JPH08182818A - Pinball game machine and its playing - Google Patents

Abstract

PURPOSE: To provide a dynamic and interesting play by providing a pattern combined play on the respective variable display units of a variable display means when a pinball (used for Japanese pinball game (pachinko)) wins a prize and giving a specific additional value when a specific combination of patterns is displayed as a result of the pattern combined play selected by a selecting means on a variable display unit. CONSTITUTION: Of the pachinko playing machine which is equipped with the variable display means 17 and places the variable display means 17 in operation when a pachinko ball 12 wins a prize 12a to manage the progress of a pattern combined play, the variable display means 17 is equipped with plural variable display units 17a on which an independent pattern combined play is possible. The selecting means 22 selects a specific number of variable display units out of those variable display units 17a. When the pachinko ball 12 wins the prize 12a, the pattern combined play is provided on each of the variable display units 17a and, when the spcific combination of the patterns selected by the selecting means 22 is displayed on the variable display unit 17a as a result of the pattern compined play on the variable display unit 17a, a specific additional value is given.

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a pachinko gaming machine which launches a pachinko ball on a game board and competes for a prize for the pachinko ball.
And a game method therefor, in particular, a game board is provided with a variable display means (digital) as an accessory means capable of changing a winning probability, and the variable display means is activated by winning a specific winning opening. The present invention relates to a first-class pachinko gaming machine (fever machine) for competing for a game and a gaming method using the same.

[0002]

2. Description of the Related Art Conventionally, as a pachinko gaming machine of this type and a gaming method thereof, there are, for example, the following pachinko gaming machines. That is, a game board is erected on the front side of the main body of the machine, and in the approximate center of the game board, the type of the pachinko gaming machine is determined, and usually one kind of accessory means is provided to enhance the game playability. It was installed. The accessory means is
It is composed of an accessory that consists of the largest-scale mechanism that can change the winning probability in a pachinko gaming machine. Depending on the type of accessory means to be mounted, a first-class pachinko gaming machine (so-called Fevermono), a second-class It is classified into a pachinko gaming machine (so-called honey mono), a third type (so-called Kenrimono), and a fourth-class pachinko gaming machine (so-called one-shot mono).

In particular, it comprises a special winning opening means (so-called chucker) and a variable display means (so-called digital), and when a pachinko ball wins the specific winning opening means, the pattern is rotated on the variable display means (digital). When the picture displayed and displayed on the variable display means (digital) matches a specific combination, the variable winning opening means is activated to perform a winning game with a relatively higher probability (prize probability) than usual. Pachinko machines are called fever machines.

In a first-class pachinko game machine (so-called fever machine), the probability of occurrence of a specific combination in the variable display means (digital) is generated by a program (usually recorded in ROM) built in the machine. It is determined based on the generated random number, and the player cannot directly tamper with the program or control the random number generation to intervene in the occurrence probability of a specific combination.

As a result, the skill level in the game contents in which the player can intervene has been concentrated only on how efficiently the variable display means (digital) is operated and the number of times of random number generation is increased.

In addition, the generation of a special (attacker) winning state due to the operation of the variable winning device (attacker) requires some skill, but anyone can play the game according to a certain procedure (so-called strategy). Was almost certainly able to get the maximum added value, and was able to win a lot of balls.

[0007]

However, in such a conventional pachinko gaming machine and the gaming method thereof, as described above,
The variable display means (digital) allows the player to intervene in the game contents in terms of how efficiently the variable display means (digital) is operated to increase the number of times of random number generation, and the game becomes monotonous. However, there are problems that the game is not easy to play, and the game lacks power and fun.

Even if a big hit game state occurs, anyone can almost certainly obtain the maximum added value by playing the game according to a certain procedure (so-called strategy), and the game tends to be monotonous. There are problems that the game is not easy to play, and the game is not powerful and interesting.

The present invention has been made by paying attention to the problems of the prior art as described above, and an object thereof is to provide a pachinko gaming machine which has a high game playability and is powerful and interesting, and a playing method thereof. I am trying.

