JP2003205112A - Game machine - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a game machine capable of enhancing game property with the increase of interest on a display by providing relativity between a variable display on an ordinary pattern display device and a variable display on a variable display device. <P>SOLUTION: When a display mode on the variable display device 310 shifts into a display mode disadvantageous to a player after passing through a ready- to-win mode, a prescribed concealing pattern for concealing a ready-to-win pattern on the variable display device 310 is allowed to appear on condition that a prescribed notice pattern is displayed on the ordinary pattern display device 140. The concealing pattern is displayed on the variable display device in contrast with the ready-to-win pattern, and the ready-to-win pattern is concealed with the concealing pattern. When the ready-to-win pattern is concealed with the concealing pattern, the variable display of identification information is newly started in a vacant region 311 on the variable display device 310, and then the variable display is stopped to make a stop display of the identification information. <P>COPYRIGHT: (C)2003,JPO

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention includes a variable display device capable of variably displaying a plurality of types of identification information, and a display result when variable display on the variable display device is stopped is in a predetermined specific display mode. The present invention relates to a gaming machine capable of generating a special game state advantageous to a player when confirmed.

[0002]

2. Description of the Related Art Conventionally, a pachinko machine called a fever machine is generally known as a game machine of this type. In such a fever machine, when a ball launched into the game area formed on the game board wins the starting opening, identification information such as various symbols scrolls in a certain direction in the display area of the variable display device including a liquid crystal screen. A variable display is executed in which the display is sequentially stopped after the elapse of a predetermined time.

When the display result when the variable display is confirmed and displayed is a specific display mode such as that the three pieces of identification information displayed in a stopped state are all the same, a special game state (so-called fever) occurs, A favorable state for the player is formed. Specifically, the special winning opening is repeatedly opened and closed within a predetermined number of times to form an advantageous state in which the player can obtain a large amount of prize balls.

Also, when the ball hit in the game area wins the passage winning port, the ordinary symbol display device provided separately from the variable display device variably displays the ordinary symbol for a certain period of time, and then is stopped and displayed. When the design is a special design, a starting port (so-called tulip) with a movable piece
The movable piece is opened to form a state in which the ball easily wins the starting opening, thereby improving the game playability.

[0005]

However, in the conventional fever machine as described above, the variable display on the variable display device is a display content in which a plurality of types of identification information are scrolled in a certain direction, which is monotonous and interesting. And lacking in novelty, the whole game tended to become rut.

Further, a passage winning opening and an ordinary symbol display device are provided, and the movable piece is opened according to the result of the variable display on the ordinary symbol display device so that the starting port can be easily won, and the number of times of starting the variable display device is increased. However, the variable display performed on the variable display device and the variable display performed on the normal symbol display device are independent and have no direct relation to each other, and the result of the variable display on the normal symbol display device is Did not affect the variable display in the variable display device to give a new fun.

The present invention has been made by paying attention to the problems of the prior art as described above, and by making the variable display in the ordinary symbol display device and the variable display in the variable display device have a relation. , It is an object of the present invention to provide a gaming machine which can increase the fun of the display and enhance the game playability.

[0008]

The gist of the present invention for achieving the above-mentioned object lies in the inventions of the following respective items. [1] A variable display device (310) capable of variably displaying a plurality of types of identification information is provided, and a display result when variable display on the variable display device (310) is stopped is determined to a predetermined specific display mode. In this case, in a gaming machine capable of generating a special game state advantageous to the player, a normal symbol display device (140) capable of variably displaying identification information based on the establishment of a normal symbol starting condition, and the variable display device (310). ) Is provided with a symbol shift control means (100, 300) for performing display control for shifting the display mode from a display mode unfavorable to the player to the specific display mode, and the symbol shift control means (100, 300) is , The variable display device (31
When the display mode in 0) becomes a display mode that is unfavorable to the player after the reach mode, the variable display device is provided on condition that a predetermined notice symbol is displayed on the normal symbol display device (140). After the appearance of a predetermined concealed symbol for concealing the identification information in (310), the variable display device (310) changes the identification information again in association with the concealed symbol, and the symbol transfer control. The means (100, 300) compares the concealed pattern with the identification information that constitutes the reach mode, and the variable display device (31).
0) is displayed on the display device to hide the identification information that constitutes the reach mode with the concealed pattern, and after the variable display of the identification information is newly started in the empty area (311) on the variable display device (310). A gaming machine characterized in that the variable display is stopped and the identification information is stopped and displayed.

[2] The symbol transfer control means (100, 3)
[00] is characterized in that it is possible to perform display control of concealing identification information other than the identification information forming the reach mode with the concealment pattern instead of the identification information forming the reach mode [1]. Game machine.

[3] The symbol transfer control means (100, 3
00) moves the identification information stopped and displayed in the empty area (311) to the back of the concealed symbol to conceal it, and then erases the concealed symbol, and provides predetermined identification information to the disappeared portion of the concealed symbol. The gaming machine according to [1] or [2], which is caused to appear.

[4] The symbol transfer control means (100, 3)
00), where the same identification information as that moved from the empty area (311) to the back of the hidden symbol appears in the disappeared portion of the hidden symbol, and the empty area (31).
The gaming machine according to [3], characterized in that there is a case in which identification information different from that moved to the back of the concealed pattern is caused to appear from 1).

[5] The symbol transfer control means (100, 3)
By the display control of (00), the concealed pattern conceals at least two pieces of identification information among the identification information already stopped and displayed, and the variable displays for newly deriving the respective concealed identification information are different from each other. The gaming machine according to [1], [2], [3] or [4].

[6] The symbol transfer control means (100, 3
By the display control of (00), the concealed pattern conceals at least two pieces of identification information among the identification information already stopped and displayed, and the variable displays for newly deriving each of the concealed identification information are simultaneously displayed. The gaming machine according to [1], [2], [3] or [4], which is executed.

[7] Symbol transfer control means (100, 3)
00), even if the display mode of the variable display device (310) becomes the disadvantageous display mode after going through the reach mode, selectively re-changing the identification information related to the concealed pattern. [1],
The gaming machine described in [2], [3], [4], [5] or [6].

[8] The symbol transfer control means (100, 3
00), when the display mode of the variable display device (310) changes from the reach mode to the disadvantageous display mode, a right equivalent to the establishment of the normal symbol starting condition is automatically generated [ 1], [2], [3],
The gaming machine described in [4], [5], [6] or [7].

[9] The symbol transfer control means (100, 3
00) is on condition that variable display is performed on the normal symbol display device (140) when the display mode on the variable display device (310) changes from the reach mode to the disadvantageous display mode. [1], [2], [3], [4], [5], [6], characterized by operating
The gaming machine according to [7] or [8].

Next, the operation of the invention described in each of the above items will be described. On the variable display device (310), plural kinds of identification information are variably displayed and then stopped and displayed. When the display result of the variable display device (310) becomes a specific display mode advantageous to the player, a specific game state occurs. For example, in the case of displaying a pattern matching game resembling a slot machine on a liquid crystal display provided on a pachinko machine, when a specific display mode appears together with "777", it becomes a big hit, and the special winning opening opens and closes a predetermined number of times. A specific game state is formed.

The variable display device (310) displays a reach mode having a possibility of becoming the specific display mode before displaying the specific display mode. However, even if the reach mode is displayed, it is disadvantageous to the player thereafter. In some cases, the display mode may be different.

On the other hand, in addition to the variable display start condition in the variable display device (310), if the normal symbol start condition is satisfied, the variable display is normally displayed in the normal symbol display device (140), and then the identification information is stopped and displayed. To be done. There are various kinds of identification information stopped and displayed on the normal symbol display device (140), and a predetermined notice symbol is also included therein.

The symbol transfer control means (100, 300) is
When the display mode on the variable display device (310) becomes a display mode that is unfavorable to the player after the reach mode, a variable display is provided on condition that a predetermined notice symbol is displayed on the normal pattern display device (140). After the appearance of a predetermined concealing pattern for concealing the identification information in the device (310), the variable display device (31) is associated with the concealing pattern.
The identification information is changed again in 0).

In this way, the normal symbol display device (140)
By making the variable display in (1) and the variable display in the variable display device (310) closely related to each other, it is possible to increase the fun of the display and enhance the game play. In particular, in the variable display device (310), the concealed pattern is displayed on the variable display device (310) in contrast with the identification information forming the reach mode, and the identification information forming the reach mode in the concealed pattern is hidden. Therefore, the progress of the display mode is surprising and it is possible to provide the player with fresh interest.

Moreover, as a display result after the identification information has changed again in relation to the concealed pattern, the variable display device (3
Since the display mode in 10) may shift to the specific display mode, the expectation that the player once gave up is restored, and the player's expectation can be evoked long and sufficiently. Instead of the identification information forming the reach mode, identification information other than the identification information forming the reach mode may be hidden by the hiding pattern.

Further, the symbol transfer control means (100, 3
00), when the identification information is concealed by the concealed pattern, after the variable display of the identification information is newly started in the empty area (311) on the variable display device (310), the variable display is stopped and the empty space is displayed. The identification information is stopped and displayed in the area (311). With such a display, the game content is further varied, and the player can be provided with fresh interest. Subsequently, the symbol transfer control means (100, 300),
After the identification information stopped and displayed in the free area (311) is moved to the back of the concealed pattern and concealed, the concealed pattern is erased, and predetermined identification information appears at that location.

