rotation speed information 31a The transmission of the information, the information of the turntable inclination angle information 32a, etc. is executed via the system bus of the computer. In addition, Ethernet bus, GP-IB bus, RS2
When a bus structure such as 32C bus, S100 bus, or Centronics bus is used, data transmission is performed in accordance with a predetermined communication protocol corresponding to each.

Further, the compound game machine (arranged mono) 10 of this embodiment is provided with a game program necessary for the progress of the game.

The game program is realized by a recording medium such as a RAM, a ROM, a magnetic recording medium or a magneto-optical recording medium which is connected to the microprocessor via a system bus.

The game program is realized by software executable by the microprocessor. The game program is stored in a recording medium and can be read or changed by a command of the microprocessor.

The holding means 19 stores and displays the right number 19a of the pattern matching game 15 that has not been executed when a new V prize 16b during the pattern matching game is generated during the execution of the pattern matching game 15. , Variable display means 1
7 and clune accessory means 20. In this embodiment, an LED display lamp (holding lamp) is used as the holding means 19.

In this embodiment, the number of exercise rights of unexecuted games (that is, the number of holding rights) 19a is realized by a display lamp (holding lamp). Assuming that the number of execution rights can be held up to four, as shown in FIG.
A predetermined number (four in this embodiment) of the display lamps (holding lamps) are provided on the upper part of. In FIG. 2, 4
Three of the three display lamps are lit based on the number of execution rights (the number of pending rights at this time is three) 19a.
●● ○] is shown. The off state is indicated by [○].

The display lamp (holding lamp) can be realized by using an LED, an incandescent lamp, a neon tube, a CRT, an EL (electroluminescence) device, a liquid crystal device, an electrochromic device, a plasma device or the like.

The clown accessory means 20 is provided with a predetermined number of normal winning holes 21b and a predetermined number of V winning holes 21c, and is provided with a turntable 21 pivotally supported by a rotary shaft 21a, and a game ball 12 that has flowed in is predetermined assigned. V prize hole 2 according to rate 30a
1c, and a V zone 22 selectively flowed down from 1c. In this embodiment, as shown in FIG. 1, 7 (predetermined number)
Normal winning hole 21b and one (predetermined number) V winning hole 2
1 c is provided on a concentric circle along the circumference of the turntable 21.

Further, the clown accessory means 20 is variably displayed by the prize winning of the game ball 12 in the V zone 22.
It is connected to the variable display means 17 and the holding means 19 so as to operate. In this embodiment, the normal winning hole 21b,
Game ball 1 in V winning hole 21c or V zone 22
A chucker is used as the second detection means.

The means for detecting the game ball 12 in the chucker is an optical detecting means using an LED, a photoelectric tube or the like, a magnetic detecting means using a hall element or the like, an electric resistance using a matrix sensor, a touch sensor or the like. Can be realized by using an electrical detection means due to the change of the above or a detection means for detecting the change of the dielectric constant using a capacitor. In this embodiment, the LE which is small in size and small in power consumption is strong against disturbance noise.
An optical detection means using D is used.

A sound generating section may be connected to the clown accessory means 20. The sound generation unit of the present embodiment emits music / sound suitable for each of the normal winning hole 21b, the V winning hole 21c, and the V zone 22, and outputs the music and voice through the speaker. It is something that the player can hear.

The means for detecting the game balls 12 in the chucker of this embodiment is realized by computer control based on the microprocessor. Further, the microprocessor is connected to the system bus.

The V hole winning rate management means 30 comprises a turntable rotation speed control unit 31 and a turntable tilt angle control unit 32.

The turntable rotation speed control unit 31 is arranged in the V zone 2
In order to promote the generation of the special added value 23 by decreasing the rotation speed 31a of the turntable 21 near 2 and increasing the predetermined distribution ratio 30a, the clune accessory means 20.
It is connected to.

In this embodiment, the rotary shaft 21a of the rotary disk 21 is
Is connected to a motor, and the motor is connected to the turntable rotation speed control unit 31 so that the rotation speed can be controlled. An induction motor, an ultrasonic motor, a stepping motor, etc. can be used.