[0010]

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

Item [1] The variable display means (17) as the first-class accessory means is provided, and the winning of the pachinko ball (12) (1
In the pachinko gaming machine which operates the variable display means (17) by 2a) to manage the progress of the pattern matching game (15), the pachinko gaming machine is provided on the game board (11), and each of them independently operates the pattern matching game ( Variable display means (17) equipped with a plurality of variable displays (17a) capable of executing 15),
Selection means (22) capable of selecting a predetermined number of variable indicators (17a) from these variable indicators (17a).
, And the winning of the pachinko ball (12) (1
At the time of 2a), the variable display (17a) of the variable display means (17) executes the picture matching game (15) on each variable display (17a), and the variable display (17a) previously selected by using the selection means (22). The picture matching game above (1
As a result of 5), the combination of predetermined patterns indicates that the variable display (1
When given in 7a), give a given added value,
A pachinko gaming machine (10) characterized by the above.

Item [2] is provided on the game board (11),
A winning signal (1) for detecting the winning (12a) of the pachinko ball (12) and accelerating the progress of the pattern matching game (15).
6a) and the specific winning opening means (16), and when the winning (16b) to the specific winning opening means (16) newly occurs during the execution of the pattern matching game (15), it is still executed. A holding means (1) for storing and displaying the number of execution rights (19a) of the pattern matching game (15)
9), the selection means (22) for generating selection variable display data (22a) according to the selected variable display (17a), and each time the winning signal (16a) is received,
The pattern matching game (1) on each of the variable displays (17a)
5) Display control means (20) for generating a rotation display control command (20a) for executing, and the game board (11).
The design matching game is provided by executing the rotation display of the design matching game (15) every time the rotation display control command (20a) is received or according to the execution right number (19a). (15) Resulting game result data (1
7b), the variable display means (17) including a plurality of the variable display (17a), and the selected variable display (17a) after receiving the selected variable display data (22a). The game result data (17
b) and based on the value-added determination means (21) for generating the value-added data (21a) by performing the predetermined value-added determination based on the result of the matching, and the value-added data (21a). A pachinko gaming machine (10) according to item [1], characterized by comprising a variable winning opening means (18) that repeats opening and closing operations for a predetermined time or a predetermined number of times.

[3] Item When the pachinko ball (12) wins the specific winning opening means (16), the specific winning opening means (16) detects the winning and outputs the winning signal (16a). Generated and newly awarded to the specific winning opening means (16) during the execution of the pattern matching game (15) (1
6b) occurs, the holding means (19) stores and displays the execution right number (19a) of the pattern matching game (15) that has not been executed yet, and displays the selected variable display (17a). ) According to the selection means (2
2) generates the variable selection display data (22a), and each time the winning signal (16a) is received, the display control means (20) generates the rotation display control command (20a), Each time the rotation display control command (20a) is received, or according to the number of execution rights (19a), the variable display (17a) executes the rotation display of the pattern matching game (15), and When receiving the game result data (17b) generated by the selected variable display (17a) after generating the game result data (17b) and receiving the selection variable display data (22a), Value-added determination means (21) collates the game result data (17b), determines the predetermined value-added based on the result of the collation, and generates the value-added data (21a),
The variable winning opening means (18) repeats the opening / closing operation for the predetermined time or a predetermined number of times based on the added value data (21a), [1].
Alternatively, a gaming method of the pachinko gaming machine (10) according to the item [2].

The first-class pachinko game machine (fever mono) is basically composed of a 7-segment LED and variable display means 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. A CRT, an EL (electroluminescence) device, a liquid crystal display device, or the like is used as the variable display means.

[0015]

In the pachinko gaming machine (10) according to the present invention, the pattern matching game (15) is displayed on each variable display (17a) of the variable display means (17) at the time of winning (12a) of the pachinko ball (12). The variable display (17a) which is executed and is selected in advance by the selection means (22).
As a result of the pattern matching game (15) above, when a predetermined pattern combination is displayed on the variable display (17a), a predetermined added value is given.

As a result, it is possible to realize a pachinko gaming machine (10) which has high game playability and is powerful and interesting, and a playing method thereof.

The operation of the pachinko gaming machine (10) according to the present invention will be described in more detail.