At this time, a case where the same identification information that has moved from the empty area (311) to the back of the hidden pattern appears at a location after the hidden pattern disappears, and the empty area (31
It is advisable to provide a case where the identification information different from the one moved to the back of the hidden pattern from 1) appears. In this way, when the hidden pattern disappears, if there is a case where the identification information that should have been hidden, or the identification information different from this appears,
It is possible to raise the expectation of the player.

Further, by the concealment pattern, at least two pieces of identification information among the identification information already stopped and displayed are concealed, and the variable displays for newly deriving the respective concealed identification information are respectively displayed. It may be executed separately. Alternatively, variable display for newly deriving each piece of identification information hidden by the hidden pattern may be simultaneously executed. In any case, since the more varied game contents are displayed in a developed manner, the interest of the game is further enhanced and the player's interest can be attracted.

Furthermore, when the display mode of the variable display device (310) is changed from the reach mode to the disadvantageous display mode, a variable display execution right which is equivalent to the establishment of the normal symbol starting condition is automatically generated. , It becomes possible to perform the variable display on the normal symbol display device (140) without satisfying the normal symbol starting condition.

The symbol transfer control means is provided on the condition that the variable display device (310) is changed from the reach mode to the disadvantageous display mode, and the variable display is normally displayed on the symbol display device (140). Activate. As a result, even when the reach mode is changed to the disadvantageous display mode, the player's interest can be attracted to the normal symbol display device (140), and the player's thrill and excitement can be stimulated.

[0028]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments representative of the present invention will be described below with reference to the drawings. 1 to 16 show a gaming machine according to an embodiment of the present invention. The gaming machine according to the present embodiment includes a gaming machine main body 1 for executing a game of launching a ball on a gaming board 2, and a card unit (CR ball lending machine) b provided for lending a ball by inserting a valuable card.
Consists of.

First, an outline of the entire gaming machine body 1 will be described.
FIG. 1 is a front view of a gaming machine body 1 and a card unit b. The gaming machine main body 1 includes a gaming machine status lamp 422 for notifying a special gaming state of the gaming machine by lighting, a glass frame 11 formed in a frame shape for fixing the front glass, and a glass frame 11 behind the glass frame 11. A glass frame opening detection switch 132 for detecting opening and a game board 2 on which parts for advancing a game by moving a ball shot by a player are attached detachably.

On the lower surface of the glass frame 11, an upper tray 3 for storing lending balls and payout balls, a lower tray 4 for storing balls overflowing from the upper tray 3, and balls stored in the upper tray 3 are provided. There are provided an upper receiving tray ball removing lever 7 for extracting, a lower receiving tray ball removing lever 8 for extracting the balls stored in the lower receiving tray 4, and a hitting ball operating handle 5 for a player to perform a hitting operation. Also, the hit ball operation handle 5
Includes a firing stop switch 65 for stopping the firing of the ball.
Two are provided. An ashtray 6 for smokers is also provided beside the lower tray 4.

Further, as a device for the player to operate the card unit b, a frequency display section 12 for displaying and confirming the remaining frequency of the valuable card, and a lending button 9 for issuing a ball lending instruction. A return button 10 for instructing the return of a valuable card is provided in the vicinity of the upper tray 3, and those output terminals are connected to the operation panel board a on the rear surface of the gaming machine, respectively.

FIG. 2 is a rear view of the gaming machine body 1 and the card unit b. On the back surface of the gaming machine main body 1, a control board for each function and parts are included. Here, as a control board, a main board 100 that manages and controls the operation of the entire game,
The instruction information from the main board 100 is received by parallel communication, and the prize ball payout operation and the card unit connection board 90 are performed.
There is provided a payout control board 200 for controlling the ball lending operation by performing card unit communication with 0.

Further, as a control board, a firing control board 600 for controlling the firing of a sphere, a firing motor 653 controlled by the firing control board 600, a power supply board 700 for supplying a predetermined electric power to each board, and a main board 100. For inputting the prize ball information from the payout control board 200, and for inputting the ball lending information from the payout control board 200, and for outputting frame external information (prize ball signal, ball lending signal, ball out signal). A frame external terminal board 800 and a card unit connection board 900 for connecting to the card unit b are also provided.

In the protective cover 93, the display control board 300, the lamp control board 400, and the voice control board 50 are provided.
0 and the like are provided on the game board 2. Each control board is housed in its own case to protect it from dust from the outside, spilled balls from other equipment, static electricity, and electrical noise. Above all, the case of the main board 100 has a structure that can be opened and closed a predetermined number of times by using a dedicated screw.

Next, the flow path of the ball received from the pachinko ball supply device will be described. In FIG. 2, the balls replenished from a pachinko ball replenishing device (not shown) are stored in the tank unit 90 at the upper portion of the gaming machine, and the balls are shot unit 91 every time the prize balls are paid out and the ball renting operation is performed. , Passes through the payout unit 92 and is delivered to the upper tray 3.

The tank unit 90 stores balls supplied from the pachinko ball supply device, and a prize ball tank ball presence / absence switch 80 is provided on the bottom surface of the tank unit 90.
1 and a ball leveling 94 are provided. The prize ball tank sphere presence / absence switch 801 is a switch for detecting the presence / absence of spheres stored in the tank unit 90, and the switch is input according to the weight of the stored spheres, and the detection signal passes through the frame external terminal board 800. It is output to the outside.

The ball leveling 94 is for leveling the balls flowing in the lane of the shoot unit 91 so that they do not rise due to ball pressure. The bottom surface of the tank unit 90 is inclined, and the spheres are gathered at the portion that joins with the chute unit 91 and fall.

The chute unit 91 divides the balls flowing down from the tank unit 90 into two lanes and aligns them. On the way to the payout unit 95, the bulging by the ball pressure is suppressed by the sphere leveling 94, but the sphere leveling 95 is used to even out the sphere more effectively and send it to the payout unit 92. is there.

A chute ball break switch 131 is provided on the ball passage of the chute unit 91.
The shoot ball out switch 131 is a switch for detecting the presence or absence of a ball up to the payout unit 92, and the detection signal is input to the main board 100 to monitor the presence or absence of a ball. This switch 131 is the award ball tank ball presence / absence switch 80.
1 is similar in usage, but is largely different in whether or not it is connected to the main board 100.

The payout unit 92 forms a ball passage to the upper tray 3 and also has a payout motor 222 for feeding the ball into the ball passage, and a payout stop solenoid 223 for suppressing the flow (fall) of the ball. A path switching solenoid 224 for switching the route between the lending ball and the paying ball, a prize ball detecting switch 130 for detecting the paying ball, a ball lending detecting switch 220 for detecting the lending ball, and the like are provided.

The payout motor 222 and the payout stop solenoid 223 are connected to and controlled by the payout control board 200. When the main board 100 issues a predetermined sphere payout request to the payout control board 200, the payout control board 200 operates the path switching solenoid 224 to set the path of the ball to the payout ball side, and the payout motor 222 and the payout stop. Solenoid 223
The balls are sent to the upper tray 3 by.

When a player's operation inputs a predetermined ball lending request signal to the payout control board 200 from the card unit b through the card unit connection board 900, the payout control board 200 switches the path. Solenoid 22
4 is operated to set the path of the ball to the lending ball side, and the payout motor 222 and the payout stop solenoid 223 send the ball to the upper tray 3.

Further, the reason why the ball path is made variable according to the content of the request is that the prize ball detection switch 130 and the ball lending detection switch 220 separately count the predetermined number of balls and surely count them. Further, the prize ball detection switch 130 is connected to the main board 100 and counts a predetermined number of balls as in the payout control board 200, so that it can be confirmed that the payout has been made more accurately.

The overflow ball from the upper tray 3 is the lower tray 4
An overflow switch 133 is provided on the ball passage formed so as to flow downward. The lower saucer 4
When the spheres stored in 1 are filled and the spheres reach the installation position of the overflow switch 133, the switch is input by the sphere pressure of the stored spheres, and the detection signal is input to the main board 100. When the main board 100 detects the input of the overflow switch 133, the main board 100 outputs the instruction information to the payout control board 200 to stop the firing of the sphere.

FIG. 3 is a front view of the game board 2. Game board 2
On the front of, a guide rail 16 for guiding the fired ball to the game area 17, a nail (not shown) and a windmill 15 for changing the flow of the game ball guided to the game area 17,
A variable display device 310, which is a special symbol display device that variably displays a plurality of types of identification information, by each winning opening and a detection signal of the starting opening switch 121 caused by winning in the starting opening 21 which is one of the winning openings. The normal symbol display device operation gate switch 126 is provided with a normal symbol display device 140 or the like that variably displays a plurality of normal symbols in response to a detection signal from the gate switch 126.

Further, at the bottom of the game board 2, there is provided an outlet 29 for discharging a ball, which has fallen without entering any of the prize holes in the game area 17, to the outside of the game machine. ing. When a ball enters the outlet 29, the player is not given any privilege, and no prize ball is paid out.

Further, as a decorative lamp, the variable display device 3 is used.
Special symbol hold LED 420 for notifying the player of the number of holding balls for activating 10 (the maximum number is 4 in the number of balls won in the starting port 21), the holding ball for operating the normal symbol display device 140 Normal symbol hold LED 421, side case lamp 423, game frame status lamp 424, center LED 425, gate for notifying the player of the number (the maximum number of balls detected by the normal symbol display device operation gate switch 126 is 4) LED426, attacker L
An ED 427, a side LED 428, etc. are provided.

The winning openings include a starting opening 21, a right sleeve winning opening 22a, a left sleeve winning opening 22b, a right falling winning opening 23a, a left falling winning opening 23b, and a big winning opening 24. When a game ball wins each prize hole, a switch attached to each prize hole detects the prize ball, and each time the prize ball is detected, a predetermined prize ball assigned to each prize hole is paid out.