The turntable tilt angle control unit 32 is provided with the V winning hole 2
The rotating shaft 21 of the turntable 21 so as to promote the V hole winning to 1c.
It is connected to the clune accessory means 20 so as to promote the generation of the special added value 23 by inclining a and increasing the predetermined distribution rate 30a. In the present embodiment, a (Φ, Θ) optical stage that can freely change the latitude Φ and the longitude Θ of the rotary shaft 21a of the turntable 21 can be used. In this embodiment, the latitude Φ and the longitude Θ on the (Φ, Θ) optical stage are set by the motor.
The motor is connected to the turntable tilt angle control unit 32 so that the latitude Φ and the longitude Θ can be set.

The variable display means 17 is a V-winning prize 16 for game balls.
a, the variable winning opening means 18 is provided so as to perform the pattern matching game 15 that can change the winning probability according to the number of rights 19a of the pattern matching game, and generate a special added value 23 when a specific combination pattern is prepared. And holding means 19 and clune accessory means 20. In this embodiment, the digital is used as the variable display means 17.

The digital is a 7-segment LED,
A basic type is composed of a variable display device for forming an image or symbol display screen. The operation is electrically controlled, and when a predetermined winning is achieved, the digital screen is activated, and when three numbers or the like are displayed in a row, the winning probability is temporarily increased. As a variable display device,
A CRT, an EL (electro luminescence) device, a liquid crystal display device or the like can be used.

A sound generating section may be connected to the variable display means 17. When a prize is won, the sound generation unit of the present embodiment emits music / voice suitable for each of the prizes and allows the player to hear the music / voice.

As shown in FIG. 2, in this embodiment, a liquid crystal screen type variable display is provided at the center of the game board 11.

The variable winning port means 18 is a variable display means 17.
The variable display means is arranged to open and close for a predetermined time within a predetermined time in accordance with a special added value 23 generated when the pattern 13 displayed in FIG. It is connected to 17 and holding means 19. In this embodiment, a chucker is used as the means for detecting the game balls 12 in the variable winning opening means 18.

The means for detecting the game balls 12 in the variable winning opening means (chucker) 18 is an optical detecting means using an LED or a photoelectric tube, a magnetic detecting means using a hall element, a matrix sensor or a touch. It can be realized by using an electric detection means using a sensor or the like due to a change in electric resistance, or a detection means or the like using a capacitor to detect a change in dielectric constant. In the present embodiment, an optical detection means using an LED that is small in size and consumes less power is used, which is resistant to disturbance noise.

A sound generating section may be connected to the variable winning port means 18. When a prize is won, the sound generation unit of the present embodiment emits music / voice suitable for each of the prizes and allows the player to hear the music / voice.

Next, the operation will be described.

The composite gaming machine (arranged mono) 10 in this embodiment has a turntable 21 in the vicinity of the V zone 22 depending on the number of out balls 25 or the number of entered balls 26, or the time 27 spent in the game. The turntable 2 is rotated by decreasing the rotation speed 31a to increase the predetermined distribution rate 30a, or by promoting the V hole winning into the V winning hole 21c.
The predetermined distribution ratio 30a can be increased by inclining the first rotating shaft 21a.

As a result, it is possible to set the V hole winning probability to a high value, and it is possible to realize the compound gaming machine (arrange mono) 10 which has a high game playability and is powerful and interesting.

Further, in the compound gaming machine (arranged mono) 10 in this embodiment, the turntable 21 rotates in the vicinity of the V zone 22 in accordance with the variation of the distribution rate depending on the mounting state of the clune accessory means 20 for each gaming machine. It is possible to optimize the speed 31a or optimize the inclination of the rotary shaft 21a so as to promote the V hole winning into the V winning hole 21c.

As a result, it is possible to reduce the variation in the distribution rate due to the variation in the distribution rate depending on the mounting state of the clown accessory means 20 for each gaming machine.

Further, in the composite gaming machine (arrange mono) 10 in this embodiment, the optimum rotation speed 31a of the rotary table 21 in the vicinity of the V zone 22 is adjusted in accordance with the change of the distribution rate during the game in the same gaming machine. Or V winning hole 21
It is possible to optimize the inclination of the rotary shaft 21a so as to promote winning of the V hole in c.

As a result, it is possible to reduce the change in the distribution rate during the game on the same gaming machine.

The operation of this embodiment will be described in more detail. A player operates a handle provided at the lower right end on the front side of the composite gaming machine (arrange mono) 10 to allow the player to operate a game ball launching device provided inside the composite gaming machine (arrange mono) 10 (Fig. A game ball is launched from (not shown).