When the pachinko ball (12) wins the specific winning opening means (16), the specific winning opening means (1)
6) detects the winning and generates the winning signal (16a).

When a new winning (16b) to the specific winning opening means (16) occurs during the execution of the picture matching game (15), the holding means (19) does not yet execute the picture. Number of rights to execute match game (15) (1
9a) is stored and displayed.

The selection means (22) is a variable display means (1
It is possible to select a predetermined number of variable displays (17a) from the variable displays (17a) installed in 7).

The selecting means (22) generates the selected variable display data (22a) according to the selected variable display (17a).

Each time the prize winning signal (16a) is received, the display control means (20) causes the rotation display control command (2).
0a) is generated.

Each time the rotation display control command (20a) is received, or according to the number of execution rights (19a), the variable display (17a) displays the pattern matching game (15).
The rotation display is executed to generate the game result data (17b).

When receiving the game result data (17b) generated by the selected variable display (17a) after receiving the selection variable display data (22a), the added value determination means (21) , The game result data (17
b) is collated and the predetermined added value is determined based on the result of the collation, and the added value data (21a) is generated.

Based on the added value data (21a), the variable winning opening means (18) repeats the opening / closing operation for the predetermined time or the predetermined number of times.

As described above, according to the present invention, it is possible to realize a pachinko gaming machine (10) having a high game playability and having a powerful and interesting effect, and a game method thereof.

The first-class pachinko game machine (fever mono) is basically composed of a 7-segment LED and variable display means 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. A CRT, an EL (electroluminescence) device, a liquid crystal display device, or the like is used as the variable display means.

[0028]

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS An embodiment of the present invention will be described below with reference to the drawings. FIG. 1 is a pachinko gaming machine 1 according to an embodiment of the present invention.
2 is a functional block diagram of 0, and FIG. 2 is a front view of a pachinko gaming machine 10 according to an embodiment of the present invention.

The pachinko gaming machine 10 of the present embodiment executes the pattern matching game 15 on each variable display 17a of the variable display means 17 at the time of winning 12a of the pachinko ball 12.
As a result of the picture pattern matching game 15 on the variable display device 17a selected in advance by using the selection means 22, when a predetermined pattern combination is displayed on the variable display device 17a, a predetermined added value is given. The specific winning opening means 16, the variable display means 17, the variable winning opening means 18, the holding means 19, the display control means 20, the added value determination means 21, and the selection means 22 are provided.

The specific winning opening means 16, the variable display means 17, the variable display 17a, the variable winning opening means 18, the holding means 19, the display control means 20, the added value determination means 21, and the selection means 22 of the present embodiment. The control in is realized by computer control based on a microprocessor. Further, the microprocessor is connected to the system bus.

The pachinko gaming machine 10, the specific winning opening means 16, the variable display means 17, and the variable display 17a of this embodiment.
Variable winning opening means 18, holding means 19, and display control means 2
0, data of the prize 12a of the pachinko ball in the added value determination means 21 and the selection means 22, data of the pattern matching game 15, winning signal 16a, data of a new prize 16b during execution of the pattern matching game, game result data 17b , Data of execution right number 19a, data of rotation display control command 20a, added value data 21a, variable selection display data 22
The data transmission of a, etc. is performed via the system bus of the computer. Ethernet bus, GP-IB
Bus, RS232C bus, S100 bus VL bus, IS
When a bus structure such as an A bus, an EISA bus, a PCI bus, or a Centronics bus is used, data transmission is executed according to a predetermined communication protocol corresponding to each.

Although not shown in the drawing, the game board 11 is put in place.
A large number of game nails, chuckers, electric tulip V zones, attacker clune, out port, etc. are provided.

Further, an electric decoration is provided inside or around the game board 11 to enhance the game playability. The front side of the game board 11 is covered with protective glass.

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

Although not shown in FIG. 2, a pachinko gaming machine 1
In the lower half of the front side of 0, a front plate for receiving the pachinko balls 12 to be used in the game and a lower plate for receiving the pachinko balls 12 overflowing from the front plate are provided above and below. Further, at the lower right end on the front side of the pachinko gaming machine 10, a handle for launching a pachinko ball 12 on the gaming board 11 is provided. The handle is set such that the pachinko ball 12 is launched from a pachinko ball launching device provided inside the pachinko gaming machine 10 by its operation.