Of these, the starting opening 21 is a winning opening for securing the execution right of the variable display executed on the variable display device 310 as described above, and the large winning opening 24 is advantageous for the player. The special game state is produced.
The variable display device 310 will be described in detail later.

FIG. 4 is a rear view of the game board 2. Game board 2
Various control boards and their related parts are mounted on the back surface of the same as the one already shown in FIG. As the control board, a display control board 300 that controls the variable display device 310, a lamp control board 400 that controls the decoration lamp, a voice control board 500 that controls voice, and external information for a board connected to an external device. A board external terminal board 850 and the like for outputting (one big hit signal, two big hit signals, a symbol determination frequency signal) are provided.

As a switch for detecting the winning ball of each winning opening, a starting opening switch 121, a right sleeve winning opening switch 122a, a left sleeve winning opening switch 122b, a right falling winning opening switch 123a, a left falling winning opening switch 123b, etc. Are installed near each prize hole. In the vicinity of the special winning opening 24, the accessory continuous operation device switch 124 and the count switch 125 are provided. The switches for the respective winning openings are provided in the vicinity of the respective winning openings, but they can also be arranged on the passage until the winning balls are discharged to the outside of the gaming machine.

When a ball is won in each winning port, it is detected by each winning port switch, and each time it is detected, the next predetermined prize ball assigned to each winning port is paid out. There are five starting openings 21, a right sleeve winning opening 22a, a left sleeve winning opening 22.
b, right-handed winning port 23a, left-handed winning port 23b is 8
Departure, big winning opening 24 (for detection of winning balls by the accessory continuously operating device switch 124 and the count switch 125)
Has been assigned 15 shots. The number of prize balls is fixed for each winning opening, but can be changed arbitrarily.

Further, as a switch for detecting the ball for operating the normal symbol display device 140, a right ordinary symbol display device operating gate switch 126a and a left ordinary symbol display device operating gate switch 126b are at predetermined positions on the game board 2. Are provided for detecting the passage of a ball moving in the game area 17, respectively. These left and right normal symbol display device operating gate switches 126a and 126b are provided as passage winning openings.

The related device for variably operating the accessory is a special winning opening solenoid 1 for opening and closing the door of the special winning opening 24.
34, a direction switching solenoid 135 for switching the flow direction of the ball that has won the special winning opening 24 to one of the accessory continuous operation device switch 124 and the count switch 125, and an expansion / contraction operation of an ordinary electric accessory An ordinary electric accessory solenoid 136 is provided for performing the operation.

Next, the main components on the game board 2 will be described in more detail. The starting port 21 is generally called a starting chucker, and is provided with condition changing means composed of a pair of movable pieces at the left and right ends of the winning opening, and is composed of an ordinary electric accessory solenoid 136 (see FIG. 4). The source is designed to open and close each movable piece. Starting port 21
Is configured as a so-called electric tulip accessory that changes to a normal first state (closed state) in which a ball is hard to win and a second state (open state) in which a ball is easy to win by opening and closing each movable piece.

Winning a ball at the starting opening 21 is set as a starting condition for executing variable display on the variable display device 310 described below. As shown in FIG. 6, the starting opening 21 is internally provided with a starting opening switch 121 for detecting the winning of a ball. The start opening switch 121 outputs a detection signal to the main board (game control means) 100 when the winning ball is detected and turned on. The starting port switch 121 may be composed of various sensors such as an optical sensor, a proximity sensor, or a magnetic sensor.

The variable display device 310 has an entire screen serving as a display area capable of variably displaying various symbols as a plurality of types of identification information. Such a variable display device 31
Although 0 is composed of a liquid crystal unit, it is also possible to adopt a CRT display, a drum unit, a 7-segment display, or the like.

When a ball is won in the starting port 21 and the winning ball is detected by the starting port switch 121, the right of variable display by the variable display device 310 is acquired and the variable display is executed. The variable display is a specific display when a plurality of types of identification information (various symbols) scroll and fluctuate in the display area at first, and the combination of the identification information finally confirmed and displayed is a predetermined specific combination. It becomes a mode (big hit).

If a ball wins in the starting opening 21 during the variable display or during the special game state described later, the right of the variable display is acquired but is suspended, and the variable currently in progress is held. After the display is completed, the rights that have been put on hold are sequentially consumed. Here, the variable display hold number is set to a maximum of 4, and the number is notified by the special symbol hold LED 420.

In the variable display according to the present embodiment, the display area of the variable display device 310 is divided into three display sections in three horizontal rows, and the identification information is variably displayed so as to scroll vertically in each display section. It Then, when a predetermined time has elapsed, one piece of arbitrary identification information is set for each display unit. The display area of the variable display device 310 is divided into a first area 311 in the upper half and a second area 312 in the lower half when the variable display resembling a slot machine is developed in the entire display area. It may be divided and used (see FIG. 14).

In the variable display on the variable display device 310, the state in which the identification information is still changing corresponds to the “variable display mode”. That is, if the identification information is still variably displayed in any one of the three display units, it corresponds to the variable display mode. A state in which two identical identification information items are fixedly displayed in a variable display and the remaining one is undetermined is the reach mode, and the two symbols in the reach mode are the "reach pattern" (constituting the reach mode). (Identification information).

As a result of the variable display, the display mode in which the symbols fixedly displayed on each display unit are all arranged in the same type as a predetermined combination is defined as the "specific display mode".
When the confirmed and displayed result is not the specific display mode, it is all in the off mode. In addition, in the deviation display mode that has gone through the reach mode, the symbol that is finally confirmed and displayed and is a factor of the deviation is the “missing symbol”.

Further, in the variable display device 310, when the display mode of the variable display does not correspond to the specific display mode after passing through the reach mode and becomes the out-of-display mode, a notice is given to the ordinary symbol display device 140 described later. On condition that the symbol is displayed, after a predetermined concealing symbol for concealing the reach symbol is made to appear, re-variable display in which the identification information is changed again in association with the concealed symbol is executed. Has become.

However, it is set such that the re-variable display is selectively executed, and even if the display mode of the variable display changes from the reach mode to the out-of-display mode, it is not 100% executed. May be. The details of the variable display and the re-variable display will be described later.

When the result of the variable display is finally decided in the specific display mode, a special game state in which the special winning opening 24 described below is repeatedly opened and closed within a predetermined number of times can be formed. In addition, when the result of the variable display is not finally settled in the specific display mode, any of them corresponds to the out-of-range display mode. It should be noted that the plurality of types of identification information used for variable display are not limited to simple numeric symbols such as numbers 0 to 9 and symbols.

When the results of the variable display are aligned with a predetermined probability variation pattern in the specific display mode, a so-called probability variation jackpot occurs. When the probability variation big hit occurs, the probability of the big hit occurring is improved as compared with the normal state.
In this way, the gaming state in which the probability of a big hit being generated is improved compared to the normal state is called a probability varying state.

The special winning opening 24 is generally called an attacker, and it is difficult for the winning opening to hit a ball due to the operation of a drive source such as a solenoid (big winning opening solenoid 134, direction switching solenoid 135). It is configured so that it can be changed to a normal first state (closed state) and a second state (open state) where winning is easy.

The special winning opening solenoid 134 operates to open and close the door of the special winning opening 24 a predetermined number of times (for example, 15 times) when the special game state is established. The direction switching solenoid 135, in the state where the door of the special winning opening 24 is opened, the accessory continuous operation device switch 12
When the prize member is detected by the accessory continuous operation device switch 124, the passage member is operated so as to guide the prize winning ball to the 4 side, and next, the prize ball is operated to be guided to the count switch 125 side.

That is, the special winning opening 24 is controlled to be opened and closed so as to produce a special game state when the variable display becomes the specific display mode. Here, the special game state is the second
This is a state in which the opening / closing operation of returning to the first state for a short time after being kept in the state for a predetermined time is repeatedly performed within a predetermined number of rounds (for example, 15 times). The door of the special winning opening 24 is closed when a predetermined number of balls (for example, 10) has won the special winning opening 24 or when a predetermined time (about 30 seconds) has elapsed. When the series of opening / closing operations is finished a predetermined number of times, the special game state is finished.

The normal symbol display device 140 is composed of a plurality of LEDs, and is capable of variably displaying a symbol which is a plurality of types of identification information. For example, in addition to the numbers 0-9, it is possible to display a mountain pattern, a gold coin pattern, a diamond pattern, etc. Among them, the star pattern "☆" is set as the notice pattern. “Hit” and “out” are assigned according to the type of identification information. When the passage of the sphere is detected by the left and right normal symbol display device operating gate switches 126a and 126b, the right of the ordinary symbol game by the ordinary symbol display device 140 is acquired and the ordinary symbol game is executed.

The normal symbol game is a normal symbol display device 14
The variable display is started by blinking the LED of 0, and when any variable display is performed for a predetermined time and then stopped, any one of the above-mentioned symbols is displayed. When the result of the normal symbol game is “win”, each movable piece of the starting opening 21 is
The ball temporarily operates from the normal first state (closed state) where it is difficult to win a prize to the second state (open state) where it is easy to win a prize.

While the normal symbol display device 140 is displaying variable,
Left and right ordinary pattern display device operation gate switch 126a,
When the passing ball is detected by 126b, the right of the normal symbol game is acquired but withheld, and after the normal symbol game currently in progress is exhausted, the reserved right is sequentially digested. The maximum number of ordinary symbol games to be held is four, and this is notified by the ordinary symbol holding LED 421.