As shown in FIG. 2, in this embodiment, the game balls 12 hit on the game board 11 flow down while colliding with the game nails, and some of them are prize holes (electric tulips, various chuckers). , V zone 22, etc.), accessory means (variable display means 17, clune accessory means 20, etc.), and variable winning opening means (attacker, etc.) to win the game.

The prize-winning game balls taken in from each accessory flow down with the back side chute members of the game board 11 aligned.
Such winning game balls are counted by the game ball counting machine.

On the front plate provided in the lower half of the front side of the compound game machine (arrangement mono) 10, the game balls 12 used for the game are provided.
Can be stored. The lower bowl can receive the game balls 12 overflowing from the front tray.

Combined gaming machine (arrange mono) 1 of this embodiment
0 advances the game according to the game program. The game program is stored in a recording medium such as a RAM, a ROM, a magnetic recording medium, or a magneto-optical recording medium which is connected to the microprocessor via a system bus.

The game program is software that can be executed by the microprocessor, is stored in a recording medium, and can be read or changed by a command of the microprocessor.

When a new V winning 16b during the pattern matching game is generated during execution of the pattern matching game 15, the holding means 19 stores and displays the right number 19a of the pattern matching game 15 which is not executed.

In FIG. 2, three of the four display lamps are the number of execution rights (the number of pending rights at this time is three).
It is shown that the lighting state is [●●● ○] based on 19a. The off state is indicated by [○].

The clown accessory means 20 is installed on the game surface 11, has a turntable 21 provided with a predetermined number of normal winning holes 21b and a predetermined number of V winning holes 21c along the circumference, and has flown in. We receive game ball 12 and turn it 21
While rotating along the upper circumference, it can be selectively flown down to the V zone 22 from the V winning hole 21c according to a predetermined distribution rate 30a.

The clown accessory means 20 operates the variable display means 17 in accordance with the V prize 16a of the game ball and the number of rights 19a of the picture matching game. In response to this, the variable display means 17 performs the rotation display of the design 13 and the design matching game 1
Run 5

In the clown accessory means 20 of the present embodiment, as shown in FIG. 1, seven (predetermined number) normal winning holes 21b and one (predetermined number) V winning holes 21c are provided in the turntable 21. If the rotation speed 31a of the rotary disk 21 is constant, the predetermined distribution ratio 30a to the V zone 22 is about 1/8 if the rotation speeds 31a of the rotary disk 21 are constant.

The turntable rotation speed control unit 31 controls the V zone 2
By lowering the rotation speed 31a of the turntable 21 in the vicinity of 2, a predetermined distribution ratio of 30 to the V zone 22 can be obtained.
a can be greater than one-eighth. As a result, it is possible to promote the generation of more special added value 23.

In this embodiment, the rotary shaft 21a of the rotary disk 21 is used.
The rotation speed of the motor connected to is controlled by the turntable rotation speed control unit 31.

As a result, it is possible to set the V hole winning probability to a high value, and it is possible to realize the compound gaming machine (arrange mono) 10 which has high game playability, and is powerful and interesting.

Further, in the compound gaming machine (arranged mono) 10 of this embodiment, the rotation of the turntable 21 in the vicinity of the V zone 22 in accordance with the variation of the distribution rate depending on the mounting state of the clune accessory means 20 for each gaming machine. The speed 31a can be optimized, or the inclination of the rotary shaft 21a that promotes the V hole winning into the V winning hole 21c can be optimized, and the distribution ratio depending on the mounting state of the clune accessory means 20 for each gaming machine can be improved. It is possible to reduce the variation of the distribution rate due to the variation.

The turntable tilt angle control unit 32 controls the V winning hole 2
The rotating shaft 21 of the turntable 21 so as to promote the V hole winning to 1c.
By tilting a, the game ball 12 is in the V zone 2
It is possible to easily roll into 2. This allows
The predetermined distribution rate 30a can be increased, and the generation of the special added value 23 can be promoted.

The turntable tilt angle control section 32 of the present embodiment is
The latitude Φ and the longitude Θ of the rotary shaft 21a of the turntable 21 are set by changing the rotation amount of the motor connected to the (Φ, Θ) optical stage.