The specific configuration of the pachinko gaming machine 10 of this embodiment will be described below. The variable display means 17 is the game board 1
1, a plurality of variable display devices 17a each capable of independently executing the pattern matching game 15 are provided.

In particular, the variable display means 17 of this embodiment is shown in FIG.
As shown in, each time the rotation display control command 20a is received,
Or, according to the number of execution rights 19a, a pattern matching game 15
Both of the rotation display are executed at the same time to generate the game result data 17b as the pattern matching game result. In this embodiment, the game result data 17b is generated, but the present invention is not limited to this, and the game result data 17b is generated only for the selected variable display 17a. Good.

As the patterns which are rotatably displayed on the variable display means 17, the numbers 0 to 9, Trump patterns (for example, heart patterns, spade patterns, diamond patterns, club patterns, etc.), fruit patterns, anime character patterns, etc. Can be used. In this embodiment, the variable display 17a displays the numbers 0 to 9 as a pattern by rotation.

In this embodiment, digital is used as the variable display 17a. The digital is basically composed of a 7-segment LED and display means 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 17a, CRT, EL
An (electroluminescence) device, a liquid crystal display device or the like can be used. As shown in FIG. 2, in this embodiment, the variable display 17 using the liquid crystal display device is used.
One a is provided on each of the left and right sides toward the game board 11.

A sound generating section may be connected to the variable display 17a. When a prize is won, the sound generation unit of this embodiment emits music / voice suitable for each of the prizes and allows the player to hear the music / voice. The control of the sound generating unit of this embodiment is realized by computer control based on a microprocessor. Further, the microprocessor is connected to the system bus.

The selection means 22 uses these variable indicators 17
It is possible to select a predetermined number of variable display devices 17a from a, and the variable display means 17 and the display control means 20 are provided so as to generate the selected variable display data 22a according to the selected variable display device 17a. It is connected to.

In this embodiment, the selection means 22 is provided near the lower right corner on the front side of the pachinko gaming machine 10 like the handle. In this embodiment, push button switches (left push button switch 22b and right push button switch 22c) are used as the selection means 22, but the present invention is not limited to this and the variable display 17a can be arbitrarily selected by the player. Anything can be selected as long as it can be specified.

The specific winning opening means 16 is provided on the game board 11, and detects the winning 12a of the pachinko ball 12 and generates the winning signal 16a for promoting the progress of the pattern matching game 15, and the display control means. 20 and holding means 19. In this embodiment, a chucker is used as the specific winning opening means 16.

The means for detecting the pachinko 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 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.

Further, a sound generating section may be connected to the specific winning opening means 16. When a prize is won, the sound generation unit of this embodiment emits music / voice suitable for each of the prizes and allows the player to hear the music / voice.

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

The holding means 19 stores the number of execution rights 19a of the pattern matching game 15 which has not been executed yet when a prize 16b to the specific winning opening means 16 newly occurs during the execution of the pattern matching game 15. It is connected to the specific winning opening means 16 and the variable display means 17 so as to be displayed. In this embodiment, as shown in FIG. 2, a lamp display by four LEDs is used as the holding means 19.

It should be noted that L in the holding means 19 of the present embodiment.
The ED lamp display control is realized by computer control based on a microprocessor. Also,
The microprocessor is connected to the system bus.

Each time the display control means 20 receives the winning signal 16a, it changes with the specific winning opening means 16 so as to generate a rotation display control command 20a for causing each variable display 17a to execute the picture matching game 15. It is connected to the display means 17 and the selection means 22.

Variable display means 1 provided on the game board 11
7, a plurality of variable display devices 17a are provided, and each time the rotation display control command 20a is received, or according to the number of execution rights 19a, the rotation display of the pattern matching game 15 is executed and the result of the pattern matching game 15 is obtained. Each variable display device 17a, holding means 19, display control means 20, added value determination means 21, and selection means 2 so as to generate game result data 17b.
It is connected to 2 and.