Next, various control boards used for controlling the gaming machine body 1 will be described. FIG. 5 and FIG. 6 are block diagrams showing various control boards used for controlling the gaming machine body 1 and constituent elements related thereto. 5 and 6,
As a control board, a main board (also referred to as game control means) 10
0, a payout control board 200, a display control board 300, a lamp control board 400, a sound control board 500, a firing control board 600, and a power supply board 700 are shown.

Here, the main substrate 100 and the display control substrate 3
00 constitutes the symbol transfer control means as a whole. The symbol shift control means is a means for performing display control for shifting the display mode of the variable display device 310 from the off-screen display mode, which is disadvantageous to the player, to the specific display mode which is advantageous.

More specifically, the symbol transfer control means, when the display mode in the variable display device 310 becomes a disengagement display mode that is disadvantageous to the player after the reach mode, a predetermined notice symbol is displayed on the normal symbol display device 140. On condition that the variable display device 310 is displayed, a predetermined concealing pattern for concealing the reach pattern in the variable display device 310 is made to appear, and then the identification information is changed again in the variable display device in relation to the concealment pattern. . Here, the symbol transfer control means, when the reach symbol is concealed by the concealed symbol, after newly starting the variable display of the identification information in the empty area on the variable display device 310, the variable display is stopped and the identification information is stopped. Is set to stop.

First, the main substrate 100 shown in FIG. 6 will be described. The main board 100 operates based on a clock generated by a clock circuit 108 inside the main board. In addition, the clock generated by the clock circuit 108 is supplied to the internal timer 10
The interrupt signal at a constant time interval obtained by dividing by 7 is sent to the CPU 1
02 by inputting to the CPU 102
To reset. The CPU 102 performs a series of operations by executing a divided process for each reset so that the process is completed in a time shorter than the reset interval.

Starting opening switch 121, right ordinary symbol display device operating gate switch 126a, left ordinary symbol display device operating gate switch 126b, right sleeve winning opening switch 122
The a, the left sleeve winning opening switch 122b, the right falling winning opening switch 123a, and the left falling winning opening switch 123b are switches for detecting the winning of a ball, and the input signals from these switches are sent to the gate circuit 110. Supplied.

The accessory continuously operating device switch 124, the count switch 125, the right award ball detecting switch 130a, the left award ball detecting switch 130b, and the shoot ball out switch 13
1, each input signal from the glass frame open detection switch 132 and the overflow switch 133 is supplied to the gate circuit 111.
Is supplied to.

The addresses of the gate circuits 110 and 111 are
It is set in the address space of the CPU 102 by the memory mapped I / O method. The address select circuit and the write / read control signal output by the CPU 102 are decoded by the address decode circuit 113 according to the system clock output by the CPU 102 to generate a chip select signal.

With this chip select signal, the gate circuit 1
When 10, 111 are selected, the starting port switch 12
The respective input signals from 1 and the like are output to the data bus through the gate circuit. Each input signal on the data bus is detected a plurality of times by the interrupt signal generated at regular intervals until the next reset, and chattering prevention processing is performed, and then the RAM designated for each input signal. It is stored in the area.

The input signal from the starting port switch 121 is 5
As an award ball signal for individual award balls, the right sleeve winning edge switch 12
The input signals from 2a, the left sleeve winning opening switch 122b, the right falling winning opening switch 123a, and the left falling winning opening switch 123b are respectively 8 winning balls signals, and further the accessory continuous operation device switch 124 and the count switch 12 are provided.
The input signal from 5 is treated as a prize ball signal of 15 prize balls, and the winning number detected by each switch is stored in the designated RAM area. At the same time, the total number of prize balls is calculated by the CPU 102 and stored in a designated RAM area.

In addition, a random number value is set for each of the input signals from the starting opening switch 121, the right ordinary symbol display device operating gate switch 126a, and the left ordinary symbol display device operating gate switch 126b, and these values are RAM.
It is stored in the area. Based on this data, the game state of the gaming machine body 1 is set and the data is output to each control board.

The output data to each control board is output to the latch circuits 112a to 112g through the buffer 114 provided in the middle of the data bus and further through the output data bus. By arranging the buffer 114 in the middle of the data bus connecting the output latch circuit and the CPU 102, the bus signal becomes a one-way flow, which serves as a countermeasure against fraud.

Start switch 5 pieces prize ball RAM area, left and right sleeve prize opening switch, left and right drop prize opening switch 8 prize ball R
Since there is data in the AM area, the accessory continuous operation device switch, and the 15 count switch prize ball RAM area, C
The PU 102 sequentially outputs the 8-bit prize ball data set for each prize ball to the latch circuit 112a through the data bus and the output data bus. In synchronization with this, the control signal of the interrupt signal and the strobe signal to the payout control board 200 is output to the latch circuit 112e through the data bus and the output data bus.

When the chip select signal obtained by decoding by the address decoding circuit 113 controlled by the memory mapped I / O is sequentially output to the latch circuit 112a and the latch circuit 112e, 8-bit prize ball data is latched by the latch circuit 11.
The control signal of the interrupt signal and the strobe signal is latched by the latch circuit 112e at 2a, and the output signal composed of the 8-bit parallel prize ball output signal and the 2-bit control signal of the interrupt signal and the strobe signal is output to the payout control board. Is output as prize ball data.

The payout control board 200 shown in FIG. 7 controls the ball discharging mechanism to discharge the number of prize balls corresponding to the prize ball data. The discharged prize balls are detected by the right prize ball detection switch 130a and the left prize ball detection switch 130b,
The detection signal is output to the gate circuit 211. When the chip select signal is output from the address decoding circuit 213 to the gate circuit 211, the detection signals output from the right award ball detection switch 130a and the left award ball detection switch 130b are output onto the data bus and captured by the CPU 102.

On the basis of these detection signals, the CPU 102 arithmetically processes the total number of prize balls actually paid out, subtracts the value from the stored data in the RAM area, and updates the data of the total prize balls in real time. An output signal is output to the latch circuit 112f for each set number of discharged prize balls, and is pulsed to the outside in synchronization with the chip select signal of the address decoding circuit 113.

A random number value is obtained for each of the input signals of the starting opening switch 121, the right normal symbol display device operating gate switch 126a, and the left normal symbol display device operating gate switch 126b, and based on this, the CPU 102 produces a type of game effect. (Control pattern) is determined, game state effect data is generated and stored in the RAM area.

Further, to the display control board 300, the identification information corresponding to the game state effect data and the data relating to various symbols defining the concealed pattern are output in time series as the display effect data. That is, when the CPU 102 sequentially outputs the 8-bit recognition code and the display mode effect 8-bit data to the latch circuit 112b through the data bus, the interrupt signal to the display control board 300 and each strobe signal are synchronized with them. The 2-bit control signal is output to the latch circuit 112e.

These signals are sequentially latched by the latch circuit and output in parallel at the timing based on the chip select signal decoded and output from the address decode circuit 113 controlled by the memory mapped I / O.
Various symbol data, fluctuation stop data and the like are sequentially output to the display control board 300 as display effect data in time series.

In synchronization with the display effect data, 8-bit parallel lamp display output data and control signal are output to the lamp control display board 400 through the latch circuit 112c. Further, in synchronization with the display effect data, the 8-bit parallel sound source output data and the control signal are output to the voice control board 500 through the latch circuit 112d. That is, a chip select signal is output from the address decode circuit in synchronism with the timing at which each data is output to the data bus, the data on the data bus is latched by the latch circuits 112c and 112d, and the lamp control display substrate 400 and the like are displayed. Is output.

When the game state is the special game state (big hit), the control data of the special winning opening solenoid 134 is output to the latch circuit 112g in synchronization with the game state effect data.
Moreover, the chip select signal from the address decode circuit 113 is input to the latch circuit 112g. Thereby, the control data of the special winning opening solenoid 134 is output from the latch circuit 112g, the special winning opening solenoid 134 is driven, the special winning opening 24 is opened and closed, and the ball is placed in the big winning opening 24.
Can be guided to.

When the accessory continuous operation device switch 124 arranged in a specific area inside the special winning opening 24 detects a sphere, a sphere detection signal is output, and this signal is output to the data bus via the gate circuit 111 to the CPU 102. It is captured.
As a result of the detection processing based on the ball detection signal output from the accessory continuous operation device switch 124, the direction switching solenoid 13
The control data of No. 5 is output to the latch circuit 112g, and the direction switching solenoid 135 is braked. At the same time, based on the ball detection signal output from the accessory continuous operation device switch 124, round continuation data indicating whether or not to continue the big hit state to the next round is stored in the RAM area.

By braking the direction switching solenoid 135, the balls are counted by the count switch 125 arranged in the special winning opening 24. When the total count of the data counted by the count switch 125 reaches a predetermined number, the output data of the latch circuit 112g is changed, the special winning opening solenoid 134 and the direction switching solenoid 135 are deactivated, and one big hit round. Ends. If the round continuation data indicates that the round is continued after a predetermined time, the jackpot state round is further continued by the control method described above.

Right ordinary symbol display device operation gate switch 1
26a, left ordinary symbol display device operation gate switch 126
A random number value is obtained for each input signal from b. Based on this random number value, display control data for the normal symbol display device 140 is generated, and this is output from the CPU 102 to the latch circuit 112g through the data bus. Then, each time the chip select signal is output from the address decoding circuit 113, display control data consisting of a plurality of bits (for example, 5 bits) is sent to the normal symbol display device 140, and various symbols are normally used in the symbol display device 140 based on this (The design of the numbers 0 to 9 and the notice design which is the design of the star, etc.) are displayed.