As a result, in the composite gaming machine (arranged mono) 10 of this embodiment, the rotational speed 31a of the turntable 21 in the vicinity of the V zone 22 is changed in accordance with the change of the distribution rate during the game with the same gaming machine. It is possible to optimize or optimize the inclination of the rotary shaft 21a so as to promote the V hole winning into the V winning hole 21c, and reduce the change in the distribution rate during the game with the same gaming machine. .

The variable display means 17 is a V winning 16 of a game ball.
a, a pattern matching game 15 in which the winning probability can be changed according to the number of rights 19a of the pattern matching game is performed, and a special added value 23 is generated when a specific combination pattern is prepared.

The variable display means 17 is electrically controlled in operation. When a predetermined winning is achieved, the digital screen is activated, and when three numbers or the like are displayed in a row (for example, the number 7 is 3, 777), the payout rate can be temporarily increased.

A digital screen is created and displayed on a display unit (not shown) such as a CRT, an EL (electroluminescence) device, a liquid crystal display device or the like.

Specifically, the liquid crystal screen type accessory (variable display means) 17 provided at the center toward the game surface 11 is started. In the pattern that appears, a predetermined pattern (for example,
If the numbers 7 are arranged side by side or diagonally, and three are aligned, it means that a specific combination has been established, and the variable display means 17 gives the variable winning a prize mouth means 18 a special added value 23.
Give the command of.

At this time, the variable winning opening means 18 is responsive to a special added value 23 generated when the pattern 13 displayed on the variable display means 17 is in a specific combination.
Opening and closing operations are performed for a predetermined time within a predetermined time to promote a large number of prize balls.

The means for detecting the game medium in the normal winning hole 21b, the V winning hole 21c, the V zone 22, or the chucker used for the variable winning hole means 18 is an optical detecting method using an LED or a photoelectric tube, or a hall element. It can be realized by using a magnetic detection method using, etc., an electrical detection method using a change in electric resistance using a matrix sensor or a touch sensor, or a detection method detecting a change in dielectric constant using a capacitor. . In this embodiment, an optical detection method using an LED that is small in size and consumes less power, which is resistant to disturbance noise is used. In this embodiment, detection is performed by an optical detection method using LEDs.

The means for detecting the chucker game medium of this embodiment is computer processing based on a microprocessor. The microprocessor also sends and receives data via the system bus.

The out ball means a game ball 12 that has fallen to the out mouth provided at the bottom without winning anywhere in the compound game machine (arranged mono) 10. The incoming ball means the total of the out ball and the safe ball. The safe ball means the game ball 12 that has entered a winning opening such as a tulip or a chucker.

The time 27 spent on the game is the time when the player continuously plays the game using the composite gaming machine (arranged mono) 10 at one location.

In place of the number of out-balls 25, the number of in-balls 26, and the time 27 spent in the game, the operating rate of the combined gaming machine (arranged mono) 10 at one location, the combined gaming machine (arranged mono) at one location The amount spent on 10, that is, the rental ball amount,
It is also possible to use the number of difference balls = the number of paid-in balls 26−the number of paid-out balls, the rate of winning balls = the number of paid-out balls / the number of paid-in balls 26, the divisor = the amount of prize balls / the amount of loaned balls, and the like.

The V hole winning rate management means 30 determines the number of out balls to be 2
It is possible to promote the generation of the special added value 23 by increasing the predetermined distribution rate 30a according to 5 or the number 26 of inserted balls, or according to the time 27 spent in the game.

The turntable rotation speed control unit 31 provided in the V hole winning rate management means 30 reduces the rotation speed 31a of the turntable 21 near the V zone 22 to increase the predetermined distribution rate 30a. The generation of the special added value 23 can be promoted.

As a result, a compound gaming machine (arranged mono)
10, it is possible to set the V hole winning probability high, and it is possible to realize a compound gaming machine (arrange mono) 10 that has high game playability, power, and fun.

Further, in the compound gaming machine (arranged mono) 10 of this embodiment, depending on the variation of the distribution rate due to the mounting state of the clune accessory means 20 for each gaming machine, or during playing with the same gaming machine. According to the change of distribution rate,
Rotational speed 31a of the turntable 21 near the V zone 22
Can be optimized.

The turntable tilt angle control unit 32 installed in the V hole winning rate management means 30 tilts the rotary shaft 21a of the turntable 21 so as to promote the V hole winning into the V winning hole 21c, and performs a predetermined distribution. By increasing the rate 30a, the generation of the special added value 23 can be promoted.