The added value judging means 21 collates the game result data 17b generated by the selected variable display 17a after receiving the selection variable display data 22a, and judges a predetermined added value based on the collation result. The variable display means 17 and the variable winning opening means 18 are connected so as to generate the added value data 21a.

Particularly, the added value judging means 21 of this embodiment is
It is connected to each of the two variable displays 17a so as to collate the game result data 17b generated by the selected variable display 17a, perform the added value determination based on the comparison result, and generate the added value data 21a. . In addition, 2 of the present embodiment
The control of each variable display 17a is realized by computer control based on a microprocessor. Further, the microprocessor is connected to the system bus.

The variable winning a prize means 18 gives the added value data 2
It is connected to the added value determination means 21 so that the opening / closing operation is repeated for a predetermined time or a predetermined number of times based on 1a.

Pachinko balls 1 in the variable winning opening means 18
The detection means of 2 is an optical detection means using an LED or a photoelectric tube, a magnetic detection means using a hall element, etc., and an electrical detection by a change in electric resistance using a matrix sensor or a touch sensor. It can be realized by using a means or a detection means for detecting a change in the dielectric constant using a capacitor. 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.

The means for detecting the pachinko balls 12 in the variable winning opening means 18 of this embodiment is realized by computer control based on a microprocessor. Further, the microprocessor is connected to the system bus. Further, a sound generating unit may be connected to the variable winning opening means 18. When a prize is won, the sound generation unit of this 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. In the pachinko gaming machine 10 and the playing method thereof of this embodiment, the variable display means 17 is operated by the winning of the pachinko ball 12 to manage the progress of the pattern matching game 15, and the variable display means is used when the winning of the pachinko ball 12 is 12a. Each variable display 17a of 17
The pattern matching game 15 is executed with, and the pattern matching game 1 on the variable display 17a selected by using the selecting means 22 in advance is executed.
As a result of No. 5, when a predetermined combination of pictures is displayed on the variable display 17a, a predetermined added value is given.

As a result, it is possible to realize the pachinko gaming machine 10 having a high game playability and having a great power and fun, and a game method thereof.

The outline of the pachinko gaming operation of the pachinko gaming machine 10 of this embodiment will be described below. The pachinko balls 13 hit on the game board 11 flow down while colliding with the game nails, and some of them enter the chucker, V zone, clune, electric tulip, and attacker to advance the game.

When the player operates the handle provided at the lower right end on the front side of the pachinko gaming machine 10,
A pachinko ball is launched from a pachinko ball launching device (not shown) provided inside the pachinko gaming machine 10.

The prize-winning pachinko balls imported from each character are
The back chute members of the game board 11 flow down in an aligned state. Such prize-winning pachinko balls are counted by a pachinko ball counter.

On the front plate provided in the lower half of the front side of the pachinko gaming machine 10, the pachinko balls 12 used for the game can be stored. The lower plate can receive the pachinko balls 12 that have overflowed from the front plate.

The pachinko gaming machine 10 of the present embodiment advances the pattern matching game 15 in accordance with 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 the recording medium, and can be read or changed by the command of the microprocessor.

Pachinko ball prize 12a in this embodiment
Data, pattern matching game 15 data, winning signal 16
a, data of a new winning prize 16b during execution of a pattern matching game, game result data 17b, data of execution right number 19a, data of rotation display control command 20a, added value data 21a, selection variable display data 22a, etc. Data transmission is performed via the system bus of the computer.
Ethernet bus, GP-IB bus, RS232C
Bus, S100 bus, VL bus, ISA bus, EISA
When a bus structure such as a bus, a PCI bus, or a Centronics bus is used, data transmission is executed according to a predetermined communication protocol corresponding to each.

The operation of the pachinko gaming machine 10 and the playing method thereof in this embodiment will be described in more detail.

When the pachinko ball 12 wins the specific winning opening means 16 (chucker), the specific winning opening means 16 (chucker) detects the winning and generates a winning signal 16a.