If the result of the random number acquisition is a hit, the braking data of the normal electric accessory solenoid 136 that operates each movable piece of the starting port 21 is output from the CPU 102 to the latch circuit 112g and the address decoding is performed. In response to the chip select signal from the circuit 113, the latch circuit 112g outputs the electric current for a fixed time to control the ordinary electric accessory solenoid 136. Thereby, in the game board 2, a state occurs in which the ball easily wins the starting opening 21.

When power is supplied to the main board 100, a reset signal is supplied from the power supply board 700 and each device of the main board 100 is reset. After that, the system reset signal becomes inactive and each device transits to the active state. When the system reset signal changes to the inactive state, the reset signal to the one-chip microcomputer 101 becomes inactive after the elapse of a certain time due to the clock synchronization and the delay processing by the delay circuit 109. As a result, the one-chip microcomputer 101 is put into operation and the operation state of the main board 100 is maintained. After that, the one-chip microcomputer 101 is initialized.

When the power supply externally supplied to the gaming machine is unstable, a power failure detection signal is sent from the power supply board 700 to the NMI (non-maskable interrupt) of the one-chip microcomputer 101.
The data is supplied to the storage unit 105, and the one-chip microcomputer 101 saves each storage area.

Specifically, after detecting the prize ball detection data for a certain period of time, the power failure process determination data is stored in the RAM area to protect the RAM 104. That is, when the power supply voltage is lowered, RA
Backup power DC5VBB is supplied to M104,
The storage state of the RAM 104 is retained.

When the power is next supplied, if the one-chip microcomputer 101 recognizes that there is a power failure process based on the presence or absence of the power failure process determination data, the one-chip microcomputer 101 performs the power failure recovery process. At the time of initialization, if the RAM initialization signal is in the active state, the CPU 102 detects the data of the I / O port 106 and initializes the RAM area.

The signal for detecting the ball out by the shoot ball out switch 131 and the signal for detecting the ball clogging of the prize ball on the lower plate of the game board by the overflow switch 133 are sent to the one-chip microcomputer 101 through the gate circuit 111 and the data bus. It is captured. After the data conversion, these signals are output from the latch circuit 112a to the payout control board 200 in the same configuration as the prize ball output data. The latch circuit 1
The outputs of 12a to 112g are unidirectional and have an irreversible output form.

The main board 100 operates based on the clock generated by the clock circuit 108 inside the main board. Further, the internal timer 107 generates an interrupt signal to the CPU 102 at constant time intervals by the frequency dividing operation. CPU 102
Various processes are performed at regular intervals when the interrupt signal is input.

Next, the payout control board 200 shown in FIG. 7 will be described. The payout control board 200 performs one-way communication only for reception from the main board 100, and has 8-bit parallel prize ball data, prize ball data control signal 1, prize ball data control signal 2
The communication data composed of is received.

When the prize ball data control signal 1 is input to the counter circuit 202 of the one-chip microcomputer 201, an interrupt signal is output from the counter circuit 202 to the CPU 203. Thereby, the prize ball data control signal 1 is C
The acquisition of prize ball data is used as a trigger for the PU 203.

The CPU 203 uses the address decoding circuit 2
A chip select signal through a gate circuit 212,
Output to the gate circuit 211, and the gate circuits 212 and 211
The award ball data and various signals input to are fetched through the gate circuit and the data bus and stored in the RAM 205. Then, the payout operation is sequentially performed with the number of prize balls corresponding to the captured prize ball data.

The CPU 203 outputs the prize ball path switching signal to the latch circuit 215 through the data bus, and at the same time, causes the address decoding circuit 213 to output the chip select signal. As a result, the prize ball path switching signal is output to the solenoid 224, and the prize ball path for the payout operation is secured. After that, a stop release signal of the payout stop solenoid signal is output to the latch circuit 214, the payout motor control signals 1, 2, 3, 4 are sequentially output to the payout motor 222, and the motor rotation is controlled by the output timing of the chip select signal. While performing the prize ball payout operation.

Based on the clock of the clock circuit 209,
The internal timer 208 uses a CP to interrupt signals at regular time intervals.
U203 is generated, the detection signal of the prize ball payout ball is taken into the data bus at this interrupt timing, and when the predetermined number of prize balls is detected, the driving of the payout stop solenoid 223 and the payout motor 222 is stopped. In addition, the detection of the prize ball payout ball is performed by detecting the left prize ball detection switch 130 installed in the ball lending path.
b, the right prize ball detection switch 130a, and these detection signals are taken into the data bus by outputting a chip select signal to the gate circuit 211.

The ball lending operation is performed by transmitting and receiving a ball lending signal to and from the card unit (CR ball lending machine) b through the gate circuit 211 and the latch circuit 215.
During the ball lending operation, the CPU 203 outputs a ball lending path switching signal to the path switching solenoid 224 through the latch circuit 215 to secure the ball lending path, and detects the right lending ball detection switch 220a and the left lending ball detected on the ball lending path. Switch 2
In 20b, the lent ball is detected, and the payout operation is performed.

In the ball lending operation, information is output from the latch circuit 215 to the outside at regular intervals. Further, when the ball lending signal is normally transmitted and received, the latch circuit 215 outputs the firing permission signal to the firing control board 600 in the active state. When an abnormality occurs in the transmission / reception of the ball lending signal, the launch permission signal changes to the inactive state, and the ball cannot be launched. However, when the sending and receiving of the ball lending signal returns to the normal state, the ball lending signal can be fired.

Besides, in the payout operation, the main substrate 10
When the shoot ball out signal of the shoot ball out switch 131 and the overflow signal of the overflow switch 133 installed in the lower tray 4 of the gaming machine body 1 are transmitted from 0 to the prize ball data, the payout control board 200 performs the payout operation. To stop. Also, the payout operation is restarted by transmitting each cancellation signal to the prize ball data.

When power is supplied to the payout control board 200, a system reset signal is supplied from the power supply board 700, and each device of the payout control board 200 is reset. Then, the reset signal is in the inactive state, and each device transits to the active state.

Due to the delay processing of the clock synchronization / delay circuit 210, the reset signal to the one-chip microcomputer 201 becomes inactive after a predetermined time has elapsed since the original reset signal changed to the inactive state. In this way, after a certain time has passed since the original reset signal became inactive,
The one-chip microcomputer 201 is in the operating state, and the operating state of the payout control board 200 is maintained. After that, the one-chip microcomputer 201 is initialized.

When the power supply externally supplied to the gaming machine is unstable, the power supply board 700 sets the N of the one-chip microcomputer 201.
A power failure detection signal is supplied to MI (non-maskable interrupt) 206, and the one-chip microcomputer 201 performs a save operation for each storage area. Specifically, after detecting the prize ball detection data for a certain period of time, the RAM is detected.
Data for power failure determination is stored in the area and the RAM 205 is protected.

When the power supply voltage drops, the power supply board 70
0 to RAM205 as backup power supply DC5V
BB is supplied and the storage state of the RAM 205 is maintained. When the power is supplied again, the one-chip microcomputer 201 recognizes the existence of the power failure processing determination data and performs the power failure recovery processing. At the time of initial setting, if the RAM initialization signal is in the active state, the CPU 203 determines that the I / O port 10
The data of 6 is detected, and the RAM area is initialized.

Next, the display control board 300 shown in FIG. 8 will be described. The display control board 300 mainly controls the variable display device 310 installed on the game board 2. The display control board 300 is a display control ROM that stores a predetermined image processing procedure (program) and image control data.
302, and a display unit control CPU 301 that reads and executes a predetermined image processing procedure.

The display control board 300 has a display control RAM 30 for storing information acquired by executing the image processing procedure by the display control CPU 301.
3, the input / output interface 306 for inputting / outputting the instruction information from the main board 100 and each control IC in the display control board, and the control instruction information by the display control CPU 301 via the input / output interface 306. And an image control IC 304 for generating a specific image.

Further, the display control board 300 is controlled by the image control IC 304, and the image data ROM 305 which stores various kinds of images as data and the display control CPU 301 operates normally to display the images. It has a test firing test terminal 307 and the like for outputting a signal for confirming that.

Instruction information is input to the display control CPU 301 from the main board 100 through parallel communication via the input / output interface 306. Display control CP
The U 301 executes the content of the input instruction information in accordance with the image processing procedure stored in the display control ROM 302, sorts and stores the information in the display control RAM 303, and gives a specific instruction to the image control IC 304. I do.

The image control IC 304 is a display control CPU.
According to the instruction of 301, referring to the image data ROM 305, a specific video signal is generated and output to the variable display device 310. In the block diagram of FIG. 8, the image control IC 304
Although the VRAM, which is an area for temporarily storing the image data and the palette (color) information generated by the above, is not shown, it may be configured by a one-chip microcomputer in which the VRAM is built in the image control IC 304. .

The reset signal from the power supply board 700 is input from the power supply board 700 to the display control CPU 301 when the game machine main body 1 is powered on. Then, the display control CPU 301 follows the display control board 300 according to the image control procedure stored in the display control ROM 302.
Initialize each control circuit inside.

Next, the lamp control board 400 shown in FIG. 9 will be described. The lamp control board 400 is a gaming machine status lamp 4 installed on the front surface of the gaming machine body 1 or on the gaming board 2.
22, side case lamp 423, various LEDs 424-
Lighting control of 428, 420, 421, etc. is performed.