As a result, a compound gaming machine (arranged mono)
10, it is possible to set the V hole winning probability high, and it is possible to realize a compound gaming machine (arrange mono) 10 that has high game playability, power, and fun.

Further, the compound gaming machine (arranged mono) 10 of the present embodiment, depending on the variation of the distribution rate due to the mounting state of the clune accessory means 20 for each gaming machine, or during playing with the same gaming machine. According to the change of distribution rate,
Rotating shaft 21a for promoting V hole winning into V winning hole 21c
The inclination of can be optimized.

As a result, it is possible to reduce the variation of the distribution rate due to the variation of the distribution rate due to the mounting state of the clown accessory means 20 for each gaming machine, or the variation of the distribution rate during the game on the same gaming machine. It is possible to realize a compound gaming machine (arranged mono) 10 that has high game playability, and is powerful and interesting.

[0107]

According to the gaming machine of the present invention, the rotational speed of the turntable in the vicinity of the V zone is reduced in accordance with the number of out balls or the number of entered balls, or the time spent in the game. V hole winning rate management means for increasing the predetermined distribution rate by increasing the distribution rate of V or by inclining the rotating shaft of the rotating disk so as to promote V hole winning into the V winning hole. It is possible to set a high hole winning probability.

Further, it is possible to reduce the variation in the distribution rate depending on the mounting state of the clown accessory means for each gaming machine.

Further, it is possible to reduce the change in the distribution rate during the game on the same gaming machine.

As described above, according to the present invention, it is possible to realize a gaming machine which has high game playability and is powerful and interesting.

[Brief description of drawings]

FIG. 1 is a block diagram showing a configuration of a gaming machine according to an embodiment of the present invention.

FIG. 2 is a front view of a gaming machine mainly configured with clune accessory means according to an embodiment of the present invention.

[Explanation of symbols]

 10 ... Gaming machine 11 ... Gaming surface 12 ... Gaming ball 13 ... Picture 15 ... Picture matching game 16a ... V winning of game ball 16b ... New V winning during execution of picture matching game 16c ... Normal winning 17 ... Variable display means 18 ... Variable winning opening means 19 ... Reserving means 19a ... Number of rights of pattern matching game 20 ... Clune accessory means 21 ... Rotating plate 21a ... Rotating shaft 21b ... Normal winning hole 21c ... V winning hole 22 ... V zone 23 ... Special Value of 25 ... Number of out balls 26 ... Number of entered balls 27 ... Time spent for game 30 ... V hole winning rate management means 30a ... Predetermined distribution rate 31 ... Rotating disc rotation speed control unit 31a ... Rotation speed information 32 ... Rotation Disk tilt angle control unit 32a ... Rotary disk tilt angle information

Claims (4)

[Claims] 1. A rotary disk installed on a game surface and provided with a predetermined number of normal winning holes and a predetermined number of V winning holes along the circumference, and receives a game ball that has flowed in and rotates it. A gaming machine provided with clune accessory means for rotating along the upper circumference and selectively flowing down from a V winning hole to a V zone in accordance with a predetermined distribution rate to generate a special added value. A gaming machine characterized by comprising V hole winning rate management means for increasing the predetermined distribution rate in accordance with the number of out balls or the number of entered balls. 2. A rotating plate which is installed on a game surface and has a predetermined number of normal winning holes and a predetermined number of V winning holes along the circumference, and which receives an inflowing game ball and rotates it. A gaming machine provided with clune accessory means for rotating along the upper circumference and selectively flowing down from a V winning hole to a V zone in accordance with a predetermined distribution rate to generate a special added value. , V that promotes the generation of the special added value by increasing the predetermined distribution rate according to the time spent in the game
A gaming machine comprising a hole winning rate management means. 3. The V hole winning rate management means reduces the rotational speed of the turntable in the vicinity of the V zone to increase the predetermined distribution rate, thereby promoting the generation of the special added value. A gaming machine according to claim 1 or 2, further comprising: a rotation speed controller. 4. The V hole winning rate management means increases the predetermined distribution rate by inclining a rotating shaft of the rotary disk so as to promote the V hole winning into the V winning hole. The gaming machine according to claim 1 or 2, further comprising: a turntable tilt angle control unit that promotes the generation of added value.