The means for detecting a prize in the specific winning opening means 16 (chucker) is an optical detecting method using an LED or a photoelectric tube, a magnetic detecting method using a hall element, a matrix sensor or a touch sensor, etc. It can be realized by using an electrical detection method using a change in electric resistance using, or a detection method using a capacitor to detect a change in dielectric constant. 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 pachinko balls 12 in the specific winning opening means 16 (chucker) of this embodiment is computer processing based on a microprocessor. The microprocessor also sends and receives data via the system bus.

The specific winning opening means 16 (chucker)
When a prize is won, the sound generation unit of the present embodiment connected to is capable of emitting music / voice suitable for each and making the player hear it through a speaker.

When a new winning 16b to the specific winning opening means 16 (chucker) occurs during the execution of the pattern matching game 15, the holding means 19 sets the execution right number 19a of the pattern matching game 15 which has not been executed yet. Memorize and display.

In the present embodiment, as shown in FIG. 2, a lamp display by four LEDs is used as the holding means 19, and the execution right is generated every time the execution right number 19a is generated once. Is stored and one LED is turned on. Further, according to the execution right number 19a, every time the two variable indicators 17a are operated, the operation number is changed to the execution right number 19a.
a is subtracted from a and L is calculated according to the subtracted execution right number 19a.
Turn ED on or off. It does not store the execution right that has occurred over four, and does not turn on the LED.

The push button switches (left push button switch 22b and right push button switch 22c) which are the selection means 22 select a predetermined number of variable display devices 17a from the variable display devices 17a provided in the variable display device 17. Is possible.

In accordance with the selected variable display 17a, the selection means 22 generates the selected variable display data 22a.

Each time the winning signal 16a is received, the display control means 20 generates a rotation display control command 20a.

As shown in FIG. 2, two variable indicators 17 are provided.
The variable display means 17 in which a is provided in parallel and whose operation is electrically controlled is received every time the rotation display control command 20a is received.
Or, according to the number of execution rights 19a, a pattern matching game 15
The rotation display is executed to generate the game result data 17b.

At this time, first, the two variable display devices 17a execute the rotational display of the picture matching game 15 at the same time.

The two variable displays 17a execute the pattern matching game 15 and generate game result data 17b as a result of the pattern matching game 15, respectively. However, at this time,
As a result of the picture matching game 15 on the variable display 17a selected by using the push button switches (left push button switch 22b and right push button switch 22c) which are the selection means 22, three numbers and the like are displayed together. When it is done (for example, three numbers 7 are lined up side by side, 777), the big hit game starts, so as a result of the pattern matching game 15, the big hit game start game result data 17b (that is, the game result data 17b is "777"). ) Is generated.

The game result as a result of the pattern matching game 15 on the variable display 17a which is not selected using the push button switches (left push button switch 22b and right push button switch 22c) which are the selection means 22. The data 17b may be generated. Further, in the same manner, when three numbers and the like are displayed as a result of the pattern matching game 15 (for example, three numbers 7 are arranged side by side, 77
7) Since the big hit game starts, the game result data 17 of the big hit game start as the result 15 of the pattern matching game.
b (that is, the game result data 17b is "777") may be generated respectively. However, the determination of the added value in the added value determination means 21 is performed by determining the variable selection display data 22a together with the game result data 17b.

As the patterns which are rotatably displayed on the two variable indicators 17a of the present embodiment, the numbers 0 to 9, playing card patterns (for example, heart pattern, spade pattern, diamond pattern, club pattern, etc.), fruits Designs, anime character designs, etc. can be used. In this embodiment, the variable display 17a displays the numbers 0 to 9 as a pattern by rotation.

Game result data 1 generated by the variable display 17a selected after receiving the variable display data 22a selected
When 7b is received, the added value determination means 21 collates the game result data 17b and determines a predetermined imparted value based on the result of the collation to generate the imparted value data 21a.

Based on the added value data 21a, the variable winning opening means 18 repeats the opening / closing operation for a predetermined time or a predetermined number of times.

As described above, according to the present embodiment, it is possible to realize the pachinko gaming machine 10 which has high game playability and is powerful and interesting, and its playing method.