The lamp control board 400 includes a lamp control ROM 402 which stores a predetermined lamp control processing procedure (program) and control data, a lamp control CPU 401 which reads and executes a predetermined lamp control processing procedure, and a lamp control CPU 401. A lamp control RAM 40 that stores the information acquired by executing the lamp control processing procedure.
3 and instruction information from the main board 100 and the lamp control board 4
Input / output interface 404 for inputting / outputting with each control circuit in 00, and the lamp control board 40 via the input / output interface by the lamp control CPU 401.
It is composed of a driver circuit 405 and the like for driving a lighting signal of each lamp / LED connected to 0.

Instruction information is input to the lamp control CPU 401 from the main board 100 through parallel communication via the input / output interface 404. Lamp control CPU
401 is a lamp control RO that indicates the content of the input instruction information.
This is executed according to the lamp control processing procedure stored in M402, and while the information is organized and stored in the lamp control RAM 403, the driver circuit 405 is operated to turn on / off each connected lamp / LED.

The reset signal from the power supply board 700 is input from the power supply board 700 to the lamp control CPU 401 when the game machine main body 1 is powered on. Then, the lamp control CPU 401 initializes each control circuit in the lamp control board according to the control procedure stored in the lamp control ROM 402.

Next, the voice control board 500 shown in FIG. 10 will be described. The voice control board 500 is the gaming machine body 1
When the game is in the game state, the sound effect, the sound and the like due to the game effect are controlled. Further, when it is not in the gaming state, a warning sound or the like for notifying an abnormal state of the gaming machine body 1 is controlled.

The voice control board 500 includes a voice control ROM 502 which stores a predetermined voice processing procedure (program) and control data, a voice control CPU 501 which reads and executes a predetermined voice control procedure, and a voice processing by the voice control CPU 501. A voice control RAM 503 for storing information obtained by executing the procedure, an input / output interface 506 for inputting and outputting instruction information from the main board 100 and each control IC in the voice control board 500, and a voice control CPU 5
A voice control IC 504 that acquires control instruction information via 01 and an input interface to generate a specific voice.
And a voice data ROM 505 which is managed by the voice control IC 504 and stores a variety of voices as data, and an amplifier circuit 507 which amplifies a voice signal generated from the voice control IC 501.

The voice control CPU 501 receives instruction information from the main board 100 through parallel communication via the input / output interface 506. Voice control CPU 501
Displays the content of the input instruction information in the voice control ROM 502.
The audio control procedure is executed in accordance with the audio control procedure stored in FIG. 3, and specific instructions are given to the audio control IC 504 while organizing and storing the information in the audio control RAM 503.

The voice control IC 504 is the voice control CPU 5
01, referring to the voice data ROM 505,
A specific audio signal is generated and output to the amplifier circuit 507. The reset signal from the power board is sent from the power board 700 when the power is turned on to the pachinko machine.
Voice control CPU 501 inputs voice control R.
According to the voice control procedure stored in the OM 503, each control circuit in the voice control board is initialized.

Next, the firing control board 600 shown in FIG. 11 will be described. The firing control board 600 includes the firing motor 6
A signal from the oscillation circuit 601, which is a circuit that generates a pulse for making the rotation speed of the pulse motor used in 53 a predetermined rotation speed, the frequency dividing circuit 602, and the touch sensor 651 in the handle portion 650. , Stop switch 65
2, a reset signal from the power supply board 700, and a firing permission signal from the payout control board 200, and a motor drive signal control circuit 603 for generating a firing motor drive signal, and a pulse motor (firing motor 653). It is composed of a driver circuit 604 and the like for exciting each coil.

The handle portion 650 is a touch sensor 65 for detecting whether or not the player is touching the handle 5.
1. A stop switch 652 that allows the player to arbitrarily stop the firing of the ball, a pulse motor 653 (firing motor) for firing the ball, and the like.

The reset signal from the power supply board 700 is input from the power supply board 700 to the motor drive signal control circuit 603 when the game machine main body 1 is powered on, and initializes each circuit of the launch control board 600.

A touch sensor 651 in the handle portion 650.
Outputs a signal that allows the player to shoot if the player is touching the handle 5, and a signal that does not allow the player to shoot if the player is not touching the handle 5. Are output to the motor drive signal control circuit 603, respectively.

The stop switch 652 is a switch provided so that the player can arbitrarily stop the firing of the ball, and when the player operates the stop switch 652, the motor drive signal control circuit 603. A ball firing stop signal is output to, and a ball firing signal is output when the stop switch 652 is not input.

Further, the stop switch 652 outputs the same signal as that input from the stop switch 652 when the player does not operate the stop switch 652 at all and the handle 5 is not rotated. To do. That is, due to the internal structure of the handle 5, the signal from the stop switch 652 is input when the handle 5 is not rotating. That is, after the power of the gaming machine main body 1 is turned on, the reset signal is input to the motor drive signal control circuit 603, and each circuit is initialized, the player touches the handle 5 to rotate it. Only then will the ball be fired.

Next, the power supply board 700 shown in FIG. 12 will be described. AC24V supplied from the outside is full-wave rectified by a diode bridge rectifier, and DC power supply DC24
V is generated. A diode is passed through a 24V DC power supply and smoothing is performed with a capacitor to generate a 32V DC power supply.
DC24V and DC32V are unstable power sources.

Supplying 24V DC to the power supply circuit 701,
Stable power supplies DC18V, DC12V, DC5V constant voltage power supplies are generated, and the main board 100 and the payout control board 2 are generated.
00, the lamp control board 400, the voice control board 5
00, the display control board 300, the firing control board 6
00 is supplied.

The generated constant voltage power supply of DC5V is connected to the capacitor of the backup circuit 702 through the diode to generate the backup power supply of DC5VBB. DC5VBB is the main board 100 and the payout control board 2
00 is supplied. The AC 24V is supplied to the card unit connection board 900, and is used as a power supply for communication between the payout control board 200 and the card unit b and a power supply for the operation panel board a.

The voltage level of the 24V DC power supply is detected by the voltage detection circuit 708 and output to the delay circuit 707. The delay circuit 707 has a delay time of 500 millisecond internal time constant, and the continuous output time of the voltage detection circuit 708 is the delay circuit 70.
If it is not larger than the time constant of 7, the delay circuit 707 does not output the output signal. Therefore, the voltage fluctuation and the power stoppage during the time when the voltage level of the DC24V power supply is smaller than the time constant of the delay circuit 707 are ignored and the power failure detection signal is not output from the power supply board to the outside.

When the delay circuit 707 has an input signal larger than the time constant, the delay circuit 707 sends the power failure detection signal to the main board 100, the payout control board 200, and the shift register 7.
It is output to the serial input terminal 04. The 8-bit shift register 704 is constantly input with a clock having a cycle of 20 milliseconds from the clock circuit 706.

Here, the 8-bit data input terminal is fixed at zero. Therefore, when the power failure detection signal is input to the 8-bit shift register 704, a reset signal is sent from the 8-bit shift register 704 after 8 clocks (about 160 msec) to the main board 100, the payout control board 200,
The firing control board 600, the display control board 300,
It is output to the lamp control board 400 and the voice control board 500.

After the power is turned on and after a power failure is restored, the time constant of the delay circuit 707, the power failure detection signal and the reset signal are output in the active state after the peripheral circuit power is turned on. After the time of the time constant of the delay circuit 707, the power failure detection signal becomes inactive, and the reset signal is output inactive after 8 clocks of the 8-bit shift register 704.
The RAM initialization signal is output to the main board 100 and the payout control board 200 in an active state by manually pressing the RAM initialization switch 705.

Next, the operation of the gaming machine body 1 will be described. Figure 1
3 shows a flow of processing when the gaming machine according to the present invention executes variable display on the variable display device 310. When the player operates the handle 5, the pachinko balls are driven one by one into the game area 17 formed on the game board 2.

When the ball wins the starting opening 21 (step S
1301; Y), a pachinko ball is detected by the starting opening switch 121, and a starting signal is output to the main board 100 shown in FIG. Based on this start signal, as a result of the variable display on the variable display device 310, a jackpot lottery for determining whether or not a special game state occurs is executed, and the variable display is executed on the variable display device 310 according to the lottery result. (Step S1302).

Even if the display mode of the variable display passes through the reach mode (step S1303; Y), but does not become the specific display mode (step S1304; N), the out-of-display mode after the reach mode is set (step S1305). In such a case, it is checked whether or not the normal symbol display device 140 is being variably displayed at that time. If the normal symbol display device 140 is not in the variable display (step S1306; N), the variable display this time ends in the out-of-display mode.

If the reach mode is not changed from the beginning in the variable display (step S1303; N), the variable display is set to the out-of-display mode as it is (step S130).
1311). If the display result is settled to the specific display mode immediately after the reach mode in the variable display (step S1304; Y), the specific game state occurs based on this (step S1310).

On the other hand, when the normal symbol display device 140 is in the variable display mode at the time when the outlier display mode is reached through the reach mode (step S1306; Y), the normal symbol display device 14
Wait for any identification information to be stopped and displayed at 0, and if the star symbol "☆" defined as the notice symbol is stopped and displayed as shown in FIG. 14 (b) (step S
1307; Y), the symbol shift control mode is entered, and revariable display in which the identification information fluctuates again on the variable display device 310 in relation to the concealed symbol is executed in the mode (step S1308).

On the other hand, when a symbol other than the star symbol "☆" which is the notice symbol is stopped and displayed on the normal symbol display device 140 (step S1307; N), without shifting to the symbol shift control mode, The variable display this time ends with the off display mode. The display contents in the symbol transfer control mode will be described later.

In addition, as a result of performing variable display in association with the hidden symbol in the symbol transfer control mode, the variable display device 31.
When the display mode in 0 shifts to the specific display mode and the specific display mode is confirmed (step S1309;
Y), based on this, a specific game state is generated (step S1310).

In this way, the variable display in the normal symbol display device 140 and the variable display in the variable display device 310 are closely related to each other, so that the fun on the display can be increased and the playability can be improved. it can. In particular, in the variable display device 310, as will be described later in detail, the concealed symbol is displayed on the variable display device 310 in contrast with the reach symbol, and the reach symbol is hidden by the concealed symbol, so that the progress of the display mode is unexpected. It is rich and can give the player a fresh interest.

FIG. 14 shows an example of the flow of variable display developed on the variable display device 310 and re-variable display in the symbol transfer control mode. First, when the variable display starts, as shown in FIG.
Three display parts appear in the display, and the identification information fluctuates on each display part. After a while, the identification information is stopped and displayed one by one from any of the display parts. In the same figure (b), after the identification information of "7" is stopped and displayed on the two left and right display portions of the three to form the reach mode, the identification information other than "7" is stopped on the central display portion. The state where it is displayed and is in a disengagement display mode is shown.

After the reach mode appears in this way, when the display mode of the variable display becomes the disengaged display mode, it is determined whether or not to shift to the above-mentioned symbol shift control mode,
Here, when shifting to the symbol shift control mode, subsequently, as shown in FIG. 14C, the display area of the variable display device 310 is divided into a first area 311 and a second area 312, and a deviation display mode is configured. All the identification information that was used is the second area 312.
In the first area 311 which is moved to and is displayed and which is an empty area, two hidden patterns 1301 are displayed so as to be compared with the reach pattern in the identification information displayed in the second area 312.

After that, as shown in FIG. 14D, the concealed pattern 1301 moves downward, and the player moves to the second area 312.
Hide the reach pattern that was displayed in so that you cannot see it. In addition, two new display units 1310 appear in the first region 311 which is an empty region, and the identification information changes in the new display unit 1310 in this empty region. That is, the variable display is executed again.

After the variable display is performed again for a while, the variable display is stopped and the identification information is stopped at any one of the new display portions 1310 (the left display portion in the example of FIG. 14E). Is displayed. Then, the stop-displayed identification information moves downward and is hidden behind the hidden pattern 1301a directly below ((e) in the same figure). Then, now, the hidden pattern 1301a in which the identification information is hidden behind disappears, and one piece of identification information appears at that location ((f) in the same figure).

Subsequently, the variable display is stopped and the identification information is stopped and displayed at the remaining one position (the right display part in the example of FIG. 14G) in the new display part 1310. Then, the stop-displayed identification information moves downward and is hidden behind the hidden pattern 1301b directly below ((g) in the same figure). And
Now, the hidden pattern 1301b in which the identification information is hidden behind disappears, and one piece of identification information appears at that location ((h) in the same figure).

As a result, when a specific display mode such as "222" is finally obtained, a blessing message such as "Atari" is displayed in the first area 311 as shown in FIG. 14 (i). Then, since the hit is "2", the identification information is displayed in large size and the number of rounds indicating that the special winning opening 24 is opened and closed up to 15 times is displayed as a special game state ((Fig. j)).

As described above, even if the display mode of the variable display changes to the out-of-display mode after passing through the reach mode, if the mode shifts to the symbol shift control mode, it depends on the result of the re-variable display related to the concealed symbol that follows. Since there is a possibility of shifting to the specific display mode, the expectation that the player once gave up can be restored, and the player's sense of expectation can be evoked long and sufficiently.

Particularly, when the identification information is hidden by the hidden pattern 1301, after the variable display of the identification information is newly started in the empty area 311 on the variable display device 310, the variable display is stopped and the empty area 311 is displayed. Since the identification information is stopped and displayed on the screen, the contents of the game can be further varied, and the player can be provided with fresh interest.

Moreover, since the concealed pattern is once displayed in comparison with the reach symbol, the reach symbol is concealed, so that the progress of the display mode is surprising and the player can be provided with a fresh interest. In addition, the display result of the re-variable display in the symbol transfer control mode may end up in the out-of-display mode.

Further, in the example shown in FIG. 14, the reach symbol is hidden by the concealing symbol 1301, but as another example shown in FIG. 15, the deviation symbol which is identification information other than the reach symbol (FIG. 15). In the example shown in (1), only "2") may be hidden by the hidden pattern 1301, and then only the identification information corresponding to the hidden pattern 1301 may be changed again.

FIG. 16 shows that when the hidden pattern 1301 disappears, the identification information different from the identification information moved from the new display portion 1310 displayed in the first area 311 to the back of the hidden pattern 1301 therebelow. It shows an example of the case that appears in. As shown in FIG. 16A, three display units appear on the variable display device 310, the identification information on each display unit fluctuates for a while, and then the variable display is sequentially stopped.

As shown in FIG. 16 (b), when the display mode of the variable display becomes the out-of-display mode after passing through the reach mode, it is judged whether or not to shift to the above-mentioned symbol shift control mode. When shifting to the symbol shift control mode, subsequently, as shown in FIG. 16C, the variable display device 3
The display area of 10 is divided into a first area 311 and a second area 312, and all the identification information that constitutes the out-of-display mode is the second area.
In the first area 311 which is moved to and displayed in the area 312 and becomes an empty area, two hidden patterns 1 are provided so as to be compared with the reach symbol in the identification information displayed in the second area 312.
301 is displayed.

After that, as shown in FIG. 16D, the concealed pattern 1301 moves downward, and the player moves to the second area 312.
Hide the reach pattern that was displayed in so that you cannot see it. In addition, two new display units 1310 appear in the first region 311 which is an empty region, and the identification information changes in the new display unit 1310 in this empty region. That is, the variable display is executed again.

After re-variable display is performed for a while, FIG.
As shown in (e), the identification information is stopped and displayed on the left display,
The stop-displayed identification information moves downward and is hidden behind the hidden pattern 1301a directly below (FIG. 16 (e)). And now, the hidden pattern 1301a in which the identification information is hidden behind
Disappears, and one piece of identification information appears at that location (FIG. 16).
(F)).

In the example of FIG. 14 described above, the new display unit 1
Although the same identification information as the identification information moved from 310 appears in the disappearance trace of the hidden pattern 1301a, in the example of FIG.
Identification information different from the identification information moved from the new display unit 1310 appears in the disappearance trace of the hidden pattern 1301a. That is, as shown in FIG. 16F, the identification information “2” appears even though “5” is hidden.

Similarly, in the right part, "9" is hidden and "2" appears. And finally, the jackpot has appeared along with "222". In this way, the hidden pattern 1
By providing not only the case where the same identification information hidden behind the hidden pattern 1301 appears when 301 disappears, but also the case where different identification information appears in the disappearance trace,
It can arouse the thrill and excitement of the player.

Although the embodiments of the present invention have been described above with reference to the drawings, the specific configuration is not limited to these embodiments, and there are changes and additions within the scope not departing from the gist of the present invention. However, it is included in the present invention. For example, the gaming machine is not limited to a pachinko machine, and the present invention can be similarly applied to other gaming machines such as a program-controlled slot machine, a smart ball game machine, and an arrange ball game machine.

Further, in the variable display device 310, when the display mode of the variable display becomes the disengagement display mode after passing through the reach mode, the reach is provided on condition that the notice symbol is displayed on the normal symbol display device 140. After the appearance of a predetermined concealed symbol for concealing the symbol, re-variable display is performed in which the identification information is changed again in association with the concealed symbol, but the re-variable display is selectively performed here. In this way, the revariable display may be set not to be 100% executed.

Further, when the display mode of the variable display device is changed from the reach mode to the display mode, it is possible to automatically generate the variable display execution right equivalent to the establishment of the normal symbol starting condition. In such a case, it is possible to perform a variable display on the normal symbol display device without separately satisfying the normal symbol start condition, and when the display result of the variable display is changed from the reach mode to the display mode, be sure to do so. The identification information normally varies on the symbol display device 140. Therefore, the opportunity to shift to the symbol shift control mode is significantly increased.

In addition, the contents of a series of variable displays including the process in the symbol transfer control mode are determined by the lottery result based on the winning of the ball to the starting opening 21, and by this determination, not only the variable display device 310 but ordinary Symbol display device 1
The display content of 40 may be constrained.

[0170]

According to the gaming machine of the present invention, when the display mode of the variable display device becomes a display mode unfavorable to the player after the reach mode, a predetermined notice symbol is displayed on the normal pattern display device. On the condition that it is performed, after a predetermined concealing pattern for concealing the identification information forming the reach mode in the variable display device appears, the identification information is changed again in the variable display device in relation to the concealment pattern. So
The variable display in the normal symbol display device and the variable display in the variable display device are closely related to each other, so that the fun on the display can be increased and the playability can be enhanced.

In particular, in the variable display device, the concealed pattern is displayed on the variable display device in contrast to the identification information that constitutes the reach mode, and the identification information that constitutes the reach mode is concealed by the concealed pattern, so the display mode The progress of the game is surprising, and it can give the player a fresh interest.

Furthermore, when the identification information that constitutes the reach mode with the concealed pattern is hidden, after the variable display of the identification information is newly started in the empty area on the variable display device, the variable display is stopped and the empty area is displayed. Since the identification information is stopped and displayed on the screen, the contents of the game can be further varied, and the player can be provided with fresh interest.

Moreover, as the display result after the identification information has changed again in relation to the hidden pattern, the display mode on the variable display device may shift to the specific display mode, so that the player expects to give up once. Will be revived, and the expectation of the player can be evoked long and sufficiently.

[Brief description of drawings]

FIG. 1 is a front view showing a gaming machine according to an embodiment of the present invention.

FIG. 2 is a rear view showing the internal structure of the gaming machine according to the embodiment of the present invention.

FIG. 3 is an enlarged front view showing a game board of the game machine according to the embodiment of the present invention.

FIG. 4 is a rear view showing an enlarged back side of the game board of the game machine according to the embodiment of the present invention.

FIG. 5 is a block diagram showing an entire circuit configuration of the gaming machine according to the embodiment of the present invention.

FIG. 6 is a block diagram showing a circuit configuration of a main board of the gaming machine according to the embodiment of the present invention.

FIG. 7 is a block diagram showing a circuit configuration of a payout control board included in the gaming machine according to the embodiment of the present invention.

FIG. 8 is a block diagram showing a circuit configuration of a display control board included in the gaming machine according to the embodiment of the present invention.

FIG. 9 is a block diagram showing a circuit configuration of a lamp control board included in the gaming machine according to the embodiment of the present invention.

FIG. 10 is a block diagram showing a circuit configuration of a voice control board included in the gaming machine according to the embodiment of the present invention.

FIG. 11 is a block diagram showing a circuit configuration of a launch control board included in the gaming machine according to the embodiment of the present invention.

FIG. 12 is a block diagram showing a circuit configuration of a power supply board included in the gaming machine according to the embodiment of the present invention.

FIG. 13 is a flowchart showing processing when the gaming machine according to the embodiment of the present invention executes variable display.

FIG. 14 is an explanatory diagram showing a transition of a display mode in the gaming machine according to the embodiment of the present invention, and a case where the variable display finally ends in the specific display mode.

FIG. 15 is an explanatory diagram showing another example of the transition of the display mode in the gaming machine according to the embodiment of the present invention, which finally ends in the specific display mode in the re-variable display.

FIG. 16 is a transition of the display mode in the gaming machine according to the embodiment of the present invention, and re-variable display when identification information different from the identification information that should have been hidden by the re-variable display appears when the hidden pattern disappears. It is an explanatory view showing the flow of.

[Explanation of symbols]

1 ... Game machine body 2 ... Game board 3 ... Upper saucer 4 ... Lower saucer 5 ... Handle 6 ... Ashtray 7 ... Upper saucer ball removing lever 8 ... Lower saucer ball removing lever 9… Lending button 10 ... Return button 11 ... Glass frame 12 ... Frequency display 15 ... Windmill 16 ... Guide rail 21 ... Starting port 22a ... Right sleeve winning opening 22b ... Left sleeve winning opening 23a ... Drop rightward 23b ... Leftward winning slot 24 ... Big prize hole 29 ... Out mouth 100 ... Main board (game control means) 101 ... One-chip microcomputer 102 ... CPU 103 ... ROM 104 ... RAM 105 ... NMI 106 ... I / O port 107 ... Internal timer 108 ... Clock circuit 109 ... Clock synchronization / delay circuit 110, 111 ... Gate circuit 112a to 112g ... Latch circuit 113 ... Address decoding circuit 114 ... buffer 115 ... Reset 116 ... Test firing test signal terminal 121 ... Starter switch 122a ... Right sleeve winning edge switch 122b ... Left sleeve winning opening switch 123a ... Rightward winning prize switch 123b ... leftward winning prize switch 124 ... Switch for continuously operating accessory 125 ... Count switch 126 ... Ordinary symbol display device operating gate switch 126a ... right ordinary pattern display device operating gate switch 126b ... Left ordinary pattern display device operation gate switch 130 ... Award ball detection switch 130a ... Right prize ball detection switch 130b ... Left prize ball detection switch 131 ... Shoot ball out switch 132 ... Glass frame open detection switch 133 ... Overflow switch 134 ... Large winning prize solenoid 135 ... Direction switching solenoid 136 ... Ordinary electric accessory solenoid 140 ... Ordinary symbol display device 200 ... Dispensing control board 201 ... One-chip microcomputer 202 ... Counter circuit 203 ... CPU 204 ... ROM 205 ... RAM 206 ... NMI 207 ... I / O port 208 ... Internal timer 209 ... Clock circuit 210 ... Clock synchronization / delay circuit 211, 212 ... Gate circuit 213 ... Address decoding circuit 214, 215 ... Latch circuit 216 ... Reset 220 ... Ball lending detection switch 220a ... Right ball lending detection switch 220b ... Left ball lending detection switch 222 ... Dispensing motor 223 ... Dispensing stop solenoid 224 ... Path switching solenoid 300 ... Display control board 301 ... Display control CPU 302 ... Display control ROM 303 ... Display control RAM 304 ... Image control IC 305 ... Image data ROM 306 ... Input / output interface 307 ... Test firing test signal terminal 310 ... Variable display device 311 ... First area (empty area) 312 ... second area 400 ... Lamp control board 401 ... Lamp control CPU 402 ... Lamp control ROM 403 ... Lamp control RAM 404 ... Input / output interface 405 ... Driver circuit 420 ... Special design hold LED 421 ... Normal design hold LED 422 ... Game machine status lamp 423 ... Side case lamp 424 ... Game frame status lamp 425 ... Center LED 426 ... Gate LED 427 ... Attacker LED 428 ... Side LED 500 ... Voice control board 501 ... Voice control CPU 502 ... Voice control ROM 503 ... Voice control RAM 504 ... Voice control IC 505 ... Voice data ROM 506 ... Input / output interface 507 ... Amplifier circuit 510 ... speaker 600 ... Launch control board 601 ... Oscillation circuit 602 ... Divider circuit 603 ... Motor drive signal control circuit 604 ... Driver circuit 650 ... Handle part 651 ... Touch sensor 652 ... Fire stop switch 653 ... Launch motor 700 ... Power board 701 ... Constant voltage power supply device 702 ... Backup power supply 703 ... Voltage detection circuit 704 ... Shift register 705 ... RAM initialization switch 706 ... Clock circuit 707 ... Delay circuit 708 ... Voltage detection circuit 709 ... Power failure detection circuit 800 ... External terminal board for frame 801 ... Award ball tank ball presence / absence switch 850 ... External terminal board for board 900 ... Card unit connection board 1301 ... Concealed design

Claims (9)

[Claims] 1. A gaming machine comprising a variable display device capable of variably displaying a plurality of types of identification information, and when the display result when the variable display on the variable display device is stopped is set to a predetermined specific display mode. In a gaming machine capable of generating a special game state that is advantageous to a person, a normal symbol display device capable of displaying variation information based on the establishment of a normal symbol starting condition, and a display mode in the variable display device are disadvantageous to the player And a symbol transfer control means for performing display control for shifting from the display mode to the specific display mode, wherein the symbol transfer control means is disadvantageous to the player after the display mode in the variable display device passes through the reach mode. When the display mode is entered, in order to hide the identification information in the variable display device, provided that a predetermined notice symbol is displayed on the normal pattern display device. After the appearance of a predetermined concealed symbol, the variable display device changes the identification information again in relation to the concealed symbol, and the symbol transfer control means identifies the concealed symbol in the reach mode. It is displayed on the variable display device in contrast with information, the identification information that constitutes the reach mode is hidden by the hidden pattern, and variable display of the identification information is newly started in an empty area on the variable display device. After that, the variable display is stopped and the identification information is stopped and displayed. 2. The symbol transfer control means is capable of performing display control for concealing identification information other than the identification information constituting the reach mode with the concealed pattern instead of the identification information constituting the reach mode. The gaming machine according to claim 1, characterized in that. 3. The symbol transfer control means moves the identification information stopped and displayed in the empty area to the back of the concealed symbol to conceal it, and then erases the concealed symbol to a location where the concealed symbol disappears. The gaming machine according to claim 1, wherein predetermined identification information is caused to appear. 4. The symbol transfer control means, in the location where the hidden symbol disappears, when the same identification information as that moved from the empty area to the back of the hidden symbol appears, and the hidden area from the empty area. 4. The gaming machine according to claim 3, wherein identification information different from that moved behind the symbol may appear in some cases. 5. By the display control of the symbol transfer control means,
The concealment pattern conceals at least two pieces of identification information among the identification information already stopped and displayed, and the variable display for newly deriving each of the concealed identification information is executed separately. The gaming machine according to claim 1, 2, 3, or 4. 6. The display control of the symbol transfer control means,
The concealed pattern conceals at least two pieces of identification information among the identification information already stopped and displayed, and the variable display for newly deriving each of the concealed identification information is executed simultaneously. The gaming machine according to claim 1, 2, 3, or 4. 7. The symbol transfer control means selects re-variation of identification information related to the concealed symbol even when the display mode in the variable display device becomes the unfavorable display mode after passing through the reach mode. The game machine according to claim 1, 2, 3, 4, 5 or 6, characterized in that the game machine is executed in an objective manner. 8. The symbol transfer control means, when the display mode of the variable display device changes from the reach mode to the disadvantageous display mode, automatically generate a right equivalent to the establishment of the normal symbol starting condition. Claim 1, characterized in that
The game machine described in 2, 3, 4, 5, 6 or 7. 9. The symbol transfer control means, when the display mode of the variable display device is changed from the reach mode to the disadvantageous display mode, the variable display is being performed on the normal symbol display device. 9. The gaming machine according to claim 1, 2, 3, 4, 5, 6, 7 or 8, which operates under conditions.