In this embodiment, the result of the picture matching game 15 on the variable display 17a selected by using the push button switches (left push button switch 22b and right push button switch 22c) which are the selection means 22. The variable display 17a which is determined to give the added value only to the game result data 17b is not selected.
A pachinko game in which the result of the picture matching game 15 above and the result of the picture matching game 15 on the selected variable display 17a are organically associated can also be executed. According to this, it is possible to realize the pachinko gaming machine 10 having a higher game playability and having power and fun, and the playing method thereof.

[0085]

According to the pachinko gaming machine and the gaming method thereof according to the present invention, a plurality of variable indicators are provided,
It is possible to execute the value-added determination based on the organic game rules for the winning process based on the combination of the specific patterns using the selected variable display.

As a result, in addition to the process up to reaching the big hit state, it is possible to realize a pachinko gaming machine that has high game playability, power, and fun, and a game method therefor.

[Brief description of drawings]

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

FIG. 2 is a front view of a pachinko gaming machine according to an embodiment of the present invention.

[Explanation of symbols]

 10 ... Pachinko gaming machine 11 ... Gaming board 12 ... Pachinko ball 12a ... Pachinko ball winning 15 ... Picture matching game 16 ... Specific winning mouth means 16a ... Winning signal 16b ... New winning during execution of picture matching game 17 ... Variable display Means 17a ... Variable display 17b ... Game result data 18 ... Variable winning opening means 19 ... Holding means 19a ... Execution right number 20 ... Display control means 20a ... Rotation display control command 21 ... Granted value determination means 21a ... Granted value data 22 ... Selection means 22a ... Selectable variable display data

Claims (3)

[Claims] 1. A pachinko gaming machine provided with a variable display means as first-class accessory means, and activating the variable display means when a pachinko ball is won to manage the progress of a pattern matching game, provided on a game board. And variable display means each having a plurality of variable display devices capable of independently executing the pattern matching game, and selection means capable of selecting a predetermined number of variable display devices from these variable display devices. , And, at the time of winning the pachinko ball, while performing the pattern matching game on each variable display of the variable display means, the pattern matching on the variable display previously selected by using the selecting means. A pachinko gaming machine characterized by giving a predetermined added value when a predetermined combination of symbols is displayed on the variable display as a result of the game. 2. A specific winning opening means provided on a game board for detecting a winning of a pachinko ball and generating a winning signal for promoting the progress of the picture matching game, and a new winning means during execution of the picture matching game. When a prize is given to the specific winning opening means, a holding means for storing and displaying the number of execution rights of the pattern matching game which has not been executed yet, and a selection variable display according to the selected variable display Selecting means for generating device data, display control means for generating a rotation display control command for causing the variable display to execute the pattern matching game each time the winning signal is received, and on the game board The game result data as the result of the pattern matching game by executing the rotation display of the pattern matching game every time the rotation display control command is received, or according to the number of execution rights. The variable display means in which a plurality of the variable display devices are respectively generated, and the game result data generated by the selected variable display device after receiving the selection variable display data are collated and the result of the collation Based on the determination of the predetermined added value,
The award value determination means for generating award value data, and the variable winning a prize mouth means for repeating the opening and closing operation for a predetermined time or a predetermined number of times based on the award value data. Pachinko machine. 3. When the pachinko ball wins the specific winning opening means, the specific winning opening means detects the winning and generates the winning signal, and the new game is newly executed during execution of the pattern matching game. When a winning to the specific winning opening means occurs, the holding means stores and displays the number of execution rights of the pattern matching game which has not been executed yet, and the selection is made according to the selected variable display. Means
The display control means generates the rotation display control command each time the selection variable display data is generated, the winning signal is received, or the execution right number is received each time the rotation display control command is received. According to the above, the variable display executes the rotation display of the pattern matching game to generate each of the game result data, and after the selection variable display data is received, the selected variable display is generated. When receiving the game result data,
The value-added determination means collates the game result data, determines the predetermined value-added based on the result of the collation, generates the value-added data, and based on the value-added data, the variable prize. The pachinko gaming machine game method according to claim 1 or 2, wherein the mouth means repeats the opening / closing operation for the predetermined time or the predetermined number of